Public water system profile

MADISON WATER UTILITY

Explore available public water records for MADISON WATER UTILITY (PWSID 11302247). Find annual reports, results listed in those reports, official sources, and clear notes about what the records can and cannot show. This page does not show conditions at a specific tap.

System Snapshot

Available system-level context

This snapshot shows the identity and context fields currently available for MADISON WATER UTILITY (PWSID 11302247). Read it with the source links and limitations below.

Last updated: Data reviewed:

System identity

PWSID
11302247
State
Wisconsin
Linked communities
Madison
County context
Not listed in current record
System type
Community water system
Source water
Groundwater from a deep sandstone aquifer
Population served
Not listed in current record
Service connections
Not listed in current record
Latest reviewed report
2025 report link found
Data updated
2026-08-03

Read these as system-level fields from reviewed public records. Confirm provider and address-specific questions with official utility, city, state, or EPA sources.

2025 utility report

Madison’s reported water-quality results

Find the result, unit, sampling period, range, and benchmark printed by Madison Water Utility. A report row describes past system monitoring, not a household tap or current notice.

Report year
2025
Rows shown
40
Source tables represented
7
Scope
Past reporting period
All 40 table rows from the latest reviewed report for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
AtrazineTesting period: 2023non-detect ppbMedian Level Foundnd - 0.03Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Water Quality Table — Regulated SubstancesPage 3Wells with detections: 11, 13, 14, 16, 25, 29Typical source, as printed: Runoff from herbicide used on row cropsViolation: NO, as printed for this report period
ArsenicTesting period: 2025non-detect ppbMedian Level Foundnd - 6.7Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10Water Quality Table — Regulated SubstancesPage 3Wells with detections: Wells 17, 20 & 26Typical source, as printed: Erosion of natural deposits; Glass and electronics productionViolation: NO, as printed for this report period
BariumTesting period: 202522 ppbMedian Level Found7.0 - 990Ideal Goal (MCLG): 2,000; Highest Level Allowed (MCL): 2,000Water Quality Table — Regulated SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural deposits; Discharge from metal refineriesViolation: NO, as printed for this report period
Chromium, TotalTesting period: 2025non-detect ppbMedian Level Foundnd - 2.3Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Water Quality Table — Regulated SubstancesPage 3Wells with detections: 6, 9, 11, 12, 13, 14, 16Typical source, as printed: Erosion of natural deposits; Discharge from steel and pulp millsViolation: NO, as printed for this report period
1,2-Dichloroethylene, cisTesting period: 2025non-detect ppbMedian Level Foundnd - 0.5Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Water Quality Table — Regulated SubstancesPage 3Wells with detections: Wells 7 & 11Typical source, as printed: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation: NO, as printed for this report period
FluorideTesting period: 20250.8 ppmMedian Level Found0.3 - 0.8Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Water Quality Table — Regulated SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural deposits; Added to promote strong teethViolation: NO, as printed for this report period
NickelTesting period: 20252.4 ppbMedian Level Found0.5 - 3.9Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Water Quality Table — Regulated SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation: NO, as printed for this report period
NitrateTesting period: 20251.0 ppmMedian Level Foundnd - 4.0Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Water Quality Table — Regulated SubstancesPage 3Wells with detections: Fifteen wellsTypical source, as printed: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation: NO, as printed for this report period
NitriteTesting period: 2025non-detect ppmMedian Level Foundnd - 0.01Ideal Goal (MCLG): 1; Highest Level Allowed (MCL): 1Water Quality Table — Regulated SubstancesPage 3Wells with detections: Well 9Typical source, as printed: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation: NO, as printed for this report period
PFOATesting period: 2025non-detect pptMedian Level Foundnd - 2.0Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4Water Quality Table — Regulated SubstancesPage 3Wells with detections: Well 14Typical source, as printed: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation: NO, as printed for this report period
PFOSTesting period: 2025non-detect pptMedian Level Foundnd - 1.9Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4Water Quality Table — Regulated SubstancesPage 3Wells with detections: Well 16Typical source, as printed: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation: NO, as printed for this report period
SeleniumTesting period: 2025non-detect ppbMedian Level Foundnd - 1.6Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Water Quality Table — Regulated SubstancesPage 3Wells with detections: 6, 12, 14, 15, 25Typical source, as printed: Erosion of natural deposits; Petroleum and metal refineriesViolation: NO, as printed for this report period
Tetrachloroethylene [PCE]Testing period: 2025non-detect ppbMedian Level Foundnd - 2.7Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Water Quality Table — Regulated SubstancesPage 3Wells with detections: 6, 7, 9, 11, 18Typical source, as printed: Discharge from factories, dry cleaners, and auto shopsViolation: NO, as printed for this report period
Trichloroethylene [TCE]Testing period: 2025non-detect ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Water Quality Table — Regulated SubstancesPage 3Wells with detections: Wells 7, 11 & 18Typical source, as printed: Discharge from metal degreasing sites, other factoriesViolation: NO, as printed for this report period
Xylene, TotalTesting period: 2025non-detect ppbMedian Level Foundnd - 0.7Ideal Goal (MCLG): 10,000; Highest Level Allowed (MCL): 10,000Water Quality Table — Regulated SubstancesPage 3Wells with detections: Well 25Typical source, as printed: Discharge from petroleum and chemical factoriesViolation: NO, as printed for this report period
Gross AlphaTesting period: 20231.3 pCi/LMedian Level Foundnd - 5.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15Water Quality Table — RadionuclidesPage 3Wells with detections: 7, 19, 24, 28Typical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
Radium, 226+228Testing period: 20253.2 pCi/LMedian Level Found2.6 - 4.6Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Water Quality Table — RadionuclidesPage 3Wells with detections: 7, 24, 27, 28, 30Typical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
Haloacetic Acids [HAA5] (ppb)Testing period: 20251.3 ppbMedian Level Found0.5 - 2.3Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60 ppbWater Quality TablePage 3Typical source, as printed: By-product of drinking water chlorinationViolation: NO, as printed for this report period
Total Trihalomethanes [TTHM] (ppb)Testing period: 20253.7 ppbMedian Level Found1.1 - 8.2Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80 ppbWater Quality TablePage 3Typical source, as printed: By-product of drinking water chlorinationViolation: NO, as printed for this report period
Chromium, HexavalentTesting period: 20251.6 ppbMedian Level Found0.9 - 1.9Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aWater Quality Table — Unregulated SubstancesPage 3Wells with detections: 6, 13, 14, 16Typical source, as printed: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation: NO, as printed for this report period
1,4-DioxaneTesting period: 20250.1 ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aWater Quality Table — Unregulated SubstancesPage 3Wells with detections: Wells 11, 15 & 18Typical source, as printed: Discharge from chemical factories; Cosmetics and detergentsViolation: NO, as printed for this report period
MetolachlorTesting period: 2023non-detect ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aWater Quality Table — Unregulated SubstancesPage 3Wells with detections: Well 14Typical source, as printed: Runoff from herbicide used on row cropsViolation: NO, as printed for this report period
StrontiumTesting period: 202577 ppbMedian Level Found51 - 120Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aWater Quality Table — Unregulated SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
TrichlorofluoromethaneTesting period: 2025non-detect ppbMedian Level Foundnd - 0.7Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aWater Quality Table — Unregulated SubstancesPage 3Wells with detections: Well 11Typical source, as printed: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation: NO, as printed for this report period
ChlorideTesting period: 202532 ppmMedian Level Found1.0 - 200Aesthetic Goal: 250Water Quality Table — Other SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural deposits; Road salt applicationViolation: NO, as printed for this report period
IronTesting period: 2025non-detect ppmMedian Level Foundnd - 0.19Aesthetic Goal: 0.3Water Quality Table — Other SubstancesPage 3Wells with detections: 17, 24, 27, 28, 30Typical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
ManganeseTesting period: 20252.0 ppbMedian Level Foundnd - 41Aesthetic Goal: 50Water Quality Table — Other SubstancesPage 3Wells with detections: Sixteen wellsTypical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
SilverTesting period: 2025non-detect ppmMedian Level Foundnd - 0.00Aesthetic Goal: 0.1Water Quality Table — Other SubstancesPage 3Wells with detections: Wells 15, 16 & 26Typical source, as printed: Discharge from industrial chemical factoriesViolation: NO, as printed for this report period
SodiumTesting period: 202512 ppmMedian Level Found2.2 - 66Aesthetic Goal: n/aWater Quality Table — Other SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural deposits; Road salt applicationViolation: NO, as printed for this report period
SulfateTesting period: 202517 ppmMedian Level Found5.3 - 37Aesthetic Goal: 250Water Quality Table — Other SubstancesPage 3Wells with detections: All wellsTypical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
ZincTesting period: 20253.5 ppbMedian Level Foundnd - 18Aesthetic Goal: 5,000Water Quality Table — Other SubstancesPage 3Wells with detections: 13, 14, 17, 26Typical source, as printed: Erosion of natural depositsViolation: NO, as printed for this report period
LeadTesting period: 2023Sites above action level0 of 501.8 ppb90th Percentile<0.5 – 5.8Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and Copper Testing Within the Water SystemPage 5No status cell printed for this row
CopperTesting period: 2023Sites above action level0 of 50150 ppb90th Percentile77 – 210Ideal Goal (MCLG): 1,300; Action Level (AL): 1,300Lead and Copper Testing Within the Water SystemPage 5No status cell printed for this row
PFBATesting period: 20252.0 - 49 pptRange of Results2.0 - 49RPHGS: 10,000PFAS TestingPage 5Wells with detections: Wells 6, 9, 11 & 14No status cell printed for this row
PFPeATesting period: 20252.1 - 2.3 pptRange of Results2.1 - 2.3Guideline: --PFAS TestingPage 5Wells with detections: Well 14No status cell printed for this row
PFHxATesting period: 20252.1 - 2.2 pptRange of Results2.1 - 2.2RPHGS: 150,000PFAS TestingPage 5Wells with detections: Well 14No status cell printed for this row
PFOATesting period: 2025nd - 2.0 pptRange of Resultsnd - 2.0MCL: 4PFAS TestingPage 5Wells with detections: Well 14No status cell printed for this row
PFBSTesting period: 20252.1 - 2.5 pptRange of Results2.1 - 2.5HA: 2,000PFAS TestingPage 5Wells with detections: Well 14No status cell printed for this row
PFHxSTesting period: 2025nd - 6.5 pptRange of Resultsnd - 6.5HA: 10PFAS TestingPage 5Wells with detections: Wells 6, 11, 13, 14 & 16No status cell printed for this row
PFOSTesting period: 2025nd - 1.9 pptRange of Resultsnd - 1.9MCL: 4PFAS TestingPage 5Wells with detections: Well 16No status cell printed for this row

Report row

Atrazine

Range in report
nd - 0.03 ppb
Median Level Found
non-detect ppb
Testing period
2023
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: 11, 13, 14, 16, 25, 29

Typical source, as printed: Runoff from herbicide used on row crops

Report row

Arsenic

Range in report
nd - 6.7 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Wells 17, 20 & 26

Typical source, as printed: Erosion of natural deposits; Glass and electronics production

Report row

Barium

Range in report
7.0 - 990 ppb
Median Level Found
22 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 2,000; Highest Level Allowed (MCL): 2,000
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits; Discharge from metal refineries

Report row

Chromium, Total

Range in report
nd - 2.3 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: 6, 9, 11, 12, 13, 14, 16

Typical source, as printed: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.5 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Wells 7 & 11

Typical source, as printed: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Fluoride

Range in report
0.3 - 0.8 ppm
Median Level Found
0.8 ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
0.5 - 3.9 ppb
Median Level Found
2.4 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 4.0 ppm
Median Level Found
1.0 ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Fifteen wells

Typical source, as printed: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Nitrite

Range in report
nd - 0.01 ppm
Median Level Found
non-detect ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 1; Highest Level Allowed (MCL): 1
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Well 9

Typical source, as printed: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

PFOA

Range in report
nd - 2.0 ppt
Median Level Found
non-detect ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Well 14

Typical source, as printed: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

PFOS

Range in report
nd - 1.9 ppt
Median Level Found
non-detect ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Well 16

Typical source, as printed: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Selenium

Range in report
nd - 1.6 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: 6, 12, 14, 15, 25

Typical source, as printed: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 2.7 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: 6, 7, 9, 11, 18

Typical source, as printed: Discharge from factories, dry cleaners, and auto shops

Report row

Trichloroethylene [TCE]

Range in report
nd - 0.4 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Wells 7, 11 & 18

Typical source, as printed: Discharge from metal degreasing sites, other factories

Report row

Xylene, Total

Range in report
nd - 0.7 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 10,000; Highest Level Allowed (MCL): 10,000
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Regulated Substances

Wells with detections: Well 25

Typical source, as printed: Discharge from petroleum and chemical factories

Report row

Gross Alpha

Range in report
nd - 5.1 pCi/L
Median Level Found
1.3 pCi/L
Testing period
2023
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Radionuclides

Wells with detections: 7, 19, 24, 28

Typical source, as printed: Erosion of natural deposits

Report row

Radium, 226+228

Range in report
2.6 - 4.6 pCi/L
Median Level Found
3.2 pCi/L
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Radionuclides

Wells with detections: 7, 24, 27, 28, 30

Typical source, as printed: Erosion of natural deposits

Report row

Haloacetic Acids [HAA5] (ppb)

Range in report
0.5 - 2.3 ppb
Median Level Found
1.3 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60 ppb
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table

Typical source, as printed: By-product of drinking water chlorination

Report row

Total Trihalomethanes [TTHM] (ppb)

Range in report
1.1 - 8.2 ppb
Median Level Found
3.7 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80 ppb
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table

Typical source, as printed: By-product of drinking water chlorination

Report row

Chromium, Hexavalent

Range in report
0.9 - 1.9 ppb
Median Level Found
1.6 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Unregulated Substances

Wells with detections: 6, 13, 14, 16

Typical source, as printed: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

1,4-Dioxane

Range in report
nd - 0.4 ppb
Median Level Found
0.1 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Unregulated Substances

Wells with detections: Wells 11, 15 & 18

Typical source, as printed: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
non-detect ppb
Testing period
2023
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Unregulated Substances

Wells with detections: Well 14

Typical source, as printed: Runoff from herbicide used on row crops

Report row

Strontium

Range in report
51 - 120 ppb
Median Level Found
77 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Unregulated Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits

Report row

Trichlorofluoromethane

Range in report
nd - 0.7 ppb
Median Level Found
non-detect ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Unregulated Substances

Wells with detections: Well 11

Typical source, as printed: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
1.0 - 200 ppm
Median Level Found
32 ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
nd - 0.19 ppm
Median Level Found
non-detect ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: 17, 24, 27, 28, 30

Typical source, as printed: Erosion of natural deposits

Report row

Manganese

Range in report
nd - 41 ppb
Median Level Found
2.0 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: Sixteen wells

Typical source, as printed: Erosion of natural deposits

Report row

Silver

Range in report
nd - 0.00 ppm
Median Level Found
non-detect ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: 0.1
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: Wells 15, 16 & 26

Typical source, as printed: Discharge from industrial chemical factories

Report row

Sodium

Range in report
2.2 - 66 ppm
Median Level Found
12 ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
5.3 - 37 ppm
Median Level Found
17 ppm
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: All wells

Typical source, as printed: Erosion of natural deposits

Report row

Zinc

Range in report
nd - 18 ppb
Median Level Found
3.5 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Aesthetic Goal: 5,000
Report-printed status
Violation: NO, as printed for this report period

Source · Page 3

Water Quality Table — Other Substances

Wells with detections: 13, 14, 17, 26

Typical source, as printed: Erosion of natural deposits

Report row

Lead

Range in report
<0.5 – 5.8 ppb
90th Percentile
1.8 ppb
Testing period
2023
Sites above action level
0 of 50
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 5

Lead and Copper Testing Within the Water System

Report row

Copper

Range in report
77 – 210 ppb
90th Percentile
150 ppb
Testing period
2023
Sites above action level
0 of 50
Limit or standard
Ideal Goal (MCLG): 1,300; Action Level (AL): 1,300
Report-printed status
No status cell printed for this row

Source · Page 5

Lead and Copper Testing Within the Water System

Report row

PFBA

Range in report
2.0 - 49 ppt
Range of Results
2.0 - 49 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
RPHGS: 10,000
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Wells 6, 9, 11 & 14

Report row

PFPeA

Range in report
2.1 - 2.3 ppt
Range of Results
2.1 - 2.3 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
Guideline: --
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Well 14

Report row

PFHxA

Range in report
2.1 - 2.2 ppt
Range of Results
2.1 - 2.2 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
RPHGS: 150,000
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Well 14

Report row

PFOA

Range in report
nd - 2.0 ppt
Range of Results
nd - 2.0 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
MCL: 4
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Well 14

Report row

PFBS

Range in report
2.1 - 2.5 ppt
Range of Results
2.1 - 2.5 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
HA: 2,000
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Well 14

Report row

PFHxS

Range in report
nd - 6.5 ppt
Range of Results
nd - 6.5 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
HA: 10
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Wells 6, 11, 13, 14 & 16

Report row

PFOS

Range in report
nd - 1.9 ppt
Range of Results
nd - 1.9 ppt
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
MCL: 4
Report-printed status
No status cell printed for this row

Source · Page 5

PFAS Testing

Wells with detections: Well 16

PAST REPORTING PERIODS

Historical report rows

Expand a year to review every source-table row transcribed from that annual report, including additional, undetected, and violation-table rows where the report prints them.

Six retained reports are shown below. The archive is incomplete: 2022 and 2023 PDFs have not been recovered, and the older 2008–2016 entries could not be rechecked because their recorded local files are missing. Original publisher PDF requests returned access errors on September 16, 2026. These gaps are not years with no testing.

2024 report37 source-verified rows
  • All values and criteria describe the printed report or sample period, not current rules, compliance, advisories, or a household tap. Repeat results across reports are not independent sampling events.
  • The water-quality table combines wells. A non-detect median does not mean all samples were non-detects. Merged well cells are carried to each applicable radionuclide row. “nd” means not detected; n/a and zero are retained as printed. MCL is Maximum Contaminant Level; MCLG is Maximum Contaminant Level Goal; AL is Action Level. An aesthetic goal is not an MCL.
  • The utility reused its current PDF address for multiple report years. These rows were checked against the retained historical copy identified below; the official report link is a contact/landing page, not a promise that its current PDF contains this year.
  • Page 5 asterisks identify 2023 testing for Atrazine, PFOA, PFOS, Gross Alpha, Metolachlor, and Silver. The 1,1-Dichloroethane row prints no unit; none is inferred. Its PFAS table on page 4 covers 2024 and differs from the older starred PFOA/PFOS results on page 5. The printed Silver range is nd - 0.00.
  • Page 1 reports an average fluoride concentration of 0.68 mg/L from 6,638 tests. This narrative average is separate from the table median. The historical chlorine goal was above 0.1 mg/L, with typical levels of 0.2–0.4 mg/L; these are report-period statements.
  • Page 2 reports 3,103 routine distribution samples and one positive coliform sample. This narrative is not a report-printed violation finding.
  • Page 6 describes Well 15 treatment installation beginning May 2024, with granular activated carbon and ion exchange planned for summer 2025; it describes Well 19, constructed in 1974, a three-million-gallon buried tank and nearly 500 million gallons pumped annually, with improvements forecast for late 2025. These were forecasts in this report, not completion evidence. Page 1 lists 20 active wells and more than 920 miles of water mains.
  • Pages 1–2 explain that Madison draws from a deep sandstone aquifer recharged through soil and rock. Most locations were described as receiving water from one to three wells; the utility supplied an address-based well lookup. Combined well-table ranges were not presented as household results. The report directed well-specific questions to 608-266-4654. These source descriptions do not establish service or current water quality at an address.
  • Page 1 describes three wells with iron/manganese filters removing more than 95% of those metals. It forecasts a fourth iron/manganese filter in 2025 and a PFAS-removal system at another well later in the publication year. Those prospective statements are not completion evidence. Its fluoride target was 0.7 mg/L, with daily well testing; the separate 0.68 mg/L average and table median must not be substituted for one another.
  • Pages 1–2 provide general potential-contaminant explanations: microbes from sources such as wastewater, septic systems, livestock and wildlife; inorganic salts/metals/minerals/nutrients from natural and human sources; organic chemicals from industrial/petroleum activity and runoff; pesticides/herbicides; and radionuclides. These examples do not identify a local contamination source. The report distinguishes EPA tap-water regulation from FDA bottled-water regulation, refers questions to 800-426-4791, and advises people especially vulnerable to infections to consult their health care providers. Its groundwater-related Cryptosporidium/Giardia assessment remains the utility’s report-period statement, not an individual risk assessment.
  • Page 2 defines MCL, MCLG and AL separately. Its Hazard Index explanation concerns mixtures of PFHxS, PFNA, HFPO-DA and/or PFBS and says an index greater than 1 requires action. This is the report’s printed historical regulatory explanation; current-rule status has not been established from that statement. Its unit key equates mg/L with ppm and µg/L with ppb, gives 1 mg/L = 1,000 µg/L and 1 ppb = 1,000 ppt, identifies pCi/L as radioactivity, and defines nd as not detected. The one-second-in-32-years analogy illustrates ppb, not an exposure assessment.
  • Page 3 explains that lead can come from service lines and building plumbing and may vary over time, so a single non-detect does not establish absence of exposure. It discusses certified lead-reduction filters, following filter instructions, using cold water for drinking/cooking/formula, and flushing before use; it explicitly says boiling does not remove lead. The four-part illustration says to identify and remove lead piping/fixtures, use the cold tap, run it until its temperature changes, and contact the utility about testing an older home. These are historical general instructions, not a verified material finding or an address-specific flushing duration.
  • Page 3 lists Public Health Madison & Dane County at 608-266-4821 and Wisconsin State Laboratory of Hygiene at 608-224-6203 for testing information. This is a historical referral list, not evidence both still offer the same testing service. The current laboratory guidance on this page separately explains reviewed service availability.
  • Page 3 dates its statement that no known lead lines were connected to the Madison system to December 31, 2024. It says the inventory uses permits, tap cards, meter records, maintenance and replacement work; historical records can be inaccurate and unknown lines may be discovered. It describes a possible rebate covering half the replacement cost up to $3,000, with 608-266-4651 and [email protected] as contacts. Neither the dated statement nor the rebate description resolves the later inventory discrepancy or establishes current eligibility.
  • Page 4 says nearly 8,000 lead pipes were removed or replaced between 1995 and 2011. Its 2023 lead/copper round sampled 50 selected customer taps, within a once-every-three-years program. It describes removing newly discovered lead service lines rather than adding phosphorus-based corrosion-control chemicals. The diagram distinguishes water main, curb stop, property line, service line and internal plumbing; it does not delineate ownership responsibilities for a particular property.
  • Page 4 describes testing wells twice annually for up to 30 PFAS, with at least one detected in four wells in 2024. Its historical narrative lists PFBA, PFBS, PFPeA, PFPeS, PFHxA, PFHxS, PFHpA, PFOA, PFOS and 6:2 FTS as detected at least once. It notes that values are often 2 ppt or lower except for PFBA/PFHxS at certain wells (6, 9, 11 and 14), and that reporting limits and analytical methods affect comparisons. These are distinct from its five 2024 PFAS rows and the main table’s older starred PFOA/PFOS results. General PFAS product/landfill pathways in the text do not establish the cause of any local result.
  • Page 6 describes Well 15 on East Washington Avenue, limited testing near landfills and the airport, its 2019 shutdown amid PFAS concerns, and the city/utility commitment not to return it to service until treatment was installed. The planned granular activated carbon would address PFAS and other volatile organic compounds, while ion exchange would reduce short-chain PFAS. The report also identifies PCE and TCE as treatment targets. Statements about future non-detect performance and summer 2025 delivery are forecasts, not verified results.
  • Page 6 describes Well 19 on University of Wisconsin property on Lake Mendota Drive near Eagle Heights, serving the university and nearby west-side neighborhoods. Its project targets naturally occurring iron, manganese and radium; it distinguishes taste/appearance concerns for the former two from radium’s primary-contaminant regulation. The report forecasts testing/start-up in late 2025 and non-detect iron/manganese after treatment. Those expectations do not prove completion or measured removal.
  • Pages 1 and 6 list 119 E. Olin Avenue, Madison, WI 53713; 608-266-4651; [email protected]; report-copy/water-quality phone 608-261-9299; General Manager Krishna Kumar; and Board President Patrick Delmore. The social handles are Facebook madisonwater, Twitter MadWaterUtility and Instagram madison_water. These are report-printed contacts and officeholders, not a verified current staffing list.
  • Page 6 offers free language services at 608-266-4651 in English, Spanish, Hmong and Chinese. It lists board meetings at 119 E. Olin Avenue at 4:30 p.m., with 2025 dates May 27, June 24, July 22, August 26, September 30, October 29 and November 24. Dates are explicitly subject to change; the report refers readers to the official board calendar. This list is not evidence that meetings occurred.
2024 report rows for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
AtrazineTesting period: 2023nd ppbMedian Level Foundnd - 0.03Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Regulated SubstancesPage 5Wells with detections: 11,13,14,16,25,29. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
BariumTesting period: 202421 ppbMedian Level Found7.2 - 69Ideal Goal (MCLG): 2,000; Highest Level Allowed (MCL): 2,000Regulated SubstancesPage 5Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineriesViolation (Yes/No): NO, as printed for this sample period
Chromium, TotalTesting period: 2024nd ppbMedian Level Foundnd - 2.6Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Regulated SubstancesPage 5Wells with detections: 11, 14, 20, 25. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp millsViolation (Yes/No): NO, as printed for this sample period
1,1-DichloroethyleneTesting period: 2024nd ppbMedian Level Foundnd - 0.2Ideal Goal (MCLG): 7; Highest Level Allowed (MCL): 7Regulated SubstancesPage 5Wells with detections: Well 18. Typical source in report: Discharge from industrial chemical factoriesViolation (Yes/No): NO, as printed for this sample period
1,2-Dichloroethylene, cisTesting period: 2024nd ppbMedian Level Foundnd - 0.5Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Regulated SubstancesPage 5Wells with detections: Wells 7 & 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation (Yes/No): NO, as printed for this sample period
FluorideTesting period: 20240.7 ppmMedian Level Found0.5 - 0.8Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Regulated SubstancesPage 5Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Added to promote strong teethViolation (Yes/No): NO, as printed for this sample period
NickelTesting period: 2024nd ppbMedian Level Foundnd - 2.5Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Regulated SubstancesPage 5Wells with detections: 6,11,14,17,19,26,27,28. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation (Yes/No): NO, as printed for this sample period
NitrateTesting period: 20240.9 ppmMedian Level Foundnd - 4.1Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Regulated SubstancesPage 5Wells with detections: Thirteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
PFOATesting period: 2023nd pptMedian Level Foundnd - 1.9Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4Regulated SubstancesPage 5Wells with detections: Nine wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
PFOSTesting period: 2023nd pptMedian Level Foundnd - 1.6Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4Regulated SubstancesPage 5Wells with detections: 6,9,11,16,26. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
SeleniumTesting period: 2024nd ppbMedian Level Foundnd - 1.5Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Regulated SubstancesPage 5Wells with detections: 6, 9, 14. Typical source in report: Erosion of natural deposits; Petroleum and metal refineriesViolation (Yes/No): NO, as printed for this sample period
Tetrachloroethylene [PCE]Testing period: 2024nd ppbMedian Level Foundnd - 3.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 5Wells with detections: 6,7,9,11,18. Typical source in report: Discharge from factories, dry cleaners, and auto shopsViolation (Yes/No): NO, as printed for this sample period
Trichloroethylene [TCE]Testing period: 2024nd ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 5Wells with detections: 7, 11, 18. Typical source in report: Discharge from metal degreasing sites, other factoriesViolation (Yes/No): NO, as printed for this sample period
Gross AlphaTesting period: 20231.3 pCi/LMedian Level Foundnd - 5.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15RadionuclidesPage 5Wells with detections: 7, 19, 24, 28. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Radium, 226+228Testing period: 20242.4 pCi/LMedian Level Found1.6 - 5.3Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5RadionuclidesPage 5Wells with detections: 7,19,24,27,28,30. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Haloacetic AcidsTesting period: 20241.5 ppbMedian Level Found0.7 - 2.3Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60Disinfection By-Products (DiPage 5Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Total TrihalomethanesTesting period: 20245.5 ppbMedian Level Found0.5 - 10Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80Disinfection By-Products (DiPage 5Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Chromium, HexavalentTesting period: 20240.4 ppbMedian Level Foundnd - 2.0Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 5Wells with detections: Thirteen wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation (Yes/No): NO, as printed for this sample period
1,1-DichloroethaneTesting period: 2024nd Not listed in this summarized entryMedian Level Foundnd - 0.1Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 5Wells with detections: Well 9. Typical source in report: Discharge from industrial chemical factoriesViolation (Yes/No): NO, as printed for this sample period
1,4-DioxaneTesting period: 2024nd ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 5Wells with detections: 9, 11, 18. Typical source in report: Discharge from chemical factories; Cosmetics and detergentsViolation (Yes/No): NO, as printed for this sample period
MetolachlorTesting period: 2023nd ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 5Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
StrontiumTesting period: 202482 ppbMedian Level Found49 - 100Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 5Wells with detections: All wells. Typical source in report: Erosion of natual depositsViolation (Yes/No): NO, as printed for this sample period
TrichlorofluoromethaneTesting period: 2024nd ppbMedian Level Foundnd - 0.8Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 5Wells with detections: Wells 9 & 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation (Yes/No): NO, as printed for this sample period
ChlorideTesting period: 202416 ppmMedian Level Found1.6 - 210Aesthetic Goal: 250Other SubstancesPage 5Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
IronTesting period: 2024nd ppmMedian Level Foundnd - 0.25Aesthetic Goal: 0.3Other SubstancesPage 5Wells with detections: 7, 17,19,24,27,28,30. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ManganeseTesting period: 20242.5 ppbMedian Level Foundnd - 45Aesthetic Goal: 50Other SubstancesPage 5Wells with detections: Fourteen wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SilverTesting period: 2023nd ppmMedian Level Foundnd - 0.00Aesthetic Goal: 0.1Other SubstancesPage 5Wells with detections: Well 25. Typical source in report: Discharge from industrial chemical factoriesViolation (Yes/No): NO, as printed for this sample period
SodiumTesting period: 20247.3 ppmMedian Level Found2.3 - 64Aesthetic Goal: n/aOther SubstancesPage 5Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
SulfateTesting period: 202418 ppmMedian Level Found6.6 - 39Aesthetic Goal: 250Other SubstancesPage 5Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ZincTesting period: 20243.8 ppbMedian Level Foundnd - 8.8Aesthetic Goal: 5,000Other SubstancesPage 5Wells with detections: Sixteen wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
LeadTesting period: 2023Sites above action level0 of 501.8 ppb90th Percentile<0.5 – 5.8Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and CopperPage 4No status cell printed for this row
CopperTesting period: 2023Sites above action level0 of 50150 ppb90th Percentile77 – 210Ideal Goal (MCLG): 1300; Action Level (AL): 1300Lead and CopperPage 4No status cell printed for this row
PFHxSTesting period: 20246.6 – 7.3 pptRange of Results6.6 – 7.3MCL/HI: 10PFAS TestingPage 4Source: Well 6. MCL/HI and -- are retained as printed, without reclassifying them as current limits.No status cell printed for this row
PFBATesting period: 202436 – 47 pptRange of Results36 – 47MCL/HI: --PFAS TestingPage 4Source: Well 9. MCL/HI and -- are retained as printed, without reclassifying them as current limits.No status cell printed for this row
PFBATesting period: 2024nd – 4.0 pptRange of Resultsnd – 4.0MCL/HI: --PFAS TestingPage 4Source: Well 11. MCL/HI and -- are retained as printed, without reclassifying them as current limits.No status cell printed for this row
PFBATesting period: 2024nd – 3.2 pptRange of Resultsnd – 3.2MCL/HI: --PFAS TestingPage 4Source: Well 14. MCL/HI and -- are retained as printed, without reclassifying them as current limits.No status cell printed for this row
PFHxSTesting period: 20243.7 – 4.8 pptRange of Results3.7 – 4.8MCL/HI: 10PFAS TestingPage 4Source: Well 14. MCL/HI and -- are retained as printed, without reclassifying them as current limits.No status cell printed for this row

Report row

Atrazine

Range in report
nd - 0.03 ppb
Median Level Found
nd ppb
Testing period
2023
Sites above action level
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 11,13,14,16,25,29. Typical source in report: Runoff from herbicide used on row crops

Report row

Barium

Range in report
7.2 - 69 ppb
Median Level Found
21 ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 2,000; Highest Level Allowed (MCL): 2,000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineries

Report row

Chromium, Total

Range in report
nd - 2.6 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 11, 14, 20, 25. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,1-Dichloroethylene

Range in report
nd - 0.2 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 7; Highest Level Allowed (MCL): 7
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: Well 18. Typical source in report: Discharge from industrial chemical factories

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.5 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: Wells 7 & 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Fluoride

Range in report
0.5 - 0.8 ppm
Median Level Found
0.7 ppm
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
nd - 2.5 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 6,11,14,17,19,26,27,28. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 4.1 ppm
Median Level Found
0.9 ppm
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: Thirteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

PFOA

Range in report
nd - 1.9 ppt
Median Level Found
nd ppt
Testing period
2023
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: Nine wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

PFOS

Range in report
nd - 1.6 ppt
Median Level Found
nd ppt
Testing period
2023
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 6,9,11,16,26. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Selenium

Range in report
nd - 1.5 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 6, 9, 14. Typical source in report: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 3.1 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 6,7,9,11,18. Typical source in report: Discharge from factories, dry cleaners, and auto shops

Report row

Trichloroethylene [TCE]

Range in report
nd - 0.4 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Regulated Substances

Wells with detections: 7, 11, 18. Typical source in report: Discharge from metal degreasing sites, other factories

Report row

Gross Alpha

Range in report
nd - 5.1 pCi/L
Median Level Found
1.3 pCi/L
Testing period
2023
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Radionuclides

Wells with detections: 7, 19, 24, 28. Typical source in report: Erosion of natural deposits

Report row

Radium, 226+228

Range in report
1.6 - 5.3 pCi/L
Median Level Found
2.4 pCi/L
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Radionuclides

Wells with detections: 7,19,24,27,28,30. Typical source in report: Erosion of natural deposits

Report row

Haloacetic Acids

Range in report
0.7 - 2.3 ppb
Median Level Found
1.5 ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Disinfection By-Products (Di

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Total Trihalomethanes

Range in report
0.5 - 10 ppb
Median Level Found
5.5 ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Disinfection By-Products (Di

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Chromium, Hexavalent

Range in report
nd - 2.0 ppb
Median Level Found
0.4 ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Unregulated Substances

Wells with detections: Thirteen wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

1,1-Dichloroethane

Range in report
nd - 0.1
Median Level Found
nd Not listed in this summarized entry
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Unregulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from industrial chemical factories

Report row

1,4-Dioxane

Range in report
nd - 0.4 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Unregulated Substances

Wells with detections: 9, 11, 18. Typical source in report: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
nd ppb
Testing period
2023
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Unregulated Substances

Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row crops

Report row

Strontium

Range in report
49 - 100 ppb
Median Level Found
82 ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Unregulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natual deposits

Report row

Trichlorofluoromethane

Range in report
nd - 0.8 ppb
Median Level Found
nd ppb
Testing period
2024
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Unregulated Substances

Wells with detections: Wells 9 & 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
1.6 - 210 ppm
Median Level Found
16 ppm
Testing period
2024
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
nd - 0.25 ppm
Median Level Found
nd ppm
Testing period
2024
Sites above action level
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: 7, 17,19,24,27,28,30. Typical source in report: Erosion of natural deposits

Report row

Manganese

Range in report
nd - 45 ppb
Median Level Found
2.5 ppb
Testing period
2024
Sites above action level
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: Fourteen wells. Typical source in report: Erosion of natural deposits

Report row

Silver

Range in report
nd - 0.00 ppm
Median Level Found
nd ppm
Testing period
2023
Sites above action level
Limit or standard
Aesthetic Goal: 0.1
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: Well 25. Typical source in report: Discharge from industrial chemical factories

Report row

Sodium

Range in report
2.3 - 64 ppm
Median Level Found
7.3 ppm
Testing period
2024
Sites above action level
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
6.6 - 39 ppm
Median Level Found
18 ppm
Testing period
2024
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Zinc

Range in report
nd - 8.8 ppb
Median Level Found
3.8 ppb
Testing period
2024
Sites above action level
Limit or standard
Aesthetic Goal: 5,000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 5

Other Substances

Wells with detections: Sixteen wells. Typical source in report: Erosion of natural deposits

Report row

Lead

Range in report
<0.5 – 5.8 ppb
90th Percentile
1.8 ppb
Testing period
2023
Sites above action level
0 of 50
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 4

Lead and Copper

Report row

Copper

Range in report
77 – 210 ppb
90th Percentile
150 ppb
Testing period
2023
Sites above action level
0 of 50
Limit or standard
Ideal Goal (MCLG): 1300; Action Level (AL): 1300
Report-printed status
No status cell printed for this row

Source · Page 4

Lead and Copper

Report row

PFHxS

Range in report
6.6 – 7.3 ppt
Range of Results
6.6 – 7.3 ppt
Testing period
2024
Sites above action level
Limit or standard
MCL/HI: 10
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Source: Well 6. MCL/HI and -- are retained as printed, without reclassifying them as current limits.

Report row

PFBA

Range in report
36 – 47 ppt
Range of Results
36 – 47 ppt
Testing period
2024
Sites above action level
Limit or standard
MCL/HI: --
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Source: Well 9. MCL/HI and -- are retained as printed, without reclassifying them as current limits.

Report row

PFBA

Range in report
nd – 4.0 ppt
Range of Results
nd – 4.0 ppt
Testing period
2024
Sites above action level
Limit or standard
MCL/HI: --
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Source: Well 11. MCL/HI and -- are retained as printed, without reclassifying them as current limits.

Report row

PFBA

Range in report
nd – 3.2 ppt
Range of Results
nd – 3.2 ppt
Testing period
2024
Sites above action level
Limit or standard
MCL/HI: --
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Source: Well 14. MCL/HI and -- are retained as printed, without reclassifying them as current limits.

Report row

PFHxS

Range in report
3.7 – 4.8 ppt
Range of Results
3.7 – 4.8 ppt
Testing period
2024
Sites above action level
Limit or standard
MCL/HI: 10
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Source: Well 14. MCL/HI and -- are retained as printed, without reclassifying them as current limits.

Source: Madison Water Utility report page and historical-copy contact. These entries describe that report period, not current conditions or a household tap result.

Retained 2024 PDF SHA-256: b259820c332b6b793482e131876cd8eae94c0c1dff90f9dfbc2c1127f47a7a47. Source copy retained August 27, 2026; tables rechecked September 16, 2026.

2021 report45 source-verified rows
  • All values and criteria describe the printed report or sample period, not current rules, compliance, advisories, or a household tap. Repeat results across reports are not independent sampling events.
  • The water-quality table combines wells. A non-detect median does not mean all samples were non-detects. Merged well cells are carried to each applicable radionuclide row. “nd” means not detected; n/a and zero are retained as printed. MCL is Maximum Contaminant Level; MCLG is Maximum Contaminant Level Goal; AL is Action Level. An aesthetic goal is not an MCL.
  • The utility reused its current PDF address for multiple report years. These rows were checked against the retained historical copy identified below; the official report link is a contact/landing page, not a promise that its current PDF contains this year.
  • Page 2 microbiological narrative: 2,787 distribution samples; none positive for coliform bacteria during 2021. This narrative is not a report-printed violation finding.
  • Page 4 UCMR narrative: in 2018, 2-methoxyethanol was found at Well 26 (0.5 ppb) and 1-butanol at Well 28 (8.0 ppb). The report says later testing found neither at any well, without a date or detection limit for that follow-up. These are older narrative findings, not 2021 table results.
  • Page 1 reports an average fluoride concentration of 0.66 mg/L from 6,653 tests. This narrative average is separate from the table median. The historical chlorine goal was above 0.1 mg/L, with typical levels of 0.2–0.4 mg/L; these are report-period statements.
  • Pages 1–2 and the health explanation describe the deep sandstone aquifer, rain/snow recharge and natural filtration; general microbial, inorganic, organic, pesticide/herbicide and radioactive potential contaminants; and the distinction between a detected substance and a health-risk finding. Examples of possible sources are not attribution of a particular local result. Readers especially vulnerable to infections are referred to health care providers and EPA’s 800-426-4791 hotline. The utility’s statements about its groundwater source and Cryptosporidium/Giardia remain historical assessments, not an assurance for an individual tap.
  • Page 2 defines MCL as the highest allowed concentration, MCLG as the goal below which no known or expected health risk exists with a margin of safety, and AL as a concentration that triggers treatment or other requirements. The printed units equate mg/L with ppm and µg/L with ppb; 1 mg/L equals 1,000 µg/L, and 1 ppb equals 1,000 ppt. The report uses one second in 32 years to illustrate ppb; pCi/L measures radioactivity and nd means not detected. Table ranges combine minimum/maximum well measurements, which may not represent water at a home. Well-specific questions are directed to 608-266-4654.
  • Page 2 describes nearly 8,000 lead pipes removed or replaced during 1995–2011. Its statement about all known lead services does not establish the material of building fixtures, faucets or pipes. It discusses greater lead pickup while water stands in plumbing and historically recommends running water for 2–3 minutes before drinking/cooking. That is the report’s general advice, not an address-specific current flushing prescription. Historical laboratory referrals list Public Health Madison & Dane County at 608-266-4821 and Wisconsin State Laboratory of Hygiene at 608-224-6202; current availability and contact details must be checked separately.
  • The source-protection box recommends limiting road salt to recommended amounts (wisaltwise.com), disposing of household hazardous chemicals through Clean Sweep (danecountycleansweep.com), tending lawns/gardens without harmful chemicals, and using non-toxic or biodegradable cleaning products. These are the report’s groundwater-protection suggestions, not treatment instructions or proof of effects at a particular well.
  • Historical contact and participation resources include madisonwater.org; Facebook madisonwater, Twitter MadWaterUtility, and Instagram madison_water where printed; my.cityofmadison.com for water-quality/flushing updates; project information and public input; and the board calendar at madison.legistar.com/Calendar.aspx. Free language services are offered at 608-266-4651 in English, Spanish and Hmong. Printed meeting dates may change and do not establish that a meeting occurred. These historical contact paths are not represented as a current directory.
  • Page 1 describes 21 active wells and more than 900 miles of interconnected pipes, most locations supplied by one to three wells, daily fluoride testing toward 0.7 mg/L, and three wells filtering more than 95% of iron/manganese to reduce rust-colored water. These are historical counts and treatment descriptions.
  • Page 4 describes testing all active wells for 33 PFAS, with at least one detected in 12 wells. PFOA or PFOS was found in 11 wells, with combined results from <1 ppt to 2.1 ppt. Its discussion of 2019 DHS recommendations, a 2021 DNR proposal, and other-state standards remains historical. The plan to test active wells twice in 2022 is not proof those future tests occurred.
  • Page 4’s PFAS table footnote says PFBS was not detected at Well 18 upon retesting. The source defines its Health Advisory Level as a concentration whose exceedance poses a health risk and may require a public notice; that is the report’s historical definition, not a current advisory or a finding that a notice was required for these data. It says Well 15 had been out of service since March 2019 and directs readers to the PFAS update list.
  • Page 1 expands its source-protection suggestions to finding PFAS-free alternatives via pfascentral.org and gardening information at learningstore.extension.wisc.edu. These source-listed resources are context, not independently verified products or current service availability.
  • Pages 1 and 4 list General Manager Krishna Kumar and Board President Eugene McLinn, 608-266-4651 and report questions at 608-266-4654. Board meetings are described as virtual or in person at 119 E. Olin Avenue, Madison, WI 53713. The printed 2022 dates are June 28, July 26, August 23, September 20, October 25 and November 22, subject to change. No meeting time is supplied in that section.
2021 report rows for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
AntimonyTesting period: 20210.1 ppbMedian Level Foundnd - 0.1Ideal Goal (MCLG): 6; Highest Level Allowed (MCL): 6Regulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineries; fire retardants, ceramics, electronicsViolation (Yes/No): NO, as printed for this sample period
ArsenicTesting period: 2021non-detect ppbMedian Level Foundnd - 0.5Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: 8, 19, 24, 30. Typical source in report: Erosion of natural deposits; Glass & electronics productionViolation (Yes/No): NO, as printed for this sample period
AtrazineTesting period: 20200.03 ppbMedian Level Found0.03 - 0.04Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Regulated SubstancesPage 3Wells with detections: Wells 14 and 29. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
BariumTesting period: 202122 ppbMedian Level Found7.3 - 66Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000Regulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineriesViolation (Yes/No): NO, as printed for this sample period
Chromium, TotalTesting period: 20210.5 ppbMedian Level Foundnd - 2.1Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: Sixteen Wells. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp millsViolation (Yes/No): NO, as printed for this sample period
1,2-Dichloroethylene, cisTesting period: 2021non-detect ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Regulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation (Yes/No): NO, as printed for this sample period
FluorideTesting period: 20210.7 ppmMedian Level Found0.7 - 0.9Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Regulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Added to promote strong teethViolation (Yes/No): NO, as printed for this sample period
NickelTesting period: 20211.0 ppbMedian Level Found0.6 - 2.5Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation (Yes/No): NO, as printed for this sample period
NitrateTesting period: 20210.8 ppmMedian Level Foundnd - 4.0Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: Fifteen Wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
NitriteTesting period: 20210.2 ppmMedian Level Foundnd - 0.3Ideal Goal (MCLG): 1; Highest Level Allowed (MCL): 1Regulated SubstancesPage 3Wells with detections: All Wells Except 14. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SeleniumTesting period: 2021non-detect ppbMedian Level Foundnd - 1.4Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Regulated SubstancesPage 3Wells with detections: 6, 9, 11, 13, 14, 16, 25, 29. Typical source in report: Erosion of natural deposits; Petroleum and metal refineriesViolation (Yes/No): NO, as printed for this sample period
Tetrachloroethylene [PCE]Testing period: 2021non-detect ppbMedian Level Foundnd - 3.7Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: 6, 7, 9, 11, 14, 18. Typical source in report: Discharge from factories, dry cleaners, and auto shopsViolation (Yes/No): NO, as printed for this sample period
ThalliumTesting period: 2021non-detect ppbMedian Level Foundnd - 0.2Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2Regulated SubstancesPage 3Wells with detections: 11, 12, 17, 19, 27. Typical source in report: Ore processing sites; Electronics, glass, and drug factoriesViolation (Yes/No): NO, as printed for this sample period
Xylene, TotalTesting period: 2021non-detect ppbMedian Level Foundnd - 1.4Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000Regulated SubstancesPage 3Wells with detections: Well 24. Typical source in report: Discharge from petroleum and chemical factoriesViolation (Yes/No): NO, as printed for this sample period
Gross AlphaTesting period: 20202.4 pCi/LMedian Level Found0.7 - 11Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15RadionuclidesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Gross BetaTesting period: 20204.2 pCi/LMedian Level Found0.2 - 10Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50RadionuclidesPage 3Wells with detections: All Wells. Typical source in report: Decay of natural and man-made depositsViolation (Yes/No): NO, as printed for this sample period
Radium, 226+228Testing period: 20213.0 pCi/LMedian Level Found2.3 - 5.3Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5RadionuclidesPage 3Wells with detections: 7, 8, 19, 24, 27, 28, 30. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
UraniumTesting period: 20200.7 ppbMedian Level Found0.3 - 1.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30RadionuclidesPage 3Wells with detections: Wells Sampled: 19, 24, and 27. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA5]Testing period: 20211.0 ppbMedian Level Found0.4 - 2.2Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA9]Testing period: 2019non-detect ppbMedian Level Foundnd - 3.8Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aDisinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Total Trihalomethanes [TTHM]Testing period: 20215.0 ppbMedian Level Found1.7 - 8.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
BromideTesting period: 201939 ppbMedian Level Foundnd - 60Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 7, 9, 11, 13, 15, 29. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Chromium, HexavalentTesting period: 20210.5 ppbMedian Level Foundnd - 2.0Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Thirteen Wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation (Yes/No): NO, as printed for this sample period
1,4-DioxaneTesting period: 2021non-detect ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Wells 11, 14, and 18. Typical source in report: Discharge from chemical factories; Cosmetics and detergentsViolation (Yes/No): NO, as printed for this sample period
MetolachlorTesting period: 20200.01 ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
PFOA + PFOSTesting period: 20210.4 pptMedian Level Foundnd - 2.1Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Eleven Wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
StrontiumTesting period: 202175 ppbMedian Level Found48 - 101Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
TrichlorofluoromethaneTesting period: 2021non-detect ppbMedian Level Foundnd - 0.8Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation (Yes/No): NO, as printed for this sample period
ChlorideTesting period: 202114 ppmMedian Level Found2.3 - 164Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
IronTesting period: 20210.01 ppmMedian Level Foundnd - 0.62Aesthetic Goal: 0.3Other SubstancesPage 3Wells with detections: All Wells except 20. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ManganeseTesting period: 20212.7 ppbMedian Level Foundnd - 52Aesthetic Goal: 50Other SubstancesPage 3Wells with detections: All Wells except 14. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SodiumTesting period: 20217.0 ppmMedian Level Found2.2 - 60Aesthetic Goal: n/aOther SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
SulfateTesting period: 202118 ppmMedian Level Found7.0 - 40Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
LeadTesting period: 2020Sites above action level0 of 513.2 ppb90th Percentile0.2 - 8.8Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and CopperPage 2No status cell printed for this row
CopperTesting period: 2020Sites above action level0 of 51168 ppb90th Percentile68 - 207Ideal Goal (MCLG): 1300; Action Level (AL): 1300Lead and CopperPage 2No status cell printed for this row
PFOATesting period: 2021<0.44 - 1.4 pptRange of Results<0.44 - 1.4DHS Guidance#: 20PFAS TestingPage 4Wells(s) with detections: 6, 7, 8, 9, 13, 14, 16, 17, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFOSTesting period: 2021<0.24 - 1.3 pptRange of Results<0.24 - 1.3DHS Guidance#: 20PFAS TestingPage 4Wells(s) with detections: 8, 9, 11, 14, 16, 17, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFBATesting period: 2021<1.0 - 26 pptRange of Results<1.0 - 26DHS Guidance#: 10,000PFAS TestingPage 4Wells(s) with detections: 9, 11, 13, 14. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFPeATesting period: 2021<0.22 - 1.9 pptRange of Results<0.22 - 1.9DHS Guidance#: n/aPFAS TestingPage 4Wells(s) with detections: 6, 8, 9, 13, 14, 16, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFHxATesting period: 2021<0.12 - 1.9 pptRange of Results<0.12 - 1.9DHS Guidance#: 150,000PFAS TestingPage 4Wells(s) with detections: 6, 8, 9, 11, 13, 14, 16, 17, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFHpATesting period: 2021<0.10 - 0.45 pptRange of Results<0.10 - 0.45DHS Guidance#: n/aPFAS TestingPage 4Wells(s) with detections: 8, 9, 14, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFBSTesting period: 2021<0.14 - 37 pptRange of Results<0.14 - 37DHS Guidance#: 450,000PFAS TestingPage 4Wells(s) with detections: 6, 9, 11, 13, 14, 16, 18*, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits. *PFBS was not detected at Well 18 upon re-testing.No status cell printed for this row
PFPeSTesting period: 2021<0.08 - 0.43 pptRange of Results<0.08 - 0.43DHS Guidance#: n/aPFAS TestingPage 4Wells(s) with detections: 6, 9, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
PFHxSTesting period: 2021<0.33 - 4.4 pptRange of Results<0.33 - 4.4DHS Guidance#: 40PFAS TestingPage 4Wells(s) with detections: 6, 7, 8, 9, 11, 13, 14, 16, 17, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row
6:2 FTSATesting period: 2021<0.15 - 0.17 pptRange of Results<0.15 - 0.17DHS Guidance#: n/aPFAS TestingPage 4Wells(s) with detections: 8. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.No status cell printed for this row

Report row

Antimony

Range in report
nd - 0.1 ppb
Median Level Found
0.1 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 6; Highest Level Allowed (MCL): 6
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineries; fire retardants, ceramics, electronics

Report row

Arsenic

Range in report
nd - 0.5 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 8, 19, 24, 30. Typical source in report: Erosion of natural deposits; Glass & electronics production

Report row

Atrazine

Range in report
0.03 - 0.04 ppb
Median Level Found
0.03 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Wells 14 and 29. Typical source in report: Runoff from herbicide used on row crops

Report row

Barium

Range in report
7.3 - 66 ppb
Median Level Found
22 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineries

Report row

Chromium, Total

Range in report
nd - 2.1 ppb
Median Level Found
0.5 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Sixteen Wells. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.4 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Fluoride

Range in report
0.7 - 0.9 ppm
Median Level Found
0.7 ppm
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
0.6 - 2.5 ppb
Median Level Found
1.0 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 4.0 ppm
Median Level Found
0.8 ppm
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fifteen Wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Nitrite

Range in report
nd - 0.3 ppm
Median Level Found
0.2 ppm
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 1; Highest Level Allowed (MCL): 1
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All Wells Except 14. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Selenium

Range in report
nd - 1.4 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6, 9, 11, 13, 14, 16, 25, 29. Typical source in report: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 3.7 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6, 7, 9, 11, 14, 18. Typical source in report: Discharge from factories, dry cleaners, and auto shops

Report row

Thallium

Range in report
nd - 0.2 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 11, 12, 17, 19, 27. Typical source in report: Ore processing sites; Electronics, glass, and drug factories

Report row

Xylene, Total

Range in report
nd - 1.4 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 24. Typical source in report: Discharge from petroleum and chemical factories

Report row

Gross Alpha

Range in report
0.7 - 11 pCi/L
Median Level Found
2.4 pCi/L
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Gross Beta

Range in report
0.2 - 10 pCi/L
Median Level Found
4.2 pCi/L
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All Wells. Typical source in report: Decay of natural and man-made deposits

Report row

Radium, 226+228

Range in report
2.3 - 5.3 pCi/L
Median Level Found
3.0 pCi/L
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: 7, 8, 19, 24, 27, 28, 30. Typical source in report: Erosion of natural deposits

Report row

Uranium

Range in report
0.3 - 1.4 ppb
Median Level Found
0.7 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Wells Sampled: 19, 24, and 27. Typical source in report: Erosion of natural deposits

Report row

Haloacetic Acids [HAA5]

Range in report
0.4 - 2.2 ppb
Median Level Found
1.0 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Haloacetic Acids [HAA9]

Range in report
nd - 3.8 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Total Trihalomethanes [TTHM]

Range in report
1.7 - 8.1 ppb
Median Level Found
5.0 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Bromide

Range in report
nd - 60 ppb
Median Level Found
39 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 7, 9, 11, 13, 15, 29. Typical source in report: Erosion of natural deposits

Report row

Chromium, Hexavalent

Range in report
nd - 2.0 ppb
Median Level Found
0.5 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Thirteen Wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

1,4-Dioxane

Range in report
nd - 0.3 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Wells 11, 14, and 18. Typical source in report: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
0.01 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row crops

Report row

PFOA + PFOS

Range in report
nd - 2.1 ppt
Median Level Found
0.4 ppt
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Eleven Wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Strontium

Range in report
48 - 101 ppb
Median Level Found
75 ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Trichlorofluoromethane

Range in report
nd - 0.8 ppb
Median Level Found
non-detect ppb
Testing period
2021
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
2.3 - 164 ppm
Median Level Found
14 ppm
Testing period
2021
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
nd - 0.62 ppm
Median Level Found
0.01 ppm
Testing period
2021
Sites above action level
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells except 20. Typical source in report: Erosion of natural deposits

Report row

Manganese

Range in report
nd - 52 ppb
Median Level Found
2.7 ppb
Testing period
2021
Sites above action level
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells except 14. Typical source in report: Erosion of natural deposits

Report row

Sodium

Range in report
2.2 - 60 ppm
Median Level Found
7.0 ppm
Testing period
2021
Sites above action level
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
7.0 - 40 ppm
Median Level Found
18 ppm
Testing period
2021
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Lead

Range in report
0.2 - 8.8 ppb
90th Percentile
3.2 ppb
Testing period
2020
Sites above action level
0 of 51
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

Copper

Range in report
68 - 207 ppb
90th Percentile
168 ppb
Testing period
2020
Sites above action level
0 of 51
Limit or standard
Ideal Goal (MCLG): 1300; Action Level (AL): 1300
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

PFOA

Range in report
<0.44 - 1.4 ppt
Range of Results
<0.44 - 1.4 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: 20
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 6, 7, 8, 9, 13, 14, 16, 17, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFOS

Range in report
<0.24 - 1.3 ppt
Range of Results
<0.24 - 1.3 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: 20
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 8, 9, 11, 14, 16, 17, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFBA

Range in report
<1.0 - 26 ppt
Range of Results
<1.0 - 26 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: 10,000
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 9, 11, 13, 14. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFPeA

Range in report
<0.22 - 1.9 ppt
Range of Results
<0.22 - 1.9 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: n/a
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 6, 8, 9, 13, 14, 16, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFHxA

Range in report
<0.12 - 1.9 ppt
Range of Results
<0.12 - 1.9 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: 150,000
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 6, 8, 9, 11, 13, 14, 16, 17, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFHpA

Range in report
<0.10 - 0.45 ppt
Range of Results
<0.10 - 0.45 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: n/a
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 8, 9, 14, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFBS

Range in report
<0.14 - 37 ppt
Range of Results
<0.14 - 37 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: 450,000
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 6, 9, 11, 13, 14, 16, 18*, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits. *PFBS was not detected at Well 18 upon re-testing.

Report row

PFPeS

Range in report
<0.08 - 0.43 ppt
Range of Results
<0.08 - 0.43 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: n/a
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 6, 9, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

PFHxS

Range in report
<0.33 - 4.4 ppt
Range of Results
<0.33 - 4.4 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: 40
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 6, 7, 8, 9, 11, 13, 14, 16, 17, 26, 27. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Report row

6:2 FTSA

Range in report
<0.15 - 0.17 ppt
Range of Results
<0.15 - 0.17 ppt
Testing period
2021
Sites above action level
Limit or standard
DHS Guidance#: n/a
Report-printed status
No status cell printed for this row

Source · Page 4

PFAS Testing

Wells(s) with detections: 8. The report labels # as Health Advisory Level (HAL); these are its historical guidance values, not today’s limits.

Source: Madison Water Utility report page and historical-copy contact. These entries describe that report period, not current conditions or a household tap result.

Retained 2021 PDF SHA-256: 2441584770ee1794770f2d1938456b9f17cc5dd9ae96d0edcf4d92d4f6bdeefd. Source copy retained August 27, 2026; tables rechecked September 16, 2026.

2020 report34 source-verified rows
  • All values and criteria describe the printed report or sample period, not current rules, compliance, advisories, or a household tap. Repeat results across reports are not independent sampling events.
  • The water-quality table combines wells. A non-detect median does not mean all samples were non-detects. Merged well cells are carried to each applicable radionuclide row. “nd” means not detected; n/a and zero are retained as printed. MCL is Maximum Contaminant Level; MCLG is Maximum Contaminant Level Goal; AL is Action Level. An aesthetic goal is not an MCL.
  • The utility reused its current PDF address for multiple report years. These rows were checked against the retained historical copy identified below; the official report link is a contact/landing page, not a promise that its current PDF contains this year.
  • Page 2 microbiological narrative: 2,745 distribution samples; none positive for coliform bacteria during 2020. This narrative is not a report-printed violation finding.
  • The 2020 report also contains PFAS bar charts (page 4) without exact numeric labels for every bar. No concentrations were estimated from bar heights. The printed numeric table results above remain separate from those charts.
  • Page 1 reports an average fluoride concentration of 0.69 mg/L from 6,844 tests. This narrative average is separate from the table median. The historical chlorine goal was above 0.1 mg/L, with typical levels of 0.2–0.4 mg/L; these are report-period statements.
  • Page 1 describes 2018/2019 UCMR sampling of 22 wells for 20 chemicals: 2018 detections of 2-methoxyethanol at Well 26 (0.5 ppb) and 1-butanol at Well 28 (8.0 ppb). Later testing found neither, without a follow-up date or detection limit. These are historical narrative results, not new annual table samples.
  • Pages 1–2 and the health explanation describe the deep sandstone aquifer, rain/snow recharge and natural filtration; general microbial, inorganic, organic, pesticide/herbicide and radioactive potential contaminants; and the distinction between a detected substance and a health-risk finding. Examples of possible sources are not attribution of a particular local result. Readers especially vulnerable to infections are referred to health care providers and EPA’s 800-426-4791 hotline. The utility’s statements about its groundwater source and Cryptosporidium/Giardia remain historical assessments, not an assurance for an individual tap.
  • Page 2 defines MCL as the highest allowed concentration, MCLG as the goal below which no known or expected health risk exists with a margin of safety, and AL as a concentration that triggers treatment or other requirements. The printed units equate mg/L with ppm and µg/L with ppb; 1 mg/L equals 1,000 µg/L, and 1 ppb equals 1,000 ppt. The report uses one second in 32 years to illustrate ppb; pCi/L measures radioactivity and nd means not detected. Table ranges combine minimum/maximum well measurements, which may not represent water at a home. Well-specific questions are directed to 608-266-4654.
  • Page 2 describes nearly 8,000 lead pipes removed or replaced during 1995–2011. Its statement about all known lead services does not establish the material of building fixtures, faucets or pipes. It discusses greater lead pickup while water stands in plumbing and historically recommends running water for 2–3 minutes before drinking/cooking. That is the report’s general advice, not an address-specific current flushing prescription. Historical laboratory referrals list Public Health Madison & Dane County at 608-266-4821 and Wisconsin State Laboratory of Hygiene at 608-224-6202; current availability and contact details must be checked separately.
  • The source-protection box recommends limiting road salt to recommended amounts (wisaltwise.com), disposing of household hazardous chemicals through Clean Sweep (danecountycleansweep.com), tending lawns/gardens without harmful chemicals, and using non-toxic or biodegradable cleaning products. These are the report’s groundwater-protection suggestions, not treatment instructions or proof of effects at a particular well.
  • Historical contact and participation resources include madisonwater.org; Facebook madisonwater, Twitter MadWaterUtility, and Instagram madison_water where printed; my.cityofmadison.com for water-quality/flushing updates; project information and public input; and the board calendar at madison.legistar.com/Calendar.aspx. Free language services are offered at 608-266-4651 in English, Spanish and Hmong. Printed meeting dates may change and do not establish that a meeting occurred. These historical contact paths are not represented as a current directory.
  • Page 1 describes 21 active wells and more than 900 miles of pipes, most locations supplied by one to three wells, the myWells lookup, daily fluoride testing toward 0.7 mg/L, and three wells filtering approximately 95% of iron/manganese to reduce rust-colored water. “Approximately 95%” is retained rather than changed to another report’s “more than 95%”.
  • Page 4 describes testing all active wells for 36 PFAS and finding at least one in every well, while PFOA or PFOS was found at 16 wells. Its combined PFOA/PFOS narrative range is <1 ppt to an estimated 3.4 ppt. Its Wisconsin DHS 20-ppt recommendation, other-state comparisons and “not regulated” wording are historical source statements. It says Well 15 had been out of service since March 2019 and planned repeat testing in 2021.
  • Page 4’s stacked chart uses a 0–50 ppt axis in 5-ppt steps and three legend categories: PFOA+PFOS, PFBA and Other PFAS. It labels wells 06, 07, 08, 09, 11, 12, 13, 14, 16, 17, 18, 19, 20, 24, 25, 26, 27, 28, 29, 30 and 31. Exact values are not printed on every bar; chart heights are not converted into measurements.
  • Page 4 advertises a $100 WaterSense high-efficiency toilet replacement bill credit for businesses, nonprofits, single-family homes, condos and apartments, with an application mailed with the original receipt through the Sustainability-page instructions. This is a historical program description, not verified current funding or eligibility.
  • Page 4 lists General Manager Joe Grande and Board President Eugene McLinn, 119 E. Olin Avenue, Madison, WI 53713, 608-266-4651 and report questions at 608-266-4654. It says board meetings were virtual and lists 2021 dates June 22, July 27, August 24, September 28, October 26 and November 23, subject to change. No meeting time is inferred from the other reports.
PFOA+PFOS, PFBA and other PFAS by well, 2020 report. Source: retained official annual report, page 4. Bars have no exact value labels; no measurements have been estimated from their heights.

Scroll within the chart on a narrow screen. Keyboard users can focus it and use the arrow keys.

PFOA+PFOS, PFBA and other PFAS by well, 2020 report. Original report chart; axis, well labels and limitations are described in the accompanying notes.
2020 report rows for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
ArsenicTesting period: 20200.2 ppbMedian Level Foundnd - 0.5Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: Thirteen Wells. Typical source in report: Erosion of natural deposits; Glass & electronics productionViolation (Yes/No): NO, as printed for this sample period
AtrazineTesting period: 20200.03 ppbMedian Level Found0.03 - 0.04Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Regulated SubstancesPage 3Wells with detections: Wells 14 and 29. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
BariumTesting period: 202020 ppbMedian Level Found7.2 - 64Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000Regulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineriesViolation (Yes/No): NO, as printed for this sample period
Chromium, TotalTesting period: 2020non-detect ppbMedian Level Foundnd - 2.2Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: 6, 9, 11, 13, 14, 16, 20, 25. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp millsViolation (Yes/No): NO, as printed for this sample period
1,2-Dichloroethylene, cisTesting period: 2020non-detect ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Regulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation (Yes/No): NO, as printed for this sample period
EthylbenzeneTesting period: 2020non-detect ppbMedian Level Foundnd - 0.6Ideal Goal (MCLG): 700; Highest Level Allowed (MCL): 700Regulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineriesViolation (Yes/No): NO, as printed for this sample period
FluorideTesting period: 20200.8 ppmMedian Level Found0.6 - 1.2Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Regulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Added to promote strong teethViolation (Yes/No): NO, as printed for this sample period
NickelTesting period: 20200.7 ppbMedian Level Foundnd - 2.2Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: Fifteen Wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation (Yes/No): NO, as printed for this sample period
NitrateTesting period: 20200.7 ppmMedian Level Foundnd - 3.8Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: Fifteen Wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SeleniumTesting period: 2020non-detect ppbMedian Level Foundnd - 1.0Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Regulated SubstancesPage 3Wells with detections: 6, 9, 11, 13, 14, 25, 29. Typical source in report: Erosion of natural deposits; Petroleum and metal refineriesViolation (Yes/No): NO, as printed for this sample period
Tetrachloroethylene [PCE]Testing period: 2020non-detect ppbMedian Level Foundnd - 2.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: 6,7,9,11,14,18. Typical source in report: Discharge from factories, dry cleaners, and auto shopsViolation (Yes/No): NO, as printed for this sample period
ThalliumTesting period: 2020non-detect ppbMedian Level Foundnd - 0.2Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2Regulated SubstancesPage 3Wells with detections: 11,17,19,27. Typical source in report: Ore processing sites; Electronics, glass, and drug factoriesViolation (Yes/No): NO, as printed for this sample period
Xylene, TotalTesting period: 2020non-detect ppbMedian Level Foundnd - 3.6Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000Regulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from petroleum and chemical factoriesViolation (Yes/No): NO, as printed for this sample period
Gross AlphaTesting period: 20202.4 pCi/LMedian Level Found0.7 - 11Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15RadionuclidesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Radium, 226+228Testing period: 20201.8 pCi/LMedian Level Found0.8 - 5.0Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5RadionuclidesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Gross BetaTesting period: 20204.2 pCi/LMedian Level Found0.2 - 10Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50RadionuclidesPage 3Wells with detections: All Wells. Typical source in report: Decay of natural and man-made depositsViolation (Yes/No): NO, as printed for this sample period
UraniumTesting period: 20200.7 ppbMedian Level Found0.3 - 1.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30RadionuclidesPage 3Wells with detections: Wells sampled: 19, 24, and 27. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA5]Testing period: 20201.6 ppbMedian Level Found0.7 - 2.9Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA9]Testing period: 2019non-detect ppbMedian Level Foundnd - 3.8Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aDisinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Total Trihalomethanes [TTHM]Testing period: 20204.6 ppbMedian Level Foundnd - 9.5Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
BromideTesting period: 201939 ppbMedian Level Foundnd - 60Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 7,9,11,13,15,29. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Chromium, HexavalentTesting period: 20201.3 ppbMedian Level Found0.03 - 2.0Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Wells sampled: 6, 13, 14, 16, and 31. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation (Yes/No): NO, as printed for this sample period
1,4-DioxaneTesting period: 20200.3 ppbMedian Level Found0.3Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Only Well 11 sampled. Typical source in report: Discharge from chemical factories; Cosmetics and detergentsViolation (Yes/No): NO, as printed for this sample period
MetolachlorTesting period: 20200.01 ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
PFOA + PFOSTesting period: 20201.3 pptMedian Level Foundnd - 3.4Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Sixteen Wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
StrontiumTesting period: 202082 ppbMedian Level Found52 - 110Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
TrichlorofluoromethaneTesting period: 2020non-detect ppbMedian Level Foundnd - 0.7Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation (Yes/No): NO, as printed for this sample period
ChlorideTesting period: 202020 ppmMedian Level Found1.5 - 160Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
IronTesting period: 20200.02 ppmMedian Level Found0.01 - 0.46Aesthetic Goal: 0.3Other SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ManganeseTesting period: 20202.4 ppbMedian Level Foundnd - 48Aesthetic Goal: 50Other SubstancesPage 3Wells with detections: Twelve Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SodiumTesting period: 20208.0 ppmMedian Level Found2.0 - 60Aesthetic Goal: n/aOther SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
SulfateTesting period: 202017 ppmMedian Level Found5.9 - 38Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All Wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
LeadTesting period: 2020Sites above action level0 of 513.2 ppb90th Percentile0.2 - 8.8Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and CopperPage 2No status cell printed for this row
CopperTesting period: 2020Sites above action level0 of 51168 ppb90th Percentile68 - 207Ideal Goal (MCLG): 1300; Action Level (AL): 1300Lead and CopperPage 2No status cell printed for this row

Report row

Arsenic

Range in report
nd - 0.5 ppb
Median Level Found
0.2 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Thirteen Wells. Typical source in report: Erosion of natural deposits; Glass & electronics production

Report row

Atrazine

Range in report
0.03 - 0.04 ppb
Median Level Found
0.03 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Wells 14 and 29. Typical source in report: Runoff from herbicide used on row crops

Report row

Barium

Range in report
7.2 - 64 ppb
Median Level Found
20 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineries

Report row

Chromium, Total

Range in report
nd - 2.2 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6, 9, 11, 13, 14, 16, 20, 25. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.4 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Ethylbenzene

Range in report
nd - 0.6 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 700; Highest Level Allowed (MCL): 700
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineries

Report row

Fluoride

Range in report
0.6 - 1.2 ppm
Median Level Found
0.8 ppm
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
nd - 2.2 ppb
Median Level Found
0.7 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fifteen Wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 3.8 ppm
Median Level Found
0.7 ppm
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fifteen Wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Selenium

Range in report
nd - 1.0 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6, 9, 11, 13, 14, 25, 29. Typical source in report: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 2.1 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6,7,9,11,14,18. Typical source in report: Discharge from factories, dry cleaners, and auto shops

Report row

Thallium

Range in report
nd - 0.2 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 11,17,19,27. Typical source in report: Ore processing sites; Electronics, glass, and drug factories

Report row

Xylene, Total

Range in report
nd - 3.6 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from petroleum and chemical factories

Report row

Gross Alpha

Range in report
0.7 - 11 pCi/L
Median Level Found
2.4 pCi/L
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Radium, 226+228

Range in report
0.8 - 5.0 pCi/L
Median Level Found
1.8 pCi/L
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Gross Beta

Range in report
0.2 - 10 pCi/L
Median Level Found
4.2 pCi/L
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All Wells. Typical source in report: Decay of natural and man-made deposits

Report row

Uranium

Range in report
0.3 - 1.4 ppb
Median Level Found
0.7 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Wells sampled: 19, 24, and 27. Typical source in report: Erosion of natural deposits

Report row

Haloacetic Acids [HAA5]

Range in report
0.7 - 2.9 ppb
Median Level Found
1.6 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Haloacetic Acids [HAA9]

Range in report
nd - 3.8 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Total Trihalomethanes [TTHM]

Range in report
nd - 9.5 ppb
Median Level Found
4.6 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Bromide

Range in report
nd - 60 ppb
Median Level Found
39 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 7,9,11,13,15,29. Typical source in report: Erosion of natural deposits

Report row

Chromium, Hexavalent

Range in report
0.03 - 2.0 ppb
Median Level Found
1.3 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Wells sampled: 6, 13, 14, 16, and 31. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

1,4-Dioxane

Range in report
0.3 ppb
Median Level Found
0.3 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Only Well 11 sampled. Typical source in report: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
0.01 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row crops

Report row

PFOA + PFOS

Range in report
nd - 3.4 ppt
Median Level Found
1.3 ppt
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Sixteen Wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Strontium

Range in report
52 - 110 ppb
Median Level Found
82 ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Trichlorofluoromethane

Range in report
nd - 0.7 ppb
Median Level Found
non-detect ppb
Testing period
2020
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
1.5 - 160 ppm
Median Level Found
20 ppm
Testing period
2020
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
0.01 - 0.46 ppm
Median Level Found
0.02 ppm
Testing period
2020
Sites above action level
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Manganese

Range in report
nd - 48 ppb
Median Level Found
2.4 ppb
Testing period
2020
Sites above action level
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: Twelve Wells. Typical source in report: Erosion of natural deposits

Report row

Sodium

Range in report
2.0 - 60 ppm
Median Level Found
8.0 ppm
Testing period
2020
Sites above action level
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
5.9 - 38 ppm
Median Level Found
17 ppm
Testing period
2020
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All Wells. Typical source in report: Erosion of natural deposits

Report row

Lead

Range in report
0.2 - 8.8 ppb
90th Percentile
3.2 ppb
Testing period
2020
Sites above action level
0 of 51
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

Copper

Range in report
68 - 207 ppb
90th Percentile
168 ppb
Testing period
2020
Sites above action level
0 of 51
Limit or standard
Ideal Goal (MCLG): 1300; Action Level (AL): 1300
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Source: Madison Water Utility report page and historical-copy contact. These entries describe that report period, not current conditions or a household tap result.

Retained 2020 PDF SHA-256: 9966e34dc71906321b6f731d81e1aa2de0af78c1bc9ecf5029580d1a8b054351. Source copy retained August 27, 2026; tables rechecked September 16, 2026.

2019 report36 source-verified rows
  • All values and criteria describe the printed report or sample period, not current rules, compliance, advisories, or a household tap. Repeat results across reports are not independent sampling events.
  • The water-quality table combines wells. A non-detect median does not mean all samples were non-detects. Merged well cells are carried to each applicable radionuclide row. “nd” means not detected; n/a and zero are retained as printed. MCL is Maximum Contaminant Level; MCLG is Maximum Contaminant Level Goal; AL is Action Level. An aesthetic goal is not an MCL.
  • The utility reused its current PDF address for multiple report years. These rows were checked against the retained historical copy identified below; the official report link is a contact/landing page, not a promise that its current PDF contains this year.
  • Page 2 microbiological narrative: 2,909 distribution samples; none positive for coliform bacteria during 2019. This narrative is not a report-printed violation finding.
  • The 2019 report also contains PFAS bar charts (page 1) without exact numeric labels for every bar. No concentrations were estimated from bar heights. The printed numeric table results above remain separate from those charts.
  • Page 1 reports an average fluoride concentration of 0.71 mg/L from 6,752 tests. This narrative average is separate from the table median. The historical chlorine goal was above 0.1 mg/L, with typical levels of 0.2–0.4 mg/L; these are report-period statements.
  • Page 4 describes 2018/2019 UCMR sampling of 22 wells for 20 chemicals: 2018 detections of 2-methoxyethanol at Well 26 (0.5 ppb) and 1-butanol at Well 28 (8.0 ppb). Later testing found neither, without a follow-up date or detection limit. These are historical narrative results, not new annual table samples.
  • Pages 1–2 and the health explanation describe the deep sandstone aquifer, rain/snow recharge and natural filtration; general microbial, inorganic, organic, pesticide/herbicide and radioactive potential contaminants; and the distinction between a detected substance and a health-risk finding. Examples of possible sources are not attribution of a particular local result. Readers especially vulnerable to infections are referred to health care providers and EPA’s 800-426-4791 hotline. The utility’s statements about its groundwater source and Cryptosporidium/Giardia remain historical assessments, not an assurance for an individual tap.
  • Page 2 defines MCL as the highest allowed concentration, MCLG as the goal below which no known or expected health risk exists with a margin of safety, and AL as a concentration that triggers treatment or other requirements. The printed units equate mg/L with ppm and µg/L with ppb; 1 mg/L equals 1,000 µg/L, and 1 ppb equals 1,000 ppt. The report uses one second in 32 years to illustrate ppb; pCi/L measures radioactivity and nd means not detected. Table ranges combine minimum/maximum well measurements, which may not represent water at a home. Well-specific questions are directed to 608-266-4654.
  • Page 2 describes nearly 8,000 lead pipes removed or replaced during 1995–2011. Its statement about all known lead services does not establish the material of building fixtures, faucets or pipes. It discusses greater lead pickup while water stands in plumbing and historically recommends running water for 2–3 minutes before drinking/cooking. That is the report’s general advice, not an address-specific current flushing prescription. Historical laboratory referrals list Public Health Madison & Dane County at 608-266-4821 and Wisconsin State Laboratory of Hygiene at 608-224-6202; current availability and contact details must be checked separately.
  • The source-protection box recommends limiting road salt to recommended amounts (wisaltwise.com), disposing of household hazardous chemicals through Clean Sweep (danecountycleansweep.com), tending lawns/gardens without harmful chemicals, and using non-toxic or biodegradable cleaning products. These are the report’s groundwater-protection suggestions, not treatment instructions or proof of effects at a particular well.
  • Historical contact and participation resources include madisonwater.org; Facebook madisonwater, Twitter MadWaterUtility, and Instagram madison_water where printed; my.cityofmadison.com for water-quality/flushing updates; project information and public input; and the board calendar at madison.legistar.com/Calendar.aspx. Free language services are offered at 608-266-4651 in English, Spanish and Hmong. Printed meeting dates may change and do not establish that a meeting occurred. These historical contact paths are not represented as a current directory.
  • Page 1 describes 23 wells and more than 900 miles of interconnected pipes, most locations receiving one to three wells, daily fluoride testing toward 0.7 mg/L, three iron/manganese-filter wells and a fourth with VOC air stripping followed by pH adjustment to limit scale. These are historical operational descriptions.
  • Page 1 describes testing all 23 wells for up to 30 PFAS and detections in 14 wells. It says Well 15 was taken out of service in March 2019 and Well 23 had not been used since 2017. Its statements about other states’ standards and the Wisconsin DHS 20 ppt combined PFOA/PFOS recommendation are dated report context. It reports PFOA or PFOS at 12 wells, from an estimated <1 ppt to 12 ppt, and planned repeat testing in 2020. The text’s “PFOA + PFOA” wording is a source typo alongside the chart’s PFOA + PFOS label; no new analyte definition is inferred.
  • Page 1’s first chart is Combined PFAS Level (ppt), axis 0–70 in 10-ppt steps, for wells 6, 7, 8, 9, 11, 13, 14, 15, 16, 17, 23, 26, 27 and 29. Its second chart is Combined PFOA + PFOS (ppt), axis 0–20 in 5-ppt steps, for wells 6, 8, 9, 11, 13, 14, 15, 16, 17, 23, 26 and 27. Wells 15 and 23 have patterned bars. Exact concentrations are not printed on each bar, so none are estimated from heights.
  • Page 4 advertises the $100 WaterSense high-efficiency toilet-replacement bill credit for businesses, nonprofits, single-family homes, condos and apartments. Its historical application path is the Sustainability tab, a mailed form and original purchase receipt. It also promotes weekly/daily/hourly conservation tracking and Inside MWU news; current funding or eligibility is not established.
  • Page 4 lists General Manager Tom Heikkinen, Board President Eugene McLinn, 119 E. Olin Avenue, Madison, WI 53713, 608-266-4651 and report questions at 608-266-4654. The printed 2020 board dates are June 23, July 28, August 25, September 22, October 27 and November 24, at 4:30 p.m. at the office, subject to change.
Combined PFAS levels by well, 2019 report. Source: retained official annual report, page 1. Bars have no exact value labels; no measurements have been estimated from their heights.

Scroll within the chart on a narrow screen. Keyboard users can focus it and use the arrow keys.

Combined PFAS levels by well, 2019 report. Original report chart; axis, well labels and limitations are described in the accompanying notes.
Combined PFOA and PFOS by well, 2019 report. Source: retained official annual report, page 1. Bars have no exact value labels; no measurements have been estimated from their heights.

Scroll within the chart on a narrow screen. Keyboard users can focus it and use the arrow keys.

Combined PFOA and PFOS by well, 2019 report. Original report chart; axis, well labels and limitations are described in the accompanying notes.
2019 report rows for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
ArsenicTesting period: 2019non-detect ppbMedian Level Foundnd - 0.6Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: 8, 11, 14, 30. Typical source in report: Erosion of natural deposits; Glass & electronics productionViolation (Yes/No): NO, as printed for this sample period
AtrazineTesting period: 2017non-detect ppbMedian Level Foundnd - 0.03Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Regulated SubstancesPage 3Wells with detections: Well 29. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
BariumTesting period: 201919 ppbMedian Level Found7.3 - 61Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineriesViolation (Yes/No): NO, as printed for this sample period
Chromium, TotalTesting period: 2019non-detect ppbMedian Level Foundnd - 8.9Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: 6,9,11,12,13,14,16,17,20. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp millsViolation (Yes/No): NO, as printed for this sample period
1,2-Dichloroethylene, cisTesting period: 2019non-detect ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Regulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation (Yes/No): NO, as printed for this sample period
EthylbenzeneTesting period: 2019non-detect ppbMedian Level Foundnd - 0.5Ideal Goal (MCLG): 700; Highest Level Allowed (MCL): 700Regulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineriesViolation (Yes/No): NO, as printed for this sample period
FluorideTesting period: 20190.7 ppmMedian Level Found0.6 - 0.8Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Added to promote strong teethViolation (Yes/No): NO, as printed for this sample period
NickelTesting period: 20193.6 ppbMedian Level Found1.0 - 5.3Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation (Yes/No): NO, as printed for this sample period
NitrateTesting period: 20190.8 ppmMedian Level Foundnd - 4.8Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: Fourteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SeleniumTesting period: 2019non-detect ppbMedian Level Foundnd - 3.1Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Regulated SubstancesPage 3Wells with detections: 6,9,11,12,13,14,16. Typical source in report: Erosion of natural deposits; Petroleum and metal refineriesViolation (Yes/No): NO, as printed for this sample period
Tetrachloroethylene [PCE]Testing period: 2019non-detect ppbMedian Level Foundnd - 3.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: 6,7,9,11,14,18,27. Typical source in report: Discharge from factories, dry cleaners, and auto shopsViolation (Yes/No): NO, as printed for this sample period
ThalliumTesting period: 2019non-detect ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2Regulated SubstancesPage 3Wells with detections: 11,17,19,27. Typical source in report: Ore processing sites; Electronics, glass, and drug factoriesViolation (Yes/No): NO, as printed for this sample period
Trichloroethylene [TCE]Testing period: 2019non-detect ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: Well 18. Typical source in report: Discharge from metal degreasing sites, other factoriesViolation (Yes/No): NO, as printed for this sample period
Xylene, TotalTesting period: 2019non-detect ppbMedian Level Foundnd - 3.0Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000Regulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from petroleum and chemical factoriesViolation (Yes/No): NO, as printed for this sample period
Gross AlphaTesting period: 20195.4 pCi/LMedian Level Found1.1 - 10Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15RadionuclidesPage 3Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Radium, 226+228Testing period: 20193.4 pCi/LMedian Level Found0.9 - 5.9Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5RadionuclidesPage 3Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Gross BetaTesting period: 20196.0 pCi/LMedian Level Found2.3 - 9.9Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50RadionuclidesPage 3Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Decay of natural and man-made depositsViolation (Yes/No): NO, as printed for this sample period
UraniumTesting period: 20190.3 ppbMedian Level Found0.3 - 0.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30RadionuclidesPage 3Wells with detections: Only Well 31 sampled. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA5]Testing period: 20191.6 ppbMedian Level Found0.2 - 2.6Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA9]Testing period: 2019non-detect ppbMedian Level Foundnd - 3.8Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aDisinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Total Trihalomethanes [TTHM]Testing period: 20194.9 ppbMedian Level Found1.6 - 13.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
BromideTesting period: 201939 ppbMedian Level Foundnd - 60Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 7,9,11,13,15,29. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ChloromethaneTesting period: 2019non-detect ppbMedian Level Foundnd - 0.7Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 18. Typical source in report: Discharge from chemical factories, Refrigerant; Organic combustionViolation (Yes/No): NO, as printed for this sample period
Chromium, HexavalentTesting period: 20180.5 ppbMedian Level Foundnd - 2.0Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Thirteen wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation (Yes/No): NO, as printed for this sample period
1,4-DioxaneTesting period: 2018/20190.1 ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 9,11,14,15,18. Typical source in report: Discharge from chemical factories; Cosmetics and detergentsViolation (Yes/No): NO, as printed for this sample period
MetolachlorTesting period: 2017non-detect ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
PFOA & PFOSTesting period: 2019<1 pptMedian Level Foundnd - 12Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Twelve wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
StrontiumTesting period: 201977 ppbMedian Level Found48 - 100Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
TrichlorofluoromethaneTesting period: 2019non-detect ppbMedian Level Foundnd - 0.6Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation (Yes/No): NO, as printed for this sample period
ChlorideTesting period: 201921 ppmMedian Level Foundnd - 170Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: Twenty wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
IronTesting period: 20190.02 ppmMedian Level Found<0.01 - 0.54Aesthetic Goal: 0.3Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ManganeseTesting period: 20193.1 ppbMedian Level Foundnd - 49Aesthetic Goal: 50Other SubstancesPage 3Wells with detections: All except Well 14. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SodiumTesting period: 20197.3 ppmMedian Level Found2.1 - 52Aesthetic Goal: n/aOther SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
SulfateTesting period: 201921 ppmMedian Level Found5.7 - 43Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
LeadTesting period: 2017Sites above action level1 of 543.2 ppb90th Percentile0.2 - 26Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and CopperPage 2No status cell printed for this row
CopperTesting period: 2017Sites above action level0 of 54169 ppb90th Percentile75 - 242Ideal Goal (MCLG): 1300; Action Level (AL): 1300Lead and CopperPage 2No status cell printed for this row

Report row

Arsenic

Range in report
nd - 0.6 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 8, 11, 14, 30. Typical source in report: Erosion of natural deposits; Glass & electronics production

Report row

Atrazine

Range in report
nd - 0.03 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 29. Typical source in report: Runoff from herbicide used on row crops

Report row

Barium

Range in report
7.3 - 61 ppb
Median Level Found
19 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineries

Report row

Chromium, Total

Range in report
nd - 8.9 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6,9,11,12,13,14,16,17,20. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.4 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Ethylbenzene

Range in report
nd - 0.5 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 700; Highest Level Allowed (MCL): 700
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineries

Report row

Fluoride

Range in report
0.6 - 0.8 ppm
Median Level Found
0.7 ppm
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
1.0 - 5.3 ppb
Median Level Found
3.6 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 4.8 ppm
Median Level Found
0.8 ppm
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fourteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Selenium

Range in report
nd - 3.1 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6,9,11,12,13,14,16. Typical source in report: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 3.4 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6,7,9,11,14,18,27. Typical source in report: Discharge from factories, dry cleaners, and auto shops

Report row

Thallium

Range in report
nd - 0.3 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 11,17,19,27. Typical source in report: Ore processing sites; Electronics, glass, and drug factories

Report row

Trichloroethylene [TCE]

Range in report
nd - 0.4 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 18. Typical source in report: Discharge from metal degreasing sites, other factories

Report row

Xylene, Total

Range in report
nd - 3.0 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from petroleum and chemical factories

Report row

Gross Alpha

Range in report
1.1 - 10 pCi/L
Median Level Found
5.4 pCi/L
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural deposits

Report row

Radium, 226+228

Range in report
0.9 - 5.9 pCi/L
Median Level Found
3.4 pCi/L
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural deposits

Report row

Gross Beta

Range in report
2.3 - 9.9 pCi/L
Median Level Found
6.0 pCi/L
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Decay of natural and man-made deposits

Report row

Uranium

Range in report
0.3 - 0.4 ppb
Median Level Found
0.3 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Only Well 31 sampled. Typical source in report: Erosion of natural deposits

Report row

Haloacetic Acids [HAA5]

Range in report
0.2 - 2.6 ppb
Median Level Found
1.6 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Haloacetic Acids [HAA9]

Range in report
nd - 3.8 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Total Trihalomethanes [TTHM]

Range in report
1.6 - 13.4 ppb
Median Level Found
4.9 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Bromide

Range in report
nd - 60 ppb
Median Level Found
39 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 7,9,11,13,15,29. Typical source in report: Erosion of natural deposits

Report row

Chloromethane

Range in report
nd - 0.7 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 18. Typical source in report: Discharge from chemical factories, Refrigerant; Organic combustion

Report row

Chromium, Hexavalent

Range in report
nd - 2.0 ppb
Median Level Found
0.5 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Thirteen wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

1,4-Dioxane

Range in report
nd - 0.4 ppb
Median Level Found
0.1 ppb
Testing period
2018/2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 9,11,14,15,18. Typical source in report: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row crops

Report row

PFOA & PFOS

Range in report
nd - 12 ppt
Median Level Found
<1 ppt
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Twelve wells. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Strontium

Range in report
48 - 100 ppb
Median Level Found
77 ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Trichlorofluoromethane

Range in report
nd - 0.6 ppb
Median Level Found
non-detect ppb
Testing period
2019
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
nd - 170 ppm
Median Level Found
21 ppm
Testing period
2019
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: Twenty wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
<0.01 - 0.54 ppm
Median Level Found
0.02 ppm
Testing period
2019
Sites above action level
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Manganese

Range in report
nd - 49 ppb
Median Level Found
3.1 ppb
Testing period
2019
Sites above action level
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All except Well 14. Typical source in report: Erosion of natural deposits

Report row

Sodium

Range in report
2.1 - 52 ppm
Median Level Found
7.3 ppm
Testing period
2019
Sites above action level
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
5.7 - 43 ppm
Median Level Found
21 ppm
Testing period
2019
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Lead

Range in report
0.2 - 26 ppb
90th Percentile
3.2 ppb
Testing period
2017
Sites above action level
1 of 54
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

Copper

Range in report
75 - 242 ppb
90th Percentile
169 ppb
Testing period
2017
Sites above action level
0 of 54
Limit or standard
Ideal Goal (MCLG): 1300; Action Level (AL): 1300
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Source: Madison Water Utility report page and historical-copy contact. These entries describe that report period, not current conditions or a household tap result.

Retained 2019 PDF SHA-256: 64560ccdf80d2bebdf0b2be95d1e8df07881c4a5df5d06afae90e056a582a19f. Source copy retained August 27, 2026; tables rechecked September 16, 2026.

2018 report49 source-verified rows
  • All values and criteria describe the printed report or sample period, not current rules, compliance, advisories, or a household tap. Repeat results across reports are not independent sampling events.
  • The water-quality table combines wells. A non-detect median does not mean all samples were non-detects. Merged well cells are carried to each applicable radionuclide row. “nd” means not detected; n/a and zero are retained as printed. MCL is Maximum Contaminant Level; MCLG is Maximum Contaminant Level Goal; AL is Action Level. An aesthetic goal is not an MCL.
  • The utility reused its current PDF address for multiple report years. These rows were checked against the retained historical copy identified below; the official report link is a contact/landing page, not a promise that its current PDF contains this year.
  • Page 2 microbiological narrative: 2,894 distribution samples; one positive for coliform bacteria during 2018. This narrative is not a report-printed violation finding.
  • Page 1 reports an average fluoride concentration of 0.71 mg/L from 6,466 tests. This narrative average is separate from the table median. The historical chlorine goal was above 0.1 mg/L, with typical levels of 0.2–0.4 mg/L; these are report-period statements.
  • Page 4 describes UCMR testing of 22 wells for 17 chemicals, detections of 2-methoxyethanol at Well 26 and 1-butanol at Well 28 without concentrations on that page, and neither found in later testing. Bromide was found in five of seven tested wells at 29–56 ppb.
  • The page 1 PFAS table prints six substance rows with separate Well 15 and Well 16 columns. Both well results are shown separately here: twelve entries from six source rows.
  • Pages 1–2 and the health explanation describe the deep sandstone aquifer, rain/snow recharge and natural filtration; general microbial, inorganic, organic, pesticide/herbicide and radioactive potential contaminants; and the distinction between a detected substance and a health-risk finding. Examples of possible sources are not attribution of a particular local result. Readers especially vulnerable to infections are referred to health care providers and EPA’s 800-426-4791 hotline. The utility’s statements about its groundwater source and Cryptosporidium/Giardia remain historical assessments, not an assurance for an individual tap.
  • Page 2 defines MCL as the highest allowed concentration, MCLG as the goal below which no known or expected health risk exists with a margin of safety, and AL as a concentration that triggers treatment or other requirements. The printed units equate mg/L with ppm and µg/L with ppb; 1 mg/L equals 1,000 µg/L, and 1 ppb equals 1,000 ppt. The report uses one second in 32 years to illustrate ppb; pCi/L measures radioactivity and nd means not detected. Table ranges combine minimum/maximum well measurements, which may not represent water at a home. Well-specific questions are directed to 608-266-4654.
  • Page 2 describes nearly 8,000 lead pipes removed or replaced during 1995–2011. Its statement about all known lead services does not establish the material of building fixtures, faucets or pipes. It discusses greater lead pickup while water stands in plumbing and historically recommends running water for 2–3 minutes before drinking/cooking. That is the report’s general advice, not an address-specific current flushing prescription. Historical laboratory referrals list Public Health Madison & Dane County at 608-266-4821 and Wisconsin State Laboratory of Hygiene at 608-224-6202; current availability and contact details must be checked separately.
  • The source-protection box recommends limiting road salt to recommended amounts (wisaltwise.com), disposing of household hazardous chemicals through Clean Sweep (danecountycleansweep.com), tending lawns/gardens without harmful chemicals, and using non-toxic or biodegradable cleaning products. These are the report’s groundwater-protection suggestions, not treatment instructions or proof of effects at a particular well.
  • Historical contact and participation resources include madisonwater.org; Facebook madisonwater, Twitter MadWaterUtility, and Instagram madison_water where printed; my.cityofmadison.com for water-quality/flushing updates; project information and public input; and the board calendar at madison.legistar.com/Calendar.aspx. Free language services are offered at 608-266-4651 in English, Spanish and Hmong. Printed meeting dates may change and do not establish that a meeting occurred. These historical contact paths are not represented as a current directory.
  • Page 1 describes 23 wells and 900 miles of interconnected pipes, most locations receiving one to three wells, and the myWells lookup. Three wells had iron/manganese filters and a fourth a low-profile VOC air stripper for PCE/TCE with subsequent pH adjustment to limit scale. It describes daily fluoride testing toward 0.7 mg/L. These are reporting-period operational descriptions.
  • Page 1 focuses PFAS testing on Well 15 on the east side and Well 16 on the west side, where earlier detections had occurred. It reports six PFAS types in Well 15 and one in Well 16, with every printed well-specific value retained above. Its plan to test all wells in 2019 is a forecast in this report. Its 70 ppt PFOA/PFOS lifetime-advisory discussion and “not regulated” wording are historical, not statements of current rules.
  • Page 4 describes the 2019 Toilet Rebate Program: a $100 bill credit for replacement with a high-efficiency EPA WaterSense toilet, available as printed to businesses, nonprofits, single-family homes, condos and apartments. Historical instructions use the website’s Sustainability tab, a mailed application and original purchase receipt. Funding and eligibility are not verified current by this report.
  • Page 4 lists General Manager Tom Heikkinen and Board President Lauren Cnare, 119 E. Olin Avenue, Madison, WI 53713, 608-266-4651 and report questions at 608-266-4654. Its 2019 meeting list literally prints June 25, June 23, August 27, September 24, October 22 and November 26, at 4:30 p.m. at the office. The second June entry is retained as printed, not silently changed to July. The source warns dates may change.
  • Page 4 promotes weekly/daily/hourly conservation tracking, the toilet rebate and Inside MWU news. Its UCMR discussion identifies bromide as a potential haloacetic-acid precursor; five of seven tested wells had 29–56 ppb. That sampling scope is distinct from later annual-table results.
2018 report rows for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
AntimonyTesting period: 2018non-detect ppbMedian Level Foundnd - 1.1Ideal Goal (MCLG): 6; Highest Level Allowed (MCL): 6Regulated SubstancesPage 3Wells with detections: 6, 13, 24. Typical source in report: Discharge from petroleum refineries; fire retardants; electronics; ceramicsViolation (Yes/No): NO, as printed for this sample period
AtrazineTesting period: 2017non-detect ppbMedian Level Foundnd - 0.03Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Regulated SubstancesPage 3Wells with detections: Well 29. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
BariumTesting period: 201818 ppbMedian Level Found6.5 - 61Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineriesViolation (Yes/No): NO, as printed for this sample period
Chromium, TotalTesting period: 20182.2 ppbMedian Level Foundnd - 4.3Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: All except Well 31. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp millsViolation (Yes/No): NO, as printed for this sample period
1,2-DichloroethaneTesting period: 2018non-detect ppbMedian Level Foundnd - 0.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: Well 17. Typical source in report: Discharge from industrial chemical factoriesViolation (Yes/No): NO, as printed for this sample period
1,2-Dichloroethylene, cisTesting period: 2018non-detect ppbMedian Level Foundnd - 0.4Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Regulated SubstancesPage 3Wells with detections: 8, 9, 11, 27. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation (Yes/No): NO, as printed for this sample period
EthylbenzeneTesting period: 2018non-detect ppbMedian Level Foundnd - 0.7Ideal Goal (MCLG): 700; Highest Level Allowed (MCL): 700Regulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineriesViolation (Yes/No): NO, as printed for this sample period
FluorideTesting period: 20180.8 ppmMedian Level Found0.7 - 1.1Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Added to promote strong teethViolation (Yes/No): NO, as printed for this sample period
NickelTesting period: 20181.6 ppbMedian Level Foundnd - 2.7Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: All except Well 31. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation (Yes/No): NO, as printed for this sample period
NitrateTesting period: 20180.8 ppmMedian Level Foundnd - 4.0Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: Fourteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SeleniumTesting period: 2018non-detect ppbMedian Level Foundnd - 2.0Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Regulated SubstancesPage 3Wells with detections: 9,11,13,14,15,16,25,29. Typical source in report: Erosion of natural deposits; Petroleum and metal refineriesViolation (Yes/No): NO, as printed for this sample period
Tetrachloroethylene [PCE]Testing period: 2018non-detect ppbMedian Level Foundnd - 2.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: 6,9,11,14,18. Typical source in report: Discharge from factories, dry cleaners, and auto shopsViolation (Yes/No): NO, as printed for this sample period
ThalliumTesting period: 2018non-detect ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2Regulated SubstancesPage 3Wells with detections: 11,15,16,17,19,27,28. Typical source in report: Ore processing sites; Electronics, glass, and drug factoriesViolation (Yes/No): NO, as printed for this sample period
TolueneTesting period: 2018non-detect ppbMedian Level Foundnd - 0.2Ideal Goal (MCLG): 1000; Highest Level Allowed (MCL): 1000Regulated SubstancesPage 3Wells with detections: Well 9 & Well 31. Typical source in report: Discharge from petroleum refineriesViolation (Yes/No): NO, as printed for this sample period
1,1,1-TrichloroethaneTesting period: 2018non-detect ppbMedian Level Foundnd - 0.1Ideal Goal (MCLG): 200; Highest Level Allowed (MCL): 200Regulated SubstancesPage 3Wells with detections: Well 9 & Well 18. Typical source in report: Discharge from metal degreasing sites, other factoriesViolation (Yes/No): NO, as printed for this sample period
Trichloroethylene [TCE]Testing period: 2018non-detect ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: 11, 14, 18. Typical source in report: Discharge from metal degreasing sites, other factoriesViolation (Yes/No): NO, as printed for this sample period
Xylene, TotalTesting period: 2018non-detect ppbMedian Level Foundnd - 4.5Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000Regulated SubstancesPage 3Wells with detections: Well 9 & Well 31. Typical source in report: Discharge from petroleum and chemical factoriesViolation (Yes/No): NO, as printed for this sample period
Gross AlphaTesting period: 20186.3 pCi/LMedian Level Found2.7 - 12Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15RadionuclidesPage 3Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Radium, 226+228Testing period: 20182.9 pCi/LMedian Level Foundnd - 4.9Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5RadionuclidesPage 3Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Gross BetaTesting period: 20185.7 pCi/LMedian Level Foundnd - 13Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50RadionuclidesPage 3Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Decay of natural and man-made depositsViolation (Yes/No): NO, as printed for this sample period
UraniumTesting period: 20180.3 ppbMedian Level Found0.3 - 0.4Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30RadionuclidesPage 3Wells with detections: Only Well 31 sampled. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA5]Testing period: 20181.2 ppbMedian Level Foundnd - 2.2Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA9]Testing period: 20182.8 ppbMedian Level Found2.4 - 3.2Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aDisinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Total Trihalomethanes [TTHM]Testing period: 20186.1 ppbMedian Level Found3.4 - 9.2Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Chromium, HexavalentTesting period: 20180.5 ppbMedian Level Foundnd - 2.0Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Thirteen wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation (Yes/No): NO, as printed for this sample period
1,4-DioxaneTesting period: 20180.1 ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 9,11,14,15,18. Typical source in report: Discharge from chemical factories; Cosmetics and detergentsViolation (Yes/No): NO, as printed for this sample period
MetolachlorTesting period: 2017non-detect ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
PFOA & PFOSTesting period: 2018non-detect ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 15. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
StrontiumTesting period: 201880 ppbMedian Level Found50 - 142Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
TrichlorofluoromethaneTesting period: 2018non-detect ppbMedian Level Foundnd - 0.6Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation (Yes/No): NO, as printed for this sample period
ChlorideTesting period: 2018non-detect ppmMedian Level Foundnd - 140Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: Ten wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
IronTesting period: 20180.02 ppmMedian Level Foundnd - 0.54Aesthetic Goal: 0.3Other SubstancesPage 3Wells with detections: Seventeen wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ManganeseTesting period: 20183.2 ppbMedian Level Found0.3 - 50Aesthetic Goal: 50Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SodiumTesting period: 20188.5 ppmMedian Level Found2.3 - 51Aesthetic Goal: n/aOther SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
SulfateTesting period: 201822 ppmMedian Level Found7.4 - 114Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
LeadTesting period: 2017Sites above action level1 of 543.2 ppb90th Percentile0.2 - 26Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and CopperPage 2No status cell printed for this row
CopperTesting period: 2017Sites above action level0 of 54169 ppb90th Percentile75 - 242Ideal Goal (MCLG): 1300; Action Level (AL): 1300Lead and CopperPage 2No status cell printed for this row
perfluorooctanoic acid (PFOA)Testing period: 20185.4 pptWell 15 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorooctanoic acid (PFOA)Testing period: 2018not detected pptWell 16 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorooctane sulfonic acid (PFOS)Testing period: 20185.1 pptWell 15 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorooctane sulfonic acid (PFOS)Testing period: 2018not detected pptWell 16 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorobutane sulfonic acid (PFBS)Testing period: 20182.6 pptWell 15 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorobutane sulfonic acid (PFBS)Testing period: 2018not detected pptWell 16 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluoroheptanoic acid (PFHpA)Testing period: 20182.6 pptWell 15 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluoroheptanoic acid (PFHpA)Testing period: 2018not detected pptWell 16 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorohexanoic acid (PFHxA)Testing period: 20185.3 pptWell 15 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorohexanoic acid (PFHxA)Testing period: 2018not detected pptWell 16 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorohexane sulfonic acid (PFHxS)Testing period: 201821 pptWell 15 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row
perfluorohexane sulfonic acid (PFHxS)Testing period: 20182.4 pptWell 16 resultNot listed in this summarized entryNot listed in this summarized entry2018 PFAS TestingPage 1Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.No status cell printed for this row

Report row

Antimony

Range in report
nd - 1.1 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 6; Highest Level Allowed (MCL): 6
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6, 13, 24. Typical source in report: Discharge from petroleum refineries; fire retardants; electronics; ceramics

Report row

Atrazine

Range in report
nd - 0.03 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 29. Typical source in report: Runoff from herbicide used on row crops

Report row

Barium

Range in report
6.5 - 61 ppb
Median Level Found
18 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineries

Report row

Chromium, Total

Range in report
nd - 4.3 ppb
Median Level Found
2.2 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All except Well 31. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,2-Dichloroethane

Range in report
nd - 0.1 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 17. Typical source in report: Discharge from industrial chemical factories

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.4 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 8, 9, 11, 27. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Ethylbenzene

Range in report
nd - 0.7 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 700; Highest Level Allowed (MCL): 700
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from petroleum refineries

Report row

Fluoride

Range in report
0.7 - 1.1 ppm
Median Level Found
0.8 ppm
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
nd - 2.7 ppb
Median Level Found
1.6 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All except Well 31. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 4.0 ppm
Median Level Found
0.8 ppm
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fourteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Selenium

Range in report
nd - 2.0 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 9,11,13,14,15,16,25,29. Typical source in report: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 2.1 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6,9,11,14,18. Typical source in report: Discharge from factories, dry cleaners, and auto shops

Report row

Thallium

Range in report
nd - 0.3 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 11,15,16,17,19,27,28. Typical source in report: Ore processing sites; Electronics, glass, and drug factories

Report row

Toluene

Range in report
nd - 0.2 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 1000; Highest Level Allowed (MCL): 1000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9 & Well 31. Typical source in report: Discharge from petroleum refineries

Report row

1,1,1-Trichloroethane

Range in report
nd - 0.1 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 200; Highest Level Allowed (MCL): 200
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9 & Well 18. Typical source in report: Discharge from metal degreasing sites, other factories

Report row

Trichloroethylene [TCE]

Range in report
nd - 0.3 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 11, 14, 18. Typical source in report: Discharge from metal degreasing sites, other factories

Report row

Xylene, Total

Range in report
nd - 4.5 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10000; Highest Level Allowed (MCL): 10000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 9 & Well 31. Typical source in report: Discharge from petroleum and chemical factories

Report row

Gross Alpha

Range in report
2.7 - 12 pCi/L
Median Level Found
6.3 pCi/L
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural deposits

Report row

Radium, 226+228

Range in report
nd - 4.9 pCi/L
Median Level Found
2.9 pCi/L
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Erosion of natural deposits

Report row

Gross Beta

Range in report
nd - 13 pCi/L
Median Level Found
5.7 pCi/L
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Each well sampled: 7,8,19,24,27,28,30,31. Typical source in report: Decay of natural and man-made deposits

Report row

Uranium

Range in report
0.3 - 0.4 ppb
Median Level Found
0.3 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 30
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: Only Well 31 sampled. Typical source in report: Erosion of natural deposits

Report row

Haloacetic Acids [HAA5]

Range in report
nd - 2.2 ppb
Median Level Found
1.2 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Haloacetic Acids [HAA9]

Range in report
2.4 - 3.2 ppb
Median Level Found
2.8 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Total Trihalomethanes [TTHM]

Range in report
3.4 - 9.2 ppb
Median Level Found
6.1 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Chromium, Hexavalent

Range in report
nd - 2.0 ppb
Median Level Found
0.5 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Thirteen wells. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

1,4-Dioxane

Range in report
nd - 0.3 ppb
Median Level Found
0.1 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 9,11,14,15,18. Typical source in report: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row crops

Report row

PFOA & PFOS

Range in report
nd - 0.01 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 15. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Strontium

Range in report
50 - 142 ppb
Median Level Found
80 ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Trichlorofluoromethane

Range in report
nd - 0.6 ppb
Median Level Found
non-detect ppb
Testing period
2018
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
nd - 140 ppm
Median Level Found
non-detect ppm
Testing period
2018
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: Ten wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
nd - 0.54 ppm
Median Level Found
0.02 ppm
Testing period
2018
Sites above action level
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: Seventeen wells. Typical source in report: Erosion of natural deposits

Report row

Manganese

Range in report
0.3 - 50 ppb
Median Level Found
3.2 ppb
Testing period
2018
Sites above action level
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Sodium

Range in report
2.3 - 51 ppm
Median Level Found
8.5 ppm
Testing period
2018
Sites above action level
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
7.4 - 114 ppm
Median Level Found
22 ppm
Testing period
2018
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Lead

Range in report
0.2 - 26 ppb
90th Percentile
3.2 ppb
Testing period
2017
Sites above action level
1 of 54
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

Copper

Range in report
75 - 242 ppb
90th Percentile
169 ppb
Testing period
2017
Sites above action level
0 of 54
Limit or standard
Ideal Goal (MCLG): 1300; Action Level (AL): 1300
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

perfluorooctanoic acid (PFOA)

Range in report
Not listed in this summarized entry
Well 15 result
5.4 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorooctanoic acid (PFOA)

Range in report
Not listed in this summarized entry
Well 16 result
not detected ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorooctane sulfonic acid (PFOS)

Range in report
Not listed in this summarized entry
Well 15 result
5.1 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorooctane sulfonic acid (PFOS)

Range in report
Not listed in this summarized entry
Well 16 result
not detected ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorobutane sulfonic acid (PFBS)

Range in report
Not listed in this summarized entry
Well 15 result
2.6 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorobutane sulfonic acid (PFBS)

Range in report
Not listed in this summarized entry
Well 16 result
not detected ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluoroheptanoic acid (PFHpA)

Range in report
Not listed in this summarized entry
Well 15 result
2.6 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluoroheptanoic acid (PFHpA)

Range in report
Not listed in this summarized entry
Well 16 result
not detected ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorohexanoic acid (PFHxA)

Range in report
Not listed in this summarized entry
Well 15 result
5.3 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorohexanoic acid (PFHxA)

Range in report
Not listed in this summarized entry
Well 16 result
not detected ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorohexane sulfonic acid (PFHxS)

Range in report
Not listed in this summarized entry
Well 15 result
21 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 15. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Report row

perfluorohexane sulfonic acid (PFHxS)

Range in report
Not listed in this summarized entry
Well 16 result
2.4 ppt
Testing period
2018
Sites above action level
Limit or standard
Not listed in this summarized entry
Report-printed status
No status cell printed for this row

Source · Page 1

2018 PFAS Testing

Well 16. This table prints separate well results, not a system median. The report separately describes a then-current lifetime health advisory of 70 ppt for combined PFOA and PFOS; that is historical regulatory context, not an individual-compound criterion or a current rule.

Source: Madison Water Utility report page and historical-copy contact. These entries describe that report period, not current conditions or a household tap result.

Retained 2018 PDF SHA-256: 51b61f11bd31deada7189b07c56c8baa254065c0d8415835ebc4e3e140201fb4. Source copy retained August 27, 2026; tables rechecked September 16, 2026.

2017 report35 source-verified rows
  • All values and criteria describe the printed report or sample period, not current rules, compliance, advisories, or a household tap. Repeat results across reports are not independent sampling events.
  • The water-quality table combines wells. A non-detect median does not mean all samples were non-detects. Merged well cells are carried to each applicable radionuclide row. “nd” means not detected; n/a and zero are retained as printed. MCL is Maximum Contaminant Level; MCLG is Maximum Contaminant Level Goal; AL is Action Level. An aesthetic goal is not an MCL.
  • The utility reused its current PDF address for multiple report years. These rows were checked against the retained historical copy identified below; the official report link is a contact/landing page, not a promise that its current PDF contains this year.
  • Page 2 microbiological narrative: 2,804 distribution samples; none positive for coliform bacteria during 2017. This narrative is not a report-printed violation finding.
  • Page 1 reports an average fluoride concentration of 0.71 mg/L from 6,318 tests. This narrative average is separate from the table median. The historical chlorine goal was above 0.1 mg/L, with typical levels of 0.2–0.4 mg/L; these are report-period statements.
  • Page 4 says six PFAS compounds were tested in every well in 2015 without detections. More sensitive testing of five wells in 2017 found PFAS in two: five compounds combined at 35 ng/L (ppt) in Well 15 and one type in Well 16 without a printed concentration. The 70 ng/L advisory discussed there is historical, not a current regulatory comparison.
  • Pages 1–2 and the health explanation describe the deep sandstone aquifer, rain/snow recharge and natural filtration; general microbial, inorganic, organic, pesticide/herbicide and radioactive potential contaminants; and the distinction between a detected substance and a health-risk finding. Examples of possible sources are not attribution of a particular local result. Readers especially vulnerable to infections are referred to health care providers and EPA’s 800-426-4791 hotline. The utility’s statements about its groundwater source and Cryptosporidium/Giardia remain historical assessments, not an assurance for an individual tap.
  • Page 2 defines MCL as the highest allowed concentration, MCLG as the goal below which no known or expected health risk exists with a margin of safety, and AL as a concentration that triggers treatment or other requirements. The printed units equate mg/L with ppm and µg/L with ppb; 1 mg/L equals 1,000 µg/L, and 1 ppb equals 1,000 ppt. The report uses one second in 32 years to illustrate ppb; pCi/L measures radioactivity and nd means not detected. Table ranges combine minimum/maximum well measurements, which may not represent water at a home. Well-specific questions are directed to 608-266-4654.
  • Page 2 describes nearly 8,000 lead pipes removed or replaced during 1995–2011. Its statement about all known lead services does not establish the material of building fixtures, faucets or pipes. It discusses greater lead pickup while water stands in plumbing and historically recommends running water for 2–3 minutes before drinking/cooking. That is the report’s general advice, not an address-specific current flushing prescription. Historical laboratory referrals list Public Health Madison & Dane County at 608-266-4821 and Wisconsin State Laboratory of Hygiene at 608-224-6202; current availability and contact details must be checked separately.
  • The source-protection box recommends limiting road salt to recommended amounts (wisaltwise.com), disposing of household hazardous chemicals through Clean Sweep (danecountycleansweep.com), tending lawns/gardens without harmful chemicals, and using non-toxic or biodegradable cleaning products. These are the report’s groundwater-protection suggestions, not treatment instructions or proof of effects at a particular well.
  • Historical contact and participation resources include madisonwater.org; Facebook madisonwater, Twitter MadWaterUtility, and Instagram madison_water where printed; my.cityofmadison.com for water-quality/flushing updates; project information and public input; and the board calendar at madison.legistar.com/Calendar.aspx. Free language services are offered at 608-266-4651 in English, Spanish and Hmong. Printed meeting dates may change and do not establish that a meeting occurred. These historical contact paths are not represented as a current directory.
  • Page 1 describes 22 wells and more than 850 miles of interconnected pipes, with most locations receiving one to three wells and a madisonwater.org/myWells lookup. Two wells had iron/manganese filters; a third used a low-profile air stripper for VOCs including PCE/TCE and subsequent pH adjustment to limit pipe scale. The fluoride target was 0.7 mg/L with daily testing. These are 2017 descriptions, not reconciled current system totals.
  • Page 4 describes the online conservation tool for weekly, daily and hourly use and email alerts when use exceeds a selected gallon threshold. The illustrated dashboard is an example interface, not a Madison-wide monitoring result. Historical signup instructions used “View Water Usage” and the customer/account numbers from a Municipal Services Bill, with 608-266-4641 for help. The page also describes viewing bills and e-billing; these instructions may have changed.
  • Page 4 says the five-well 2017 PFAS testing used methods nearly 100 times more sensitive than the 2015 testing, targeted wells near landfills or the airport, and found five compounds combined at 35 ng/L in Well 15 and one type at a lower but unquantified level in Well 16. These selection locations are not proof of the source of a detection. The historical 70 ng/L advisory is not a current comparison.
  • Page 4 lists General Manager Tom Heikkinen and Board President Lauren Cnare, the office at 119 E. Olin Avenue, Madison, WI 53713, 608-266-4651 and report questions at 608-266-4654. Printed 2018 board dates are April 24, May 22, June 26, July 24, August 28, September 25, October 23 and November 27, at 4:30 p.m. at the office. These are historical officeholders and scheduled dates.
  • Page 4 advertises a $100 toilet-replacement bill credit and describes more than $17 million in planned 2018 public works and water-main replacement projects. It also points to Inside MWU news. The credit and project amount are dated program descriptions, not current eligibility or evidence that the forecast expenditure occurred.
2017 report rows for MADISON WATER UTILITY
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
ArsenicTesting period: 20170.3 ppbMedian Level Foundnd - 0.8Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: All except Wells 17 & 27. Typical source in report: Erosion of natural deposits; Glass and electronics productionViolation (Yes/No): NO, as printed for this sample period
AtrazineTesting period: 2017non-detect ppbMedian Level Foundnd - 0.03Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3Regulated SubstancesPage 3Wells with detections: Well 29. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
BariumTesting period: 201720 ppbMedian Level Found8.5 - 68Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineriesViolation (Yes/No): NO, as printed for this sample period
CadmiumTesting period: 20170.1 ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): 5; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: Fourteen wells. Typical source in report: Erosion of natural deposits; Runoff from waste batteries and paintsViolation (Yes/No): NO, as printed for this sample period
Chromium, TotalTesting period: 20171.4 ppbMedian Level Found0.7 - 2.9Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp millsViolation (Yes/No): NO, as printed for this sample period
1,2-Dichloroethylene, cisTesting period: 2017non-detect ppbMedian Level Foundnd - 0.57Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70Regulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCEViolation (Yes/No): NO, as printed for this sample period
FluorideTesting period: 20170.8 ppmMedian Level Found0.7 - 1.0Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Added to promote strong teethViolation (Yes/No): NO, as printed for this sample period
NickelTesting period: 20173.6 ppbMedian Level Found2.2 - 7.3Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100Regulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy productsViolation (Yes/No): NO, as printed for this sample period
NitrateTesting period: 20170.8 ppmMedian Level Foundnd - 4.2Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10Regulated SubstancesPage 3Wells with detections: Fifteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SeleniumTesting period: 2017non-detect ppbMedian Level Foundnd - 2.0Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50Regulated SubstancesPage 3Wells with detections: Well 6 & Well 14. Typical source in report: Erosion of natural deposits; Petroleum and metal refineriesViolation (Yes/No): NO, as printed for this sample period
Tetrachloroethylene [PCE]Testing period: 2017non-detect ppbMedian Level Foundnd - 2.2Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5Regulated SubstancesPage 3Wells with detections: 6,9,11,14,18. Typical source in report: Discharge from factories, dry cleaners, and auto shopsViolation (Yes/No): NO, as printed for this sample period
ThalliumTesting period: 2017non-detect ppbMedian Level Foundnd - 0.3Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2Regulated SubstancesPage 3Wells with detections: 11,12,15,17,19,23,26,27. Typical source in report: Ore processing sites; Electronics, glass, and drug factoriesViolation (Yes/No): NO, as printed for this sample period
Gross AlphaTesting period: 20175.0 pCi/LMedian Level Found1.4 - 10Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15RadionuclidesPage 3Wells with detections: All wells sampled: 7,8,19,24,27,28,30. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Radium, 226+228Testing period: 20172.9 pCi/LMedian Level Found1.1 - 4.6Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5RadionuclidesPage 3Wells with detections: All wells sampled: 7,8,19,24,27,28,30. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
Gross BetaTesting period: 20175.3 pCi/LMedian Level Foundnd - 7.1Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50RadionuclidesPage 3Wells with detections: All wells sampled: 7,8,19,24,27,28,30. Typical source in report: Decay of natural and man-made depositsViolation (Yes/No): NO, as printed for this sample period
Haloacetic Acids [HAA5]Testing period: 20172.4 ppbMedian Level Found1.7 - 3.1Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Total Trihalomethanes [TTHM]Testing period: 20178.3 ppbMedian Level Found2.4 - 12Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80Disinfection By-Products (Distribution)Page 3Wells with detections: n/a. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
BromodichloromethaneTesting period: 2017non-detect ppbMedian Level Foundnd - 3.2Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Ten wells. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
BromoformTesting period: 2017non-detect ppbMedian Level Foundnd - 0.8Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 6,9,11,14,15,23,24,26. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
ChloroformTesting period: 2017non-detect ppbMedian Level Foundnd - 4.4Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 7,8,9,17,19,20,24,26,29. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
Chromium, HexavalentTesting period: 20171.4 ppbMedian Level Found0.4 - 1.9Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Wells tested:13,14,16,23. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservationViolation (Yes/No): NO, as printed for this sample period
DibromochloromethaneTesting period: 20170.4 ppbMedian Level Foundnd - 1.6Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Seventeen wells. Typical source in report: By-product of drinking water chlorinationViolation (Yes/No): NO, as printed for this sample period
1,1-DichloroethaneTesting period: 2015non-detect ppbMedian Level Foundnd - 0.08Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 9. Typical source in report: Discharge from industrial chemical factoriesViolation (Yes/No): NO, as printed for this sample period
1,4-DioxaneTesting period: 2015non-detect ppbMedian Level Foundnd - 0.43Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: 9,11,14,15,17,18. Typical source in report: Discharge from chemical factories; Cosmetics and detergentsViolation (Yes/No): NO, as printed for this sample period
MetolachlorTesting period: 2017non-detect ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row cropsViolation (Yes/No): NO, as printed for this sample period
PFOA & PFOSTesting period: 2017non-detect ppbMedian Level Foundnd - 0.01Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 15. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholsteryViolation (Yes/No): NO, as printed for this sample period
StrontiumTesting period: 201677 ppbMedian Level Found48 - 104Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
TrichlorofluoromethaneTesting period: 2017non-detect ppbMedian Level Foundnd - 1.1Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/aUnregulated SubstancesPage 3Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerantViolation (Yes/No): NO, as printed for this sample period
ChlorideTesting period: 201721 ppmMedian Level Found4.2 - 150Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
IronTesting period: 20170.03 ppmMedian Level Found<0.01 - 0.58Aesthetic Goal: 0.3Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
ManganeseTesting period: 20176.3 ppbMedian Level Found0.1 - 47Aesthetic Goal: 50Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
SodiumTesting period: 20178.5 ppmMedian Level Found2.3 - 49Aesthetic Goal: n/aOther SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt applicationViolation (Yes/No): NO, as printed for this sample period
SulfateTesting period: 201722 ppmMedian Level Found8.6 - 43Aesthetic Goal: 250Other SubstancesPage 3Wells with detections: All wells. Typical source in report: Erosion of natural depositsViolation (Yes/No): NO, as printed for this sample period
LeadTesting period: 2017Sites above action level1 of 543.2 ppb90th Percentile0.2 - 26Ideal Goal (MCLG): zero; Action Level (AL): 15Lead and CopperPage 2No status cell printed for this row
CopperTesting period: 2017Sites above action level0 of 54169 ppb90th Percentile75 - 242Ideal Goal (MCLG): 1300; Action Level (AL): 1300Lead and CopperPage 2No status cell printed for this row

Report row

Arsenic

Range in report
nd - 0.8 ppb
Median Level Found
0.3 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All except Wells 17 & 27. Typical source in report: Erosion of natural deposits; Glass and electronics production

Report row

Atrazine

Range in report
nd - 0.03 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 3; Highest Level Allowed (MCL): 3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 29. Typical source in report: Runoff from herbicide used on row crops

Report row

Barium

Range in report
8.5 - 68 ppb
Median Level Found
20 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 2000; Highest Level Allowed (MCL): 2000
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from metal refineries

Report row

Cadmium

Range in report
nd - 0.3 ppb
Median Level Found
0.1 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 5; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fourteen wells. Typical source in report: Erosion of natural deposits; Runoff from waste batteries and paints

Report row

Chromium, Total

Range in report
0.7 - 2.9 ppb
Median Level Found
1.4 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 100; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Discharge from steel and pulp mills

Report row

1,2-Dichloroethylene, cis

Range in report
nd - 0.57 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 70; Highest Level Allowed (MCL): 70
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Biodegradation of PCE and TCE

Report row

Fluoride

Range in report
0.7 - 1.0 ppm
Median Level Found
0.8 ppm
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 4; Highest Level Allowed (MCL): 4
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Added to promote strong teeth

Report row

Nickel

Range in report
2.2 - 7.3 ppb
Median Level Found
3.6 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): 100
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Electroplating, stainless steel and alloy products

Report row

Nitrate

Range in report
nd - 4.2 ppm
Median Level Found
0.8 ppm
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 10; Highest Level Allowed (MCL): 10
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Fifteen wells. Typical source in report: Fertilizer use; Leaching from septic tanks, sewage; Erosion of natural deposits

Report row

Selenium

Range in report
nd - 2.0 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 50; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: Well 6 & Well 14. Typical source in report: Erosion of natural deposits; Petroleum and metal refineries

Report row

Tetrachloroethylene [PCE]

Range in report
nd - 2.2 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 6,9,11,14,18. Typical source in report: Discharge from factories, dry cleaners, and auto shops

Report row

Thallium

Range in report
nd - 0.3 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 0.5; Highest Level Allowed (MCL): 2
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Regulated Substances

Wells with detections: 11,12,15,17,19,23,26,27. Typical source in report: Ore processing sites; Electronics, glass, and drug factories

Report row

Gross Alpha

Range in report
1.4 - 10 pCi/L
Median Level Found
5.0 pCi/L
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 15
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All wells sampled: 7,8,19,24,27,28,30. Typical source in report: Erosion of natural deposits

Report row

Radium, 226+228

Range in report
1.1 - 4.6 pCi/L
Median Level Found
2.9 pCi/L
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 5
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All wells sampled: 7,8,19,24,27,28,30. Typical source in report: Erosion of natural deposits

Report row

Gross Beta

Range in report
nd - 7.1 pCi/L
Median Level Found
5.3 pCi/L
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Radionuclides

Wells with detections: All wells sampled: 7,8,19,24,27,28,30. Typical source in report: Decay of natural and man-made deposits

Report row

Haloacetic Acids [HAA5]

Range in report
1.7 - 3.1 ppb
Median Level Found
2.4 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): 60; Highest Level Allowed (MCL): 60
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Total Trihalomethanes [TTHM]

Range in report
2.4 - 12 ppb
Median Level Found
8.3 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): zero; Highest Level Allowed (MCL): 80
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Disinfection By-Products (Distribution)

Wells with detections: n/a. Typical source in report: By-product of drinking water chlorination

Report row

Bromodichloromethane

Range in report
nd - 3.2 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Ten wells. Typical source in report: By-product of drinking water chlorination

Report row

Bromoform

Range in report
nd - 0.8 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 6,9,11,14,15,23,24,26. Typical source in report: By-product of drinking water chlorination

Report row

Chloroform

Range in report
nd - 4.4 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 7,8,9,17,19,20,24,26,29. Typical source in report: By-product of drinking water chlorination

Report row

Chromium, Hexavalent

Range in report
0.4 - 1.9 ppb
Median Level Found
1.4 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Wells tested:13,14,16,23. Typical source in report: Erosion of natural deposits; Chrome plating, leather tanning, wood preservation

Report row

Dibromochloromethane

Range in report
nd - 1.6 ppb
Median Level Found
0.4 ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Seventeen wells. Typical source in report: By-product of drinking water chlorination

Report row

1,1-Dichloroethane

Range in report
nd - 0.08 ppb
Median Level Found
non-detect ppb
Testing period
2015
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 9. Typical source in report: Discharge from industrial chemical factories

Report row

1,4-Dioxane

Range in report
nd - 0.43 ppb
Median Level Found
non-detect ppb
Testing period
2015
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: 9,11,14,15,17,18. Typical source in report: Discharge from chemical factories; Cosmetics and detergents

Report row

Metolachlor

Range in report
nd - 0.01 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 14. Typical source in report: Runoff from herbicide used on row crops

Report row

PFOA & PFOS

Range in report
nd - 0.01 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 15. Typical source in report: Firefighting foam; Landfills, food packaging, clothing, fabrics, upholstery

Report row

Strontium

Range in report
48 - 104 ppb
Median Level Found
77 ppb
Testing period
2016
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Trichlorofluoromethane

Range in report
nd - 1.1 ppb
Median Level Found
non-detect ppb
Testing period
2017
Sites above action level
Limit or standard
Ideal Goal (MCLG): n/a; Highest Level Allowed (MCL): n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Unregulated Substances

Wells with detections: Well 11. Typical source in report: Discharge from industrial chemical factories; Degreaser, propellant, refrigerant

Report row

Chloride

Range in report
4.2 - 150 ppm
Median Level Found
21 ppm
Testing period
2017
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Iron

Range in report
<0.01 - 0.58 ppm
Median Level Found
0.03 ppm
Testing period
2017
Sites above action level
Limit or standard
Aesthetic Goal: 0.3
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Manganese

Range in report
0.1 - 47 ppb
Median Level Found
6.3 ppb
Testing period
2017
Sites above action level
Limit or standard
Aesthetic Goal: 50
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Sodium

Range in report
2.3 - 49 ppm
Median Level Found
8.5 ppm
Testing period
2017
Sites above action level
Limit or standard
Aesthetic Goal: n/a
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits; Road salt application

Report row

Sulfate

Range in report
8.6 - 43 ppm
Median Level Found
22 ppm
Testing period
2017
Sites above action level
Limit or standard
Aesthetic Goal: 250
Report-printed status
Violation (Yes/No): NO, as printed for this sample period

Source · Page 3

Other Substances

Wells with detections: All wells. Typical source in report: Erosion of natural deposits

Report row

Lead

Range in report
0.2 - 26 ppb
90th Percentile
3.2 ppb
Testing period
2017
Sites above action level
1 of 54
Limit or standard
Ideal Goal (MCLG): zero; Action Level (AL): 15
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Report row

Copper

Range in report
75 - 242 ppb
90th Percentile
169 ppb
Testing period
2017
Sites above action level
0 of 54
Limit or standard
Ideal Goal (MCLG): 1300; Action Level (AL): 1300
Report-printed status
No status cell printed for this row

Source · Page 2

Lead and Copper

Source: Madison Water Utility report page and historical-copy contact. These entries describe that report period, not current conditions or a household tap result.

Retained 2017 PDF SHA-256: 27419c0351f045e0a89dad375743d97e13af9a97a51f9cadb73dcf0e37141848. Source copy retained August 27, 2026; tables rechecked September 16, 2026.

Source report notes

Source: Madison Water Utility Annual Water Quality Report. Retrieved 2026-08-27.

  • Applies to: Haloacetic Acids [HAA5] (ppb)

    3, range 0.5 - 2.3, source-printed Ideal Goal MCLG 60, Highest Level Allowed MCL 60, and printed Violation NO. The unusual HAA5 MCLG 60 is preserved literally and flagged without correction. Annual-report values and printed status describe only the cited 2025 report period. They are not a live compliance feed, advisory determination, address-level result, household-tap result, exposure finding, or safety conclusion.

  • Applies to: Total Trihalomethanes [TTHM] (ppb)

    7, range 1.1 - 8.2, source-printed Ideal Goal MCLG zero, Highest Level Allowed MCL 80, and printed Violation NO. Annual-report values and printed status describe only the cited 2025 report period. They are not a live compliance feed, advisory determination, address-level result, household-tap result, exposure finding, or safety conclusion.

  • Applies to: PFBA, PFPeA, PFHxA, PFOA, PFBS, PFHxS, PFOS

    The PFAS table prints a range rather than a separate median or detected-level column; the range is retained as both the primary reported measure and range display.

Review the linked source report for definitions, footnotes, and official wording.

Report guidance

What else does the 2025 report explain?

The 2025 report explains why a well result may differ from water at a kitchen tap: the utility describes changing well operations and household plumbing, including lead-bearing fixtures. It also discusses road salt in groundwater, treatment at named wells, and how customers can participate in utility decisions. Read those explanations with their report date; use the current utility contacts for a question about your address.

Read the complete six-page 2025 report

Reading the report: scope, criteria and units

The report tables show detected substances; substances not detected are omitted. Page 3 explains that its ranges reflect minimum and maximum concentrations found at at least one well, and some substances occur in only a few wells. These values may not represent water at a particular home. The utility directs well-specific questions to 608-266-4654 and its address-based well lookup.

The report defines MCLG as a health goal below which no known or expected health risk exists, with a margin of safety; MCL as the highest allowed level, set as close to the goal as feasible using available treatment technology; AL as a concentration that triggers treatment or other requirements when exceeded; and HA as a level not expected to cause non-cancer health effects. These different labels must not be treated as interchangeable limits. Report-printed criteria remain dated source context.

The printed unit key equates mg/L with ppm and µg/L with ppb; one mg/L equals 1,000 µg/L, and one ppb equals 1,000 ppt. pCi/L measures radioactivity; nd means not detected. The report illustrates one ppb as one second in 32 years. A non-detect retains its reporting limit where supplied; it is not a measured zero.

2025 annual report, pages 2 and 3

Source-water and health explanations

The report explains that rain and snow reach Madison’s deep sandstone aquifer through soil and rock. It groups potential source-water contaminants as microbial organisms; inorganic salts, metals, minerals and nutrients; organic chemicals; pesticides and herbicides; and radioactive substances. Its examples include natural deposits, wastewater and septic systems, wildlife and farming, industrial activity, petroleum products, and stormwater. These are general potential sources, not proof of a particular local contamination source.

Page 2 distinguishes EPA regulation of public tap water from FDA regulation of bottled water. It notes that the presence of a contaminant does not by itself establish a health risk and directs questions to EPA’s Safe Drinking Water Hotline, 800-426-4791.

Page 1 advises people who may be especially vulnerable to infections—including people with weakened immune systems, some older people, and infants—to seek drinking-water advice from their health care providers. Its discussion of Cryptosporidium and Giardia attributes the utility’s assessment to its groundwater source. This site does not turn that report-period assessment into an assurance about a particular tap or individual.

Page 2 also prints arsenic health information: high concentrations are associated with cancer and other effects including skin damage and circulatory problems, and EPA continues to study low-level effects. The report says the standard balances knowledge of possible effects with removal costs. Its accompanying local note describes three unusual arsenic, barium and other-metal results below the MCL, arsenic resampling below detection (<1.1 µg/L), barium resampling at 7–72 µg/L, and suspected laboratory error. That suspicion is the utility’s explanation, not an independently confirmed error; the original results and qualifiers remain in the report rows.

2025 annual report, pages 1 and 2

Household lead guidance and the pipe-identification illustration

The report explains that lead may come from service lines or building plumbing and fixtures, and that a single sample without detected lead does not rule out exposure at another time. It highlights risks for pregnant people, infants and young children. Its practical steps include identifying plumbing materials, using cold water for drinking, cooking and baby formula, and following the instructions for a filter certified by an ANSI-accredited certifier to reduce lead. Boiling does not remove lead.

The report advises flushing before using tap water for drinking or cooking and says the appropriate duration may be longer where a lead or galvanized service line requires replacement. Its examples include running a tap or using water for a shower, laundry or dishes. Ask the utility about guidance for the actual plumbing and service line; the report does not supply an address-specific flushing duration.

The illustrated identification sequence asks about the home’s age, gathers a magnet and flathead screwdriver, locates exposed plumbing, then describes a scratch-and-magnet check. It says lead water pipes were commonly installed in Madison homes until 1929 and lead solder was used until 1986. Those dates alone do not establish a home’s pipe material.

The diagram describes lead as shiny silver when scratched and nonmagnetic; copper as penny-colored when scratched and nonmagnetic; galvanized steel as dull gray when scratched and magnetic; and PEX/CPVC as plastic and nonmagnetic. It directs questions to a plumber or Madison Water Utility. Use these as the report’s identification clues, not as a verified material determination for an address.

For water testing, the report refers readers to a certified laboratory and lists Wisconsin State Laboratory of Hygiene at 608-224-6203. The testing section on this page explains available laboratory services and sample-collection steps.

2025 annual report, page 4

Inventory discrepancies and replacement assistance · Laboratory services and sampling steps

Why the report discusses sodium and chloride

The utility attributes rising sodium and chloride at several wells mainly to historic salt use for winter road safety and melting ice and snow, including salt applied years earlier. It says the city has reduced salt use on city-maintained streets while substantial use continues on private and commercial property. These are the utility’s 2025-report explanations, not a new trend calculation or a finding at every well.

The report recommends reducing sidewalk and driveway salt, physically removing snow and ice, considering sand, using or becoming a Salt Wise Certified contractor, and setting a water softener to the correct hardness. Its contact for questions is 608-266-4654 or [email protected]. These conservation steps do not determine whether a particular tap meets a drinking-water criterion.

2025 annual report, page 5

PFAS narrative beyond the seven table rows

The report describes twice-yearly well testing for up to 30 PFAS, with at least one detected in six wells in 2025. Its five-year narrative describes detections at up to ten wells. Those different periods and populations should not be combined.

It says that, except for PFBA and PFHxS at wells 6, 9, 11 and 14, individual PFAS results at a well are often 2 ppt or lower, and that not every laboratory can measure at that level. It cautions that changing reporting limits or methods can affect year-to-year comparisons.

Across its stated historical testing, it lists PFBA, PFBS, PFPeA, PFPeS, PFHxA, PFHxS, PFHpA, PFOA, PFOS and 6:2 FTS as detected at least once at a Madison well. This ten-substance historical list is distinct from the seven rows of the 2025 table. The full well-by-well history on this page retains individual report dates, methods and qualifiers.

The report describes PFAS uses in nonstick, stain-resistant and water-repellent products and identifies manufacturing/use locations and landfill releases as possible routes to groundwater. These are general explanations; they do not identify the cause of a specific Madison well result. Its statements about standards remain attributed to this report and do not replace a current-rule review.

2025 annual report, page 5

Complete well-by-well PFAS history
The filtration process shown in the report

Page 1 says four wells used filters to remove more than 95% of iron and manganese and reduce rust-colored water, and that Well 15’s PFAS removal system went online in September 2025. These are reporting-period descriptions, not a statement that all wells receive filtration or that all later project milestones are complete.

The page 6 diagram shows four steps: a municipal well pumps water from the aquifer; filter units remove targeted substances such as iron, manganese or PFAS; utility staff sample and test the filtration system; and filtered water enters distribution or storage in reservoirs or towers. The diagram is educational, not a complete engineering schematic or a measurement of removal performance.

For wells without those filters, the report describes pumping groundwater, adding chlorine and fluoride, then sending it to a reservoir or directly into distribution. It defines an aquifer as porous rock material that stores water. Treatment history elsewhere on this page preserves the separately dated DNR process records.

2025 annual report, pages 1 and 6

Contacts, language services and meetings printed in the report

The report lists the utility address as 119 E. Olin Avenue, Madison, WI 53713; administrative phone 608-266-4651; email [email protected]; and website madisonwater.org. It lists Facebook madisonwater, Twitter/X MadWaterUtility, and Instagram madison_water. Report-copy and water-quality questions on page 1 use 608-261-9299.

Page 6 names General Manager Krishna Kumar and Water Utility Board President Patrick Delmore. These are report-printed names, not verified current officeholders. The September 2026 DNR schedule separately names Christine Knapp in its owner field; the sources are dated separately and do not establish a reconciled current staffing list.

The report offers free language services through 608-266-4651, with the invitation printed in English, Spanish, Hmong and Chinese. The official report landing page provides English and Spanish editions; contact the utility for interpretation or another format.

It prints 2026 Water Utility Board meetings at 119 East Olin Avenue at 4:30 p.m., on May 26, June 24, July 28, August 25, September 29, October 27 and November 23. The report explicitly says dates may change. Check the official board calendar for current dates, access instructions and participation arrangements; this historical list does not confirm that a meeting occurred.

2025 annual report, pages 1 and 6

Official Water Utility Board calendar and materials

PFAS history

Well testing, sample dates, and laboratory results

Which well had a PFAS result, and when? Madison’s seven separate monitoring reports cover 2020–2025, including spring and fall 2023 reports. Find the well, sample date, laboratory, and method together. The 236 printed sample columns include repeat samples and laboratory comparisons, so they are not 236 different wells or households.

All results use ng/L, also called parts per trillion (ppt). A result beginning with < is below the stated detection limit; it is not zero. “ND” means none detected and “n/a” means not analyzed where those definitions appear in the report. Different methods and detection limits can change what appears in a comparison between years.

These are historical well-monitoring results, not a test of a particular household tap. Printed limits, proposed limits, health advisories, and health-based values retain their original report context; they do not establish today’s regulatory requirements or compliance.

Choose a report, then a well. Each sample keeps its own date, laboratory, method, and source page. The report-row column includes the compound name, abbreviation, and any criterion printed beside it. Final total or criterion rows are copied from the report rather than recalculated.

2025 PFAS Test Results42 sample columns · 2 source pages

The first page prints MCL / HA; the second prints MCL / HBV, while its individual rows use HA. The printed nondetect note ends mid-sentence. These historical labels have not been substituted for current regulatory guidance.

Printed revision date: May 12, 2026. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original 2025 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Lab: EEA - Eurofins Eaton Analytical.
  • MCL = Maximum Contaminant Level: the regulatory limit.
  • HA = Health Advisory level: the highest level below which there is no known risk of health effects.
  • Faded results with < indicate PFAS was not detect at the
Well 06 · 2 printed samples

Well 06 · 3/12

Laboratory: EEA · Method: 533 · PDF page 1

Well 06, 3/12 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --2.0
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 106.2
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 06 · 9/3

Laboratory: EEA · Method: 533 · PDF page 1

Well 06, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --2.2
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 106.5
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 07 · 2 printed samples

Well 07 · 6/11

Laboratory: EEA · Method: 533 · PDF page 1

Well 07, 6/11 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 07 · 9/9

Laboratory: EEA · Method: 533 · PDF page 1

Well 07, 9/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 09 · 2 printed samples

Well 09 · 3/25

Laboratory: EEA · Method: 533 · PDF page 1

Well 09, 3/25 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --33
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0

Well 09 · 9/3

Laboratory: EEA · Method: 533 · PDF page 1

Well 09, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --49
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 11 · 2 printed samples

Well 11 · 3/25

Laboratory: EEA · Method: 533 · PDF page 1

Well 11, 3/25 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --4.6
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0

Well 11 · 9/16

Laboratory: EEA · Method: 533 · PDF page 1

Well 11, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --5.5
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 102.2
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 12 · 2 printed samples

Well 12 · 3/19

Laboratory: EEA · Method: 533 · PDF page 1

Well 12, 3/19 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 12 · 9/3

Laboratory: EEA · Method: 533 · PDF page 1

Well 12, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 13 · 2 printed samples

Well 13 · 3/25

Laboratory: EEA · Method: 533 · PDF page 1

Well 13, 3/25 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0

Well 13 · 9/9

Laboratory: EEA · Method: 533 · PDF page 1

Well 13, 9/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 102.5
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 14 · 2 printed samples

Well 14 · 3/25

Laboratory: EEA · Method: 533 · PDF page 1

Well 14, 3/25 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --3.7
Perfluoropentanoic acid PFPeA --2.1
Perfluorohexanoic acid PFHxA --2.1
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,0002.1
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 104.6
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0

Well 14 · 9/3

Laboratory: EEA · Method: 533 · PDF page 1

Well 14, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 42.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --4.2
Perfluoropentanoic acid PFPeA --2.3
Perfluorohexanoic acid PFHxA --2.2
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,0002.5
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 105.2
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 15 · 4 printed samples

Well 15 · 9/16

Laboratory: EEA · Method: 533 · PDF page 1

Well 15, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 15 · 10/21

Laboratory: EEA · Method: 533 · PDF page 1

Well 15, 10/21 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 15 · 11/18

Laboratory: EEA · Method: 533 · PDF page 1

Well 15, 11/18 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 15 · 12/16

Laboratory: EEA · Method: 533 · PDF page 1

Well 15, 12/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 16 · 2 printed samples

Well 16 · 3/12

Laboratory: EEA · Method: 533 · PDF page 1

Well 16, 3/12 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 16 · 9/16

Laboratory: EEA · Method: 533 · PDF page 1

Well 16, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 41.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 102.4
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 17 · 2 printed samples

Well 17 · 6/11

Laboratory: EEA · Method: 533 · PDF page 1

Well 17, 6/11 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 17 · 9/16

Laboratory: EEA · Method: 533 · PDF page 1

Well 17, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 18 · 2 printed samples

Well 18 · 3/19

Laboratory: EEA · Method: 533 · PDF page 2

Well 18, 3/19 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 18 · 9/9

Laboratory: EEA · Method: 533 · PDF page 2

Well 18, 9/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 20 · 2 printed samples

Well 20 · 3/19

Laboratory: EEA · Method: 533 · PDF page 2

Well 20, 3/19 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 20 · 9/3

Laboratory: EEA · Method: 533 · PDF page 2

Well 20, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 24 · 2 printed samples

Well 24 · 4/1

Laboratory: EEA · Method: 533 · PDF page 2

Well 24, 4/1 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 24 · 9/16

Laboratory: EEA · Method: 533 · PDF page 2

Well 24, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 25 · 2 printed samples

Well 25 · 4/1

Laboratory: EEA · Method: 533 · PDF page 2

Well 25, 4/1 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 25 · 9/16

Laboratory: EEA · Method: 533 · PDF page 2

Well 25, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 26 · 2 printed samples

Well 26 · 6/11

Laboratory: EEA · Method: 533 · PDF page 2

Well 26, 6/11 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 26 · 9/3

Laboratory: EEA · Method: 533 · PDF page 2

Well 26, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 27 · 2 printed samples

Well 27 · 3/12

Laboratory: EEA · Method: 533 · PDF page 2

Well 27, 3/12 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 27 · 9/3

Laboratory: EEA · Method: 533 · PDF page 2

Well 27, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 28 · 2 printed samples

Well 28 · 3/12

Laboratory: EEA · Method: 533 · PDF page 2

Well 28, 3/12 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 28 · 9/3

Laboratory: EEA · Method: 533 · PDF page 2

Well 28, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 29 · 2 printed samples

Well 29 · 4/1

Laboratory: EEA · Method: 533 · PDF page 2

Well 29, 4/1 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 29 · 9/3

Laboratory: EEA · Method: 533 · PDF page 2

Well 29, 9/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0
Well 30 · 2 printed samples

Well 30 · 3/19

Laboratory: EEA · Method: 533 · PDF page 2

Well 30, 3/19 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9

Well 30 · 9/16

Laboratory: EEA · Method: 533 · PDF page 2

Well 30, 9/16 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
Well 31 · 2 printed samples

Well 31 · 9/9

Laboratory: EEA · Method: 533 · PDF page 2

Well 31, 9/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 2.0
Perfluorooctanesulfonic acid PFOS MCL: 4< 2.0
Perfluorobutanoic acid PFBA --< 2.0
Perfluoropentanoic acid PFPeA --< 2.0
Perfluorohexanoic acid PFHxA --< 2.0
Perfluoroheptanoic acid PFHpA --< 2.0
Perfluorononanoic acid PFNA HA: 10< 2.0
Perfluorodecanoic acid PFDA --< 2.0
Perfluoroundecanoic acid PFUnA --< 2.0
Perfluorododecanoic acid PFDoA --< 2.0
Perfluorobutanesulfonic acid PFBS HA: 2,000< 2.0
Perfluoropentane sulfonic acid PFPeS --< 2.0
Perfluorohexanesulfonic acid PFHxS HA: 10< 2.0
Perfluoroheptane sulfonic acid PFHpS --< 2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 2.0
ADONA ADONA --< 2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --< 2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 2.0
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 2.0
Perfluoro-4-methoxybutanoic acid PFMBA --< 2.0
Perfluoro-3-methoxypropanoic acid PFMPA --< 2.0

Well31 · 10/21

Laboratory: EEA · Method: 533 · PDF page 2

Well31, 10/21 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4< 1.9
Perfluorooctanesulfonic acid PFOS MCL: 4< 1.9
Perfluorobutanoic acid PFBA --< 1.9
Perfluoropentanoic acid PFPeA --< 1.9
Perfluorohexanoic acid PFHxA --< 1.9
Perfluoroheptanoic acid PFHpA --< 1.9
Perfluorononanoic acid PFNA HA: 10< 1.9
Perfluorodecanoic acid PFDA --< 1.9
Perfluoroundecanoic acid PFUnA --< 1.9
Perfluorododecanoic acid PFDoA --< 1.9
Perfluorobutanesulfonic acid PFBS HA: 2,000< 1.9
Perfluoropentane sulfonic acid PFPeS --< 1.9
Perfluorohexanesulfonic acid PFHxS HA: 10< 1.9
Perfluoroheptane sulfonic acid PFHpS --< 1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --< 1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --< 1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --< 1.9
ADONA ADONA --< 1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --< 1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --< 1.9
HFPA-DA / HFPO-DA / GenX GenX HA: 10< 1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --< 1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --< 1.9
Perfluoro-4-methoxybutanoic acid PFMBA --< 1.9
Perfluoro-3-methoxypropanoic acid PFMPA --< 1.9
2024 PFAS Test Results39 sample columns · 2 source pages

UCMR5, 533 and 537.1 are retained as separate printed method labels. A cell marked n/a means not analyzed, not a nondetect.

Printed revision date: March 21, 2025. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original 2024 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Lab: EEA - Eurofins Eaton Analytical.
  • n/a = not analyzed.
  • MCL = Maximum Contaminant Level: the regulatory limit.
  • HBV = Health-Based Value: the highest level below which there is no risk of health effects.
  • Faded results with < indicate PFAS was not detect at the reported detection limit.
  • UCMR5 = Unregulated Contaminant Monitoring Rule, Cycle 5; analysis included EPA Method 533 & 537.1 (4 PFAS only).
Well 06 · 2 printed samples

Well 06 · 4/3

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 06, 4/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.4
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 107.3
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.6
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 06 · 10/24

Laboratory: EEA · Method: 533 · PDF page 1

Well 06, 10/24 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --<1.9
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 106.6
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 07 · 2 printed samples

Well 07 · 4/11

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 07, 4/11 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<7.0
Perfluorotetradecanoic acid PFTeDA --<8.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 07 · 10/15

Laboratory: EEA · Method: 533 · PDF page 1

Well 07, 10/15 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --<1.9
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 09 · 2 printed samples

Well 09 · 4/4

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 09, 4/4 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --46.5
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.4
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.6
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 09 · 10/15

Laboratory: EEA · Method: 533 · PDF page 1

Well 09, 10/15 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --36
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 11 · 2 printed samples

Well 11 · 4/4

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 11, 4/4 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 11 · 10/15

Laboratory: EEA · Method: 533 · PDF page 1

Well 11, 10/15 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --4.0
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 12 · 2 printed samples

Well 12 · 4/3

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 12, 4/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 12 · 10/9

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 12, 10/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --<1.9
Perfluorotetradecanoic acid PFTeDA --<1.9
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<1.9
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Well 13 · 3 printed samples

Well 13 · 4/2

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 13, 4/2 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4n/a
Perfluorooctanesulfonic acid PFOS MCL: 4n/a
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --n/a
Perfluoroheptanoic acid PFHpA --n/a
Perfluorononanoic acid PFNA HBV: 10n/a
Perfluorodecanoic acid PFDA --n/a
Perfluoroundecanoic acid PFUnA --n/a
Perfluorododecanoic acid PFDoA --n/a
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000n/a
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10n/a
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --n/a
F-53B Major (9Cl-PF3ONS) F-35B Major --n/a
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --n/a
HFPA-DA / HFPO-DA / GenX Genx HBV: 10n/a
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a

Well 13 · 5/14

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 13, 5/14 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 13 · 10/15

Laboratory: EEA · Method: 533 · PDF page 1

Well 13, 10/15 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --<1.9
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 14 · 2 printed samples

Well 14 · 10/7

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 14, 10/7 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.6
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 104.8
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 14 · 10/14

Laboratory: EEA · Method: 533 · PDF page 1

Well 14, 10/14 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --3.2
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 103.7
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 16 · 2 printed samples

Well 16 · 4/3

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 16, 4/3 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<7.0
Perfluorotetradecanoic acid PFTeDA --<8.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 16 · 10/14

Laboratory: EEA · Method: 533 · PDF page 1

Well 16, 10/14 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --<1.9
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 17 · 1 printed sample

Well 17 · 10/8

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 17, 10/8 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<7.0
Perfluorotetradecanoic acid PFTeDA --<8.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0
Well 18 · 2 printed samples

Well 18 · 4/2

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 18, 4/2 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.4
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 18 · 10/14

Laboratory: EEA · Method: 533 · PDF page 1

Well 18, 10/14 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --<1.9
Perfluoropentanoic acid PFPeA --<1.9
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --<1.9
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<1.9
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<1.9
Perfluoro-3-methoxypropanoic acid PFMPA --<1.9
Perfluoro-4-methoxybutanoic acid PFMBA --<1.9
Well 19 · 2 printed samples

Well 19 · 4/9

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 19, 4/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 19 · 9/18

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 19, 9/18 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<2.0
Perfluorooctanesulfonic acid PFOS MCL: 4<2.0
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<2.0
Perfluoroheptanoic acid PFHpA --<2.0
Perfluorononanoic acid PFNA HBV: 10<2.0
Perfluorodecanoic acid PFDA --<2.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<2.0
Perfluorotridecanoic acid PFTrDA --<2.0
Perfluorotetradecanoic acid PFTeDA --<2.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<2.0
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<2.0
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<2.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<2.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Well 20 · 2 printed samples

Well 20 · 4/10

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 20, 4/10 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 20 · 10/7

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 20, 10/7 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<7.0
Perfluorotetradecanoic acid PFTeDA --<8.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0
Well 24 · 2 printed samples

Well 24 · 4/2

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 24, 4/2 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<3.8
Perfluorooctanesulfonic acid PFOS MCL: 4<3.8
Perfluorobutanoic acid PFBA --<4.8
Perfluoropentanoic acid PFPeA --<2.9
Perfluorohexanoic acid PFHxA --<2.9
Perfluoroheptanoic acid PFHpA --<2.9
Perfluorononanoic acid PFNA HBV: 10<3.8
Perfluorodecanoic acid PFDA --<2.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<2.9
Perfluorotridecanoic acid PFTrDA --<6.7
Perfluorotetradecanoic acid PFTeDA --<7.6
Perfluorobutanesulfonic acid PFBS HBV: 2000<2.9
Perfluoropentane sulfonic acid PFPeS --<3.8
Perfluorohexanesulfonic acid PFHxS HBV: 10<2.9
Perfluoroheptane sulfonic acid PFHpS --<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.8
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<4.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<4.8
ADONA ADONA --<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<4.8
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<4.8
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<19.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<2.9
Perfluoro-3-methoxypropanoic acid PFMPA --<3.8
Perfluoro-4-methoxybutanoic acid PFMBA --<2.9

Well 24 · 10/8

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 24, 10/8 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<7.0
Perfluorotetradecanoic acid PFTeDA --<8.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0
Well 25 · 2 printed samples

Well 25 · 4/11

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 25, 4/11 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.6
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 25 · 10/9

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 25, 10/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --<1.9
Perfluorotetradecanoic acid PFTeDA --<1.9
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<1.9
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Well 26 · 1 printed sample

Well 26 · 4/10

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 26, 4/10 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<3.8
Perfluorooctanesulfonic acid PFOS MCL: 4<3.8
Perfluorobutanoic acid PFBA --<4.8
Perfluoropentanoic acid PFPeA --<2.9
Perfluorohexanoic acid PFHxA --<2.9
Perfluoroheptanoic acid PFHpA --<2.9
Perfluorononanoic acid PFNA HBV: 10<3.8
Perfluorodecanoic acid PFDA --<2.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<2.9
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.4
Perfluorobutanesulfonic acid PFBS HBV: 2000<2.9
Perfluoropentane sulfonic acid PFPeS --<3.8
Perfluorohexanesulfonic acid PFHxS HBV: 10<2.9
Perfluoroheptane sulfonic acid PFHpS --<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.6
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<4.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<4.8
ADONA ADONA --<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<4.8
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<4.8
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<19.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<2.9
Perfluoro-3-methoxypropanoic acid PFMPA --<3.8
Perfluoro-4-methoxybutanoic acid PFMBA --<2.9
Well 27 · 2 printed samples

Well 27 · 4/4

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 27, 4/4 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.4
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 27 · 10/14

Laboratory: EEA · Method: 533 · PDF page 2

Well 27, 10/14 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<2.0
Perfluorooctanesulfonic acid PFOS MCL: 4<2.0
Perfluorobutanoic acid PFBA --<2.0
Perfluoropentanoic acid PFPeA --<2.0
Perfluorohexanoic acid PFHxA --<2.0
Perfluoroheptanoic acid PFHpA --<2.0
Perfluorononanoic acid PFNA HBV: 10<2.0
Perfluorodecanoic acid PFDA --<2.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<2.0
Perfluorotridecanoic acid PFTrDA --n/a
Perfluorotetradecanoic acid PFTeDA --n/a
Perfluorobutanesulfonic acid PFBS HBV: 2000<2.0
Perfluoropentane sulfonic acid PFPeS --<2.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<2.0
Perfluoroheptane sulfonic acid PFHpS --<2.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --n/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --n/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<2.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<2.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<2.0
ADONA ADONA --<2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<2.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<2.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<2.0
Perfluoro-3-methoxypropanoic acid PFMPA --<2.0
Perfluoro-4-methoxybutanoic acid PFMBA --<2.0
Well 28 · 2 printed samples

Well 28 · 4/10

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 28, 4/10 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.5
Perfluorotetradecanoic acid PFTeDA --<7.4
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.6
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 28 · 10/9

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 28, 10/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<2.0
Perfluorooctanesulfonic acid PFOS MCL: 4<2.0
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<2.0
Perfluoroheptanoic acid PFHpA --<2.0
Perfluorononanoic acid PFNA HBV: 10<2.0
Perfluorodecanoic acid PFDA --<2.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<2.0
Perfluorotridecanoic acid PFTrDA --<2.0
Perfluorotetradecanoic acid PFTeDA --<2.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<2.0
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<2.0
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<2.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<2.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Well 29 · 2 printed samples

Well 29 · 4/11

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 29, 4/11 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<7.0
Perfluorotetradecanoic acid PFTeDA --<8.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 29 · 10/9

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 29, 10/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --<1.9
Perfluorotetradecanoic acid PFTeDA --<1.9
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<1.9
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Well 30 · 2 printed samples

Well 30 · 4/9

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 30, 4/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well 30 · 10/9

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 30, 10/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<2.0
Perfluorooctanesulfonic acid PFOS MCL: 4<2.0
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<2.0
Perfluoroheptanoic acid PFHpA --<2.0
Perfluorononanoic acid PFNA HBV: 10<2.0
Perfluorodecanoic acid PFDA --<2.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<2.0
Perfluorotridecanoic acid PFTrDA --<2.0
Perfluorotetradecanoic acid PFTeDA --<2.0
Perfluorobutanesulfonic acid PFBS HBV: 2000<2.0
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<2.0
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<2.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<2.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<2.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<2.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<2.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Well 31 · 2 printed samples

Well 31 · 4/9

Laboratory: EEA · Method: UCMR5 · PDF page 2

Well 31, 4/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<4.0
Perfluorooctanesulfonic acid PFOS MCL: 4<4.0
Perfluorobutanoic acid PFBA --<5.0
Perfluoropentanoic acid PFPeA --<3.0
Perfluorohexanoic acid PFHxA --<3.0
Perfluoroheptanoic acid PFHpA --<3.0
Perfluorononanoic acid PFNA HBV: 10<4.0
Perfluorodecanoic acid PFDA --<3.0
Perfluoroundecanoic acid PFUnA --<2.0
Perfluorododecanoic acid PFDoA --<3.0
Perfluorotridecanoic acid PFTrDA --<6.6
Perfluorotetradecanoic acid PFTeDA --<7.5
Perfluorobutanesulfonic acid PFBS HBV: 2000<3.0
Perfluoropentane sulfonic acid PFPeS --<4.0
Perfluorohexanesulfonic acid PFHxS HBV: 10<3.0
Perfluoroheptane sulfonic acid PFHpS --<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS --<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS --<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS --<5.0
ADONA ADONA --<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major --<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<5.0
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --<20.1
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --<3.0
Perfluoro-3-methoxypropanoic acid PFMPA --<4.0
Perfluoro-4-methoxybutanoic acid PFMBA --<3.0

Well31 · 10/9

Laboratory: EEA · Method: 537.1 · PDF page 2

Well31, 10/9 — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA MCL: 4<1.9
Perfluorooctanesulfonic acid PFOS MCL: 4<1.9
Perfluorobutanoic acid PFBA --n/a
Perfluoropentanoic acid PFPeA --n/a
Perfluorohexanoic acid PFHxA --<1.9
Perfluoroheptanoic acid PFHpA --<1.9
Perfluorononanoic acid PFNA HBV: 10<1.9
Perfluorodecanoic acid PFDA --<1.9
Perfluoroundecanoic acid PFUnA --<1.9
Perfluorododecanoic acid PFDoA --<1.9
Perfluorotridecanoic acid PFTrDA --<1.9
Perfluorotetradecanoic acid PFTeDA --<1.9
Perfluorobutanesulfonic acid PFBS HBV: 2000<1.9
Perfluoropentane sulfonic acid PFPeS --n/a
Perfluorohexanesulfonic acid PFHxS HBV: 10<1.9
Perfluoroheptane sulfonic acid PFHpS --n/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA --<1.9
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA --<1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTS --n/a
6:2 Fluorotelomer sulfonic acid 6:2 FTS --n/a
8:2 Fluorotelomer sulfonic acid 8:2 FTS --n/a
ADONA ADONA --<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major --<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor --<1.9
HFPA-DA / HFPO-DA / GenX Genx HBV: 10<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA --n/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA --n/a
Perfluoro-3-methoxypropanoic acid PFMPA --n/a
Perfluoro-4-methoxybutanoic acid PFMBA --n/a
Spring 2023 PFAS Test Results17 sample columns · 1 source page

The three final rows preserve the report’s printed PFOA+PFOS total, Wisconsin criterion and combined PFAS total. They are not recalculated.

Printed revision date: January 30, 2024. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original Spring 2023 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Faded results with < indicate PFAS was not detect at the reported detection limit.
  • MCL - Maximum Contaminant Level.
  • ND - none detected.
  • n/a - not analyzed.
  • Lab: EEA - Eurofins Eaton Analytical.
Well 06 · 1 printed sample

Well 06 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 06, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.98
Perfluorooctanesulfonic acid PFOS0.45
Perfluorobutanoic acid PFBA2.1
Perfluoropentanoic acid PFPeA1.0
Perfluorohexanoic acid PFHxA1.1
Perfluoroheptanoic acid PFHpA0.43
Perfluorononanoic acid PFNA<0.35
Perfluorodecanoic acid PFDA<0.33
Perfluoroundecanoic acid PFUnA<0.35
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS1.2
Perfluoropentane sulfonic acid PFPeS0.71
Perfluorohexanesulfonic acid PFHxS6.3
Perfluoroheptane sulfonic acid PFHpS<0.41
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.52
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.63
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.53
ADONA ADONA<0.37
F-53B Major (9Cl-PF3ONS) F-35B Major<0.42
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.47
HFPA-DA / HFPO-DA / GenX Genx<0.49
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.87
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.42
Perfluoro-3-methoxypropanoic acid PFMPA<0.30
Perfluoro-4-methoxybutanoic acid PFMBA<0.33
PFOA+PFOS1.4
Wisconsin MCL, PFOA + PFOS70
Combined PFAS14
Well 07 · 1 printed sample

Well 07 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 07, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.71
Perfluorooctanesulfonic acid PFOS<0.51
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.61
Perfluoroheptanoic acid PFHpA<0.50
Perfluorononanoic acid PFNA<0.47
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.61
Perfluorododecanoic acid PFDoA<0.61
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS<0.69
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.0
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.62
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.62
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOS0.7
Wisconsin MCL, PFOA + PFOS70
Combined PFAS1.7
Well 09 · 1 printed sample

Well 09 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 09, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.50
Perfluorooctanesulfonic acid PFOS0.42
Perfluorobutanoic acid PFBA41
Perfluoropentanoic acid PFPeA0.97
Perfluorohexanoic acid PFHxA0.69
Perfluoroheptanoic acid PFHpA<0.38
Perfluorononanoic acid PFNA<0.36
Perfluorodecanoic acid PFDA<0.34
Perfluoroundecanoic acid PFUnA<0.36
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS1.3
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS1.3
Perfluoroheptane sulfonic acid PFHpS<0.42
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.53
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.65
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.54
ADONA ADONA<0.38
F-53B Major (9Cl-PF3ONS) F-35B Major<0.43
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.48
HFPA-DA / HFPO-DA / GenX Genx<0.50
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.88
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.43
Perfluoro-3-methoxypropanoic acid PFMPA<0.30
Perfluoro-4-methoxybutanoic acid PFMBA<0.33
PFOA+PFOS0.9
Wisconsin MCL, PFOA + PFOS70
Combined PFAS46
Well 11 · 1 printed sample

Well 11 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 11, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.61
Perfluorooctanesulfonic acid PFOS0.59
Perfluorobutanoic acid PFBA4.5
Perfluoropentanoic acid PFPeA0.52
Perfluorohexanoic acid PFHxA0.48
Perfluoroheptanoic acid PFHpA<0.38
Perfluorononanoic acid PFNA<0.36
Perfluorodecanoic acid PFDA<0.34
Perfluoroundecanoic acid PFUnA<0.36
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.61
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS1.9
Perfluoroheptane sulfonic acid PFHpS<0.42
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.53
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.64
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.54
ADONA ADONA<0.38
F-53B Major (9Cl-PF3ONS) F-35B Major<0.43
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.48
HFPA-DA / HFPO-DA / GenX Genx<0.50
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.88
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.43
Perfluoro-3-methoxypropanoic acid PFMPA<0.30
Perfluoro-4-methoxybutanoic acid PFMBA<0.33
PFOA+PFOS1.2
Wisconsin MCL, PFOA + PFOS70
Combined PFAS9.2
Well 12 · 1 printed sample

Well 12 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 12, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.49
Perfluorooctanesulfonic acid PFOS<0.52
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.62
Perfluoroheptanoic acid PFHpA<0.51
Perfluorononanoic acid PFNA<0.47
Perfluorodecanoic acid PFDA<0.59
Perfluoroundecanoic acid PFUnA<0.62
Perfluorododecanoic acid PFDoA<0.62
Perfluorotridecanoic acid PFTrDA<0.59
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS<0.69
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.43
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.61
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.50
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.48
F-53B Major (9Cl-PF3ONS) F-35B Major<0.63
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.63
HFPA-DA / HFPO-DA / GenX Genx<0.61
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 13 · 1 printed sample

Well 13 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 13, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.80
Perfluorooctanesulfonic acid PFOS<0.37
Perfluorobutanoic acid PFBA2.1
Perfluoropentanoic acid PFPeA1.4
Perfluorohexanoic acid PFHxA1.4
Perfluoroheptanoic acid PFHpA0.52
Perfluorononanoic acid PFNA<0.36
Perfluorodecanoic acid PFDA<0.34
Perfluoroundecanoic acid PFUnA<0.36
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS1.2
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS2.1
Perfluoroheptane sulfonic acid PFHpS<0.41
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.52
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.64
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.53
ADONA ADONA<0.37
F-53B Major (9Cl-PF3ONS) F-35B Major<0.42
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.48
HFPA-DA / HFPO-DA / GenX Genx<0.50
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.87
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.42
Perfluoro-3-methoxypropanoic acid PFMPA<0.30
Perfluoro-4-methoxybutanoic acid PFMBA<0.33
PFOA+PFOS0.8
Wisconsin MCL, PFOA + PFOS70
Combined PFAS9.5
Well 16 · 1 printed sample

Well 16 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 16, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.90
Perfluorooctanesulfonic acid PFOS1.6
Perfluorobutanoic acid PFBA1.7
Perfluoropentanoic acid PFPeA1.1
Perfluorohexanoic acid PFHxA0.91
Perfluoroheptanoic acid PFHpA0.41
Perfluorononanoic acid PFNA<0.35
Perfluorodecanoic acid PFDA<0.34
Perfluoroundecanoic acid PFUnA<0.35
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.83
Perfluoropentane sulfonic acid PFPeS<0.34
Perfluorohexanesulfonic acid PFHxS2.2
Perfluoroheptane sulfonic acid PFHpS<0.41
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.52
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.63
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.53
ADONA ADONA<0.37
F-53B Major (9Cl-PF3ONS) F-35B Major<0.42
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.47
HFPA-DA / HFPO-DA / GenX Genx<0.49
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.87
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.42
Perfluoro-3-methoxypropanoic acid PFMPA<0.30
Perfluoro-4-methoxybutanoic acid PFMBA<0.33
PFOA+PFOS2.5
Wisconsin MCL, PFOA + PFOS70
Combined PFAS9.7
Well 18 · 1 printed sample

Well 18 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 18, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.35
Perfluorooctanesulfonic acid PFOS<0.36
Perfluorobutanoic acid PFBA<0.47
Perfluoropentanoic acid PFPeA<0.35
Perfluorohexanoic acid PFHxA<0.38
Perfluoroheptanoic acid PFHpA<0.36
Perfluorononanoic acid PFNA<0.35
Perfluorodecanoic acid PFDA<0.33
Perfluoroundecanoic acid PFUnA<0.35
Perfluorododecanoic acid PFDoA<0.32
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS<0.38
Perfluoropentane sulfonic acid PFPeS<0.34
Perfluorohexanesulfonic acid PFHxS0.43
Perfluoroheptane sulfonic acid PFHpS<0.40
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.51
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.62
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.52
ADONA ADONA<0.36
F-53B Major (9Cl-PF3ONS) F-35B Major<0.41
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.47
HFPA-DA / HFPO-DA / GenX Genx<0.48
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.85
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.41
Perfluoro-3-methoxypropanoic acid PFMPA<0.29
Perfluoro-4-methoxybutanoic acid PFMBA<0.32
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS0.4
Well 19 · 1 printed sample

Well 19 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 19, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.49
Perfluorooctanesulfonic acid PFOS<0.52
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.62
Perfluoroheptanoic acid PFHpA<0.51
Perfluorononanoic acid PFNA<0.48
Perfluorodecanoic acid PFDA<0.59
Perfluoroundecanoic acid PFUnA<0.62
Perfluorododecanoic acid PFDoA<0.62
Perfluorotridecanoic acid PFTrDA<0.59
Perfluorotetradecanoic acid PFTeDA<0.64
Perfluorobutanesulfonic acid PFBS<0.70
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.44
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.61
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.50
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.48
F-53B Major (9Cl-PF3ONS) F-35B Major<0.63
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.63
HFPA-DA / HFPO-DA / GenX Genx<0.61
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 20 · 1 printed sample

Well 20 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 20, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.50
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.67
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 25 · 1 printed sample

Well 25 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 25, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.48
Perfluorooctanesulfonic acid PFOS<0.51
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.61
Perfluoroheptanoic acid PFHpA<0.50
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.61
Perfluorododecanoic acid PFDoA<0.61
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS<0.68
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.62
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.62
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 26 · 1 printed sample

Well 26 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 26, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.67
Perfluorooctanesulfonic acid PFOS1.1
Perfluorobutanoic acid PFBA1.5
Perfluoropentanoic acid PFPeA0.44
Perfluorohexanoic acid PFHxA<0.40
Perfluoroheptanoic acid PFHpA<0.38
Perfluorononanoic acid PFNA<0.36
Perfluorodecanoic acid PFDA<0.34
Perfluoroundecanoic acid PFUnA<0.36
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.44
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS1.1
Perfluoroheptane sulfonic acid PFHpS<0.42
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.53
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.65
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.54
ADONA ADONA<0.38
F-53B Major (9Cl-PF3ONS) F-35B Major<0.43
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.49
HFPA-DA / HFPO-DA / GenX Genx<0.51
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.89
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.43
Perfluoro-3-methoxypropanoic acid PFMPA<0.31
Perfluoro-4-methoxybutanoic acid PFMBA<0.33
PFOA+PFOS1.8
Wisconsin MCL, PFOA + PFOS70
Combined PFAS5.3
Well 27 · 1 printed sample

Well 27 · 27‐Mar

Laboratory: EEA · Method: 533 · PDF page 1

Well 27, 27‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.65
Perfluorooctanesulfonic acid PFOS<0.39
Perfluorobutanoic acid PFBA1.5
Perfluoropentanoic acid PFPeA1.0
Perfluorohexanoic acid PFHxA0.74
Perfluoroheptanoic acid PFHpA<0.40
Perfluorononanoic acid PFNA<0.38
Perfluorodecanoic acid PFDA<0.36
Perfluoroundecanoic acid PFUnA<0.38
Perfluorododecanoic acid PFDoA<0.35
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.65
Perfluoropentane sulfonic acid PFPeS<0.37
Perfluorohexanesulfonic acid PFHxS1.5
Perfluoroheptane sulfonic acid PFHpS<0.44
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.56
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.68
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.57
ADONA ADONA<0.40
F-53B Major (9Cl-PF3ONS) F-35B Major<0.45
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.51
HFPA-DA / HFPO-DA / GenX Genx<0.53
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.93
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.45
Perfluoro-3-methoxypropanoic acid PFMPA<0.32
Perfluoro-4-methoxybutanoic acid PFMBA<0.35
PFOA+PFOS0.7
Wisconsin MCL, PFOA + PFOS70
Combined PFAS6.0
Well28 · 1 printed sample

Well28 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well28, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.48
Perfluorooctanesulfonic acid PFOS<0.51
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.61
Perfluoroheptanoic acid PFHpA<0.50
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.61
Perfluorododecanoic acid PFDoA<0.61
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS<0.68
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.62
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.62
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well29 · 1 printed sample

Well29 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well29, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.48
Perfluorooctanesulfonic acid PFOS<0.51
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.60
Perfluoroheptanoic acid PFHpA<0.50
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.60
Perfluorododecanoic acid PFDoA<0.60
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.62
Perfluorobutanesulfonic acid PFBS<0.68
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.61
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.61
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 30 · 1 printed sample

Well 30 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 30, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.49
Perfluorooctanesulfonic acid PFOS<0.52
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.62
Perfluoroheptanoic acid PFHpA<0.51
Perfluorononanoic acid PFNA<0.47
Perfluorodecanoic acid PFDA<0.59
Perfluoroundecanoic acid PFUnA<0.62
Perfluorododecanoic acid PFDoA<0.62
Perfluorotridecanoic acid PFTrDA<0.59
Perfluorotetradecanoic acid PFTeDA<0.64
Perfluorobutanesulfonic acid PFBS<0.70
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.43
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.61
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.50
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.48
F-53B Major (9Cl-PF3ONS) F-35B Major<0.63
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.63
HFPA-DA / HFPO-DA / GenX Genx<0.61
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 31 · 1 printed sample

Well 31 · 29‐Mar

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 31, 29‐Mar — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.48
Perfluorooctanesulfonic acid PFOS<0.51
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.61
Perfluoroheptanoic acid PFHpA<0.50
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.61
Perfluorododecanoic acid PFDoA<0.61
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS<0.68
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.62
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.62
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Fall 2023 PFAS Test Results21 sample columns · 1 source page

Starred Well 31 values have a separate November 13, 2023 sampling note. The source column date is retained alongside that exception.

Printed revision date: January 30, 2024. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original Fall 2023 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Faded results with < indicate PFAS was not detected at the reported detection limit.
  • MCL - Maximum Contaminant Level.
  • ND - none detected.
  • n/a - not analyzed.
  • Lab: EEA - Eurofins Eaton Analytical.
  • UCMR5 - Unregulated Contaminant Monitoring Rule, Cycle 5; analysis included EPA Method 533 & 537.1 (4 PFAS only).
  • * Sampled 11/13/2023.
Well 06 · 1 printed sample

Well 06 · 2‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 06, 2‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<2.9
Perfluorohexanoic acid PFHxA<2.9
Perfluoroheptanoic acid PFHpA<2.9
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<2.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<2.9
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.5
Perfluorobutanesulfonic acid PFBS<2.9
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS6.6
Perfluoroheptane sulfonic acid PFHpS<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.5
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<2.9
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<2.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS6.6
Well 07 · 1 printed sample

Well 07 · 5‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 07, 5‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.5
Perfluorotetradecanoic acid PFTeDA<7.4
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 09 · 1 printed sample

Well 09 · 10‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 09, 10‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA46
Perfluoropentanoic acid PFPeA<2.9
Perfluorohexanoic acid PFHxA<2.9
Perfluoroheptanoic acid PFHpA<2.9
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<2.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<2.9
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.6
Perfluorobutanesulfonic acid PFBS<2.9
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS<2.9
Perfluoroheptane sulfonic acid PFHpS<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.4
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<2.9
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<2.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS46
Well 11 · 1 printed sample

Well 11 · 3‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 11, 3‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.7
Perfluorotetradecanoic acid PFTeDA<7.6
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.8
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 12 · 1 printed sample

Well 12 · 4‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 12, 4‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<7.0
Perfluorotetradecanoic acid PFTeDA<8.0
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 13 · 1 printed sample

Well 13 · 3‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 13, 3‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.6
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 14 · 2 printed samples

Well 14 · 8‐Aug

Laboratory: EEA · Method: 533 · PDF page 1

Well 14, 8‐Aug — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.9
Perfluorooctanesulfonic acid PFOS<1.9
Perfluorobutanoic acid PFBA3.9
Perfluoropentanoic acid PFPeA2.2
Perfluorohexanoic acid PFHxA2.2
Perfluoroheptanoic acid PFHpA<1.9
Perfluorononanoic acid PFNA<1.9
Perfluorodecanoic acid PFDA<1.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<1.9
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS2.1
Perfluoropentane sulfonic acid PFPeS<1.9
Perfluorohexanesulfonic acid PFHxS4.6
Perfluoroheptane sulfonic acid PFHpS<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.9
ADONA ADONA<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<1.9
HFPA-DA / HFPO-DA / GenX Genx<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<1.9
Perfluoro-3-methoxypropanoic acid PFMPA<1.9
Perfluoro-4-methoxybutanoic acid PFMBA<1.9
PFOA+PFOS1.9
Wisconsin MCL, PFOA + PFOS70
Combined PFAS17

Well 14 · 2‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 14, 2‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<2.9
Perfluorohexanoic acid PFHxA<2.9
Perfluoroheptanoic acid PFHpA<2.9
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<2.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<2.9
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.6
Perfluorobutanesulfonic acid PFBS<2.9
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS4.6
Perfluoroheptane sulfonic acid PFHpS<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.5
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<2.9
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<2.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS4.6
Well 16 · 1 printed sample

Well 16 · 4‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 16, 4‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.7
Perfluorotetradecanoic acid PFTeDA<7.6
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.8
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 17 · 2 printed samples

Well 17 · 8‐Aug

Laboratory: EEA · Method: 533 · PDF page 1

Well 17, 8‐Aug — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.9
Perfluorooctanesulfonic acid PFOS<1.9
Perfluorobutanoic acid PFBA<1.9
Perfluoropentanoic acid PFPeA<1.9
Perfluorohexanoic acid PFHxA<1.9
Perfluoroheptanoic acid PFHpA<1.9
Perfluorononanoic acid PFNA<1.9
Perfluorodecanoic acid PFDA<1.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<1.9
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS<1.9
Perfluoropentane sulfonic acid PFPeS<1.9
Perfluorohexanesulfonic acid PFHxS<1.9
Perfluoroheptane sulfonic acid PFHpS<1.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<1.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.9
ADONA ADONA<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<1.9
HFPA-DA / HFPO-DA / GenX Genx<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<1.9
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<1.9
Perfluoro-3-methoxypropanoic acid PFMPA<1.9
Perfluoro-4-methoxybutanoic acid PFMBA<1.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND

Well 17 · 2‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 17, 2‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<2.9
Perfluorohexanoic acid PFHxA<2.9
Perfluoroheptanoic acid PFHpA<2.9
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<2.9
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<2.9
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.5
Perfluorobutanesulfonic acid PFBS<2.9
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS<2.9
Perfluoroheptane sulfonic acid PFHpS<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.5
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<2.9
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<2.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 18 · 1 printed sample

Well 18 · 4‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 18, 4‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<7.0
Perfluorotetradecanoic acid PFTeDA<8.0
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<6.0
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<5.0
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 19 · 1 printed sample

Well 19 · 9‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 19, 9‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<2.9
Perfluorohexanoic acid PFHxA<2.9
Perfluoroheptanoic acid PFHpA<2.9
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<2.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<2.9
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.5
Perfluorobutanesulfonic acid PFBS<2.9
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS<2.9
Perfluoroheptane sulfonic acid PFHpS<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.4
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<2.9
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<2.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 24 · 1 printed sample

Well 24 · 1‐Aug

Laboratory: EEA · Method: 537.1 · PDF page 1

Well 24, 1‐Aug — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.9
Perfluorooctanesulfonic acid PFOS<1.9
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<1.9
Perfluoroheptanoic acid PFHpA<1.9
Perfluorononanoic acid PFNA<1.9
Perfluorodecanoic acid PFDA<1.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<1.9
Perfluorotridecanoic acid PFTrDA<1.9
Perfluorotetradecanoic acid PFTeDA<1.9
Perfluorobutanesulfonic acid PFBS<1.9
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<1.9
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<1.9
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.9
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<1.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<1.9
HFPA-DA / HFPO-DA / GenX Genx<1.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMPAn/a
Perfluoro-4-methoxybutanoic acid PFMBAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 25 · 1 printed sample

Well 25 · 10‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 25, 10‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.5
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.8
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 26 · 1 printed sample

Well 26 · 13‐Nov

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 26, 13‐Nov — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.5
Perfluorotetradecanoic acid PFTeDA<7.4
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 27 · 1 printed sample

Well 27 · 9‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 27, 9‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.6
Perfluorotetradecanoic acid PFTeDA<7.5
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.7
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 28 · 1 printed sample

Well 28 · 9‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 28, 9‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<3.9
Perfluorooctanesulfonic acid PFOS<3.9
Perfluorobutanoic acid PFBA<4.9
Perfluoropentanoic acid PFPeA<2.9
Perfluorohexanoic acid PFHxA<2.9
Perfluoroheptanoic acid PFHpA<2.9
Perfluorononanoic acid PFNA<3.9
Perfluorodecanoic acid PFDA<2.9
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<2.9
Perfluorotridecanoic acid PFTrDA<6.5
Perfluorotetradecanoic acid PFTeDA<7.5
Perfluorobutanesulfonic acid PFBS<2.9
Perfluoropentane sulfonic acid PFPeS<3.9
Perfluorohexanesulfonic acid PFHxS<2.9
Perfluoroheptane sulfonic acid PFHpS<2.9
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7
4:2 Fluorotelomer sulfonic acid 4:2 FTS<2.9
6:2 Fluorotelomer sulfonic acid 6:2 FTS<4.9
8:2 Fluorotelomer sulfonic acid 8:2 FTS<4.9
ADONA ADONA<2.9
F-53B Major (9Cl-PF3ONS) F-35B Major<1.9
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<4.9
HFPA-DA / HFPO-DA / GenX Genx<4.9
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<19.4
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<2.9
Perfluoro-3-methoxypropanoic acid PFMPA<3.9
Perfluoro-4-methoxybutanoic acid PFMBA<2.9
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 29 · 1 printed sample

Well 29 · 3‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 29, 3‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.5
Perfluorotetradecanoic acid PFTeDA<7.4
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.6
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 30 · 1 printed sample

Well 30 · 5‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 30, 5‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.5*
Perfluorotetradecanoic acid PFTeDA<7.5*
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6*
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7*
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 31 · 1 printed sample

Well 31 · 5‐Oct

Laboratory: EEA · Method: UCMR5 · PDF page 1

Well 31, 5‐Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<4.0
Perfluorooctanesulfonic acid PFOS<4.0
Perfluorobutanoic acid PFBA<5.0
Perfluoropentanoic acid PFPeA<3.0
Perfluorohexanoic acid PFHxA<3.0
Perfluoroheptanoic acid PFHpA<3.0
Perfluorononanoic acid PFNA<4.0
Perfluorodecanoic acid PFDA<3.0
Perfluoroundecanoic acid PFUnA<2.0
Perfluorododecanoic acid PFDoA<3.0
Perfluorotridecanoic acid PFTrDA<6.6*
Perfluorotetradecanoic acid PFTeDA<7.5*
Perfluorobutanesulfonic acid PFBS<3.0
Perfluoropentane sulfonic acid PFPeS<4.0
Perfluorohexanesulfonic acid PFHxS<3.0
Perfluoroheptane sulfonic acid PFHpS<3.0
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<5.6*
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<4.7*
4:2 Fluorotelomer sulfonic acid 4:2 FTS<3.0
6:2 Fluorotelomer sulfonic acid 6:2 FTS<5.0
8:2 Fluorotelomer sulfonic acid 8:2 FTS<5.0
ADONA ADONA<3.0
F-53B Major (9Cl-PF3ONS) F-35B Major<2.0
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<5.0
HFPA-DA / HFPO-DA / GenX Genx<5.0
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<20.0
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<3.0
Perfluoro-3-methoxypropanoic acid PFMPA<4.0
Perfluoro-4-methoxybutanoic acid PFMBA<3.0
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
2022 PFAS Test Results53 sample columns · 2 source pages

The May-titled page includes some August samples; the December-titled page includes a November sample. Repeated well/date columns represent separate printed lab or method columns. DW 26 is retained as printed.

Printed revision date: February 24, 2023. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original 2022 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Faded results with < indicate PFAS was not detect at the reported detection limit.
  • MCL - Maximum Contaminant Level.
  • ND - none detected.
  • n/a - not analyzed (December page).
  • Lab: WSLH - WI State Laboratory of Hygiene.
  • Additional December laboratories: Pace - Pace Analytical; EEA - Eurofins Eaton Analytical.
Well 06 · 4 printed samples

Well 06 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 06, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.91
Perfluorooctanesulfonic acid PFOS<0.953
Perfluorohexanoic acid PFHxA<1.91
Perfluoroheptanoic acid PFHpA<1.91
Perfluorononanoic acid PFNA<0.953
Perfluorodecanoic acid PFDA<1.91
Perfluoroundecanoic acid PFUnA<1.91
Perfluorododecanoic acid PFDoA<1.91
Perfluorotridecanoic acid PFTrDA<1.91
Perfluorotetradecanoic acid PFTeDA<0.953
Perfluorobutanesulfonic acid PFBS1.02
Perfluorohexanesulfonic acid PFHxS5.51
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.953
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.953
ADONA ADONA<0.953
F-53B Major (9Cl-PF3ONS) F-35B Major<0.953
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.953
HFPA-DA / HFPO-DA / GenX Genx<0.953
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS6.5

Well 06 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 06, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.1
Perfluorooctanesulfonic acid PFOS<0.51
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA1.0
Perfluoroheptanoic acid PFHpA0.50
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.61
Perfluorododecanoic acid PFDoA<0.61
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS1.1
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS5.6
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.62
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.62
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS1.1
Wisconsin MCL, PFOA + PFOS70
Combined PFAS9.3

Well 06 · 5-Dec

Laboratory: Pace · Method: 537.1 · PDF page 2

Well 06, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.83
Perfluorooctanesulfonic acid PFOS<1.1
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<1.2
Perfluoroheptanoic acid PFHpA<0.96
Perfluorononanoic acid PFNA<1.9
Perfluorodecanoic acid PFDA<0.92
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<1.4
Perfluorotridecanoic acid PFTrDA<1.7
Perfluorotetradecanoic acid PFTeDA<1.8
Perfluorobutanesulfonic acid PFBS0.9
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS4.9
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<1.5
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.88
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.69
F-53B Major (9Cl-PF3ONS) F-35B Major<1.1
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<1.5
HFPA-DA / HFPO-DA / GenX Genx<1.5
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS5.8

Well 06 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 06, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.85
Perfluorooctanesulfonic acid PFOS<0.35
Perfluorobutanoic acid PFBA1.5
Perfluoropentanoic acid PFPeA0.86
Perfluorohexanoic acid PFHxA0.88
Perfluoroheptanoic acid PFHpA<0.44
Perfluorononanoic acid PFNA<0.33
Perfluorodecanoic acid PFDA<0.31
Perfluoroundecanoic acid PFUnA<0.42
Perfluorododecanoic acid PFDoA<0.54
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS1.1
Perfluoropentane sulfonic acid PFPeS0.68
Perfluorohexanesulfonic acid PFHxS5.3
Perfluoroheptane sulfonic acid PFHpS<0.40
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.57
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.5
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.48
ADONA ADONA<0.43
F-53B Major (9Cl-PF3ONS) F-35B Major<0.50
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.44
HFPA-DA / HFPO-DA / GenX Genx<0.74
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.29
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.35
Perfluoro-3-methoxypropanoic acid PFMBA<0.26
Perfluoro-4-methoxybutanoic acid PFMPA<0.33
PFOA+PFOS0.9
Wisconsin MCL, PFOA + PFOS70
Combined PFAS11
Well 07 · 3 printed samples

Well 07 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 07, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.84
Perfluorooctanesulfonic acid PFOS<0.918
Perfluorohexanoic acid PFHxA<1.84
Perfluoroheptanoic acid PFHpA<1.84
Perfluorononanoic acid PFNA<0.918
Perfluorodecanoic acid PFDA<1.84
Perfluoroundecanoic acid PFUnA<1.84
Perfluorododecanoic acid PFDoA<1.84
Perfluorotridecanoic acid PFTrDA<1.84
Perfluorotetradecanoic acid PFTeDA<0.918
Perfluorobutanesulfonic acid PFBS<0.918
Perfluorohexanesulfonic acid PFHxS0.959
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.918
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.918
ADONA ADONA<0.918
F-53B Major (9Cl-PF3ONS) F-35B Major<0.918
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.918
HFPA-DA / HFPO-DA / GenX Genx<0.918
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS1.0

Well 07 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 07, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.77
Perfluorooctanesulfonic acid PFOS0.93
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.60
Perfluoroheptanoic acid PFHpA<0.50
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.57
Perfluoroundecanoic acid PFUnA<0.60
Perfluorododecanoic acid PFDoA<0.60
Perfluorotridecanoic acid PFTrDA<0.57
Perfluorotetradecanoic acid PFTeDA<0.62
Perfluorobutanesulfonic acid PFBS<0.68
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS0.91
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.59
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.49
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.47
F-53B Major (9Cl-PF3ONS) F-35B Major<0.61
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.61
HFPA-DA / HFPO-DA / GenX Genx<0.59
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS1.7
Wisconsin MCL, PFOA + PFOS70
Combined PFAS2.6

Well 07 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 07, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.55
Perfluorooctanesulfonic acid PFOS<0.33
Perfluorobutanoic acid PFBA<0.58
Perfluoropentanoic acid PFPeA<0.29
Perfluorohexanoic acid PFHxA<0.29
Perfluoroheptanoic acid PFHpA<0.41
Perfluorononanoic acid PFNA<0.31
Perfluorodecanoic acid PFDA<0.29
Perfluoroundecanoic acid PFUnA<0.39
Perfluorododecanoic acid PFDoA<0.50
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS<0.40
Perfluoropentane sulfonic acid PFPeS<0.33
Perfluorohexanesulfonic acid PFHxS0.95
Perfluoroheptane sulfonic acid PFHpS<0.38
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.53
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.3
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.45
ADONA ADONA<0.40
F-53B Major (9Cl-PF3ONS) F-35B Major<0.47
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.41
HFPA-DA / HFPO-DA / GenX Genx<0.69
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.27
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.33
Perfluoro-3-methoxypropanoic acid PFMBA<0.25
Perfluoro-4-methoxybutanoic acid PFMPA<0.31
PFOA+PFOS0.6
Wisconsin MCL, PFOA + PFOS70
Combined PFAS1.5
Well 08 · 1 printed sample

Well 08 · 17-Aug

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 08, 17-Aug — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.86
Perfluorooctanesulfonic acid PFOS<0.930
Perfluorohexanoic acid PFHxA<1.86
Perfluoroheptanoic acid PFHpA<1.86
Perfluorononanoic acid PFNA<0.930
Perfluorodecanoic acid PFDA<1.86
Perfluoroundecanoic acid PFUnA<1.86
Perfluorododecanoic acid PFDoA<1.86
Perfluorotridecanoic acid PFTrDA<1.86
Perfluorotetradecanoic acid PFTeDA<0.930
Perfluorobutanesulfonic acid PFBS<0.930
Perfluorohexanesulfonic acid PFHxS<0.930
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.930
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.930
ADONA ADONA<0.930
F-53B Major (9Cl-PF3ONS) F-35B Major<0.930
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.930
HFPA-DA / HFPO-DA / GenX Genx<0.930
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND
Well 09 · 3 printed samples

Well 09 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 09, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.83
Perfluorooctanesulfonic acid PFOS<0.916
Perfluorohexanoic acid PFHxA<1.83
Perfluoroheptanoic acid PFHpA<1.83
Perfluorononanoic acid PFNA<0.916
Perfluorodecanoic acid PFDA<1.83
Perfluoroundecanoic acid PFUnA<1.83
Perfluorododecanoic acid PFDoA<1.83
Perfluorotridecanoic acid PFTrDA<1.83
Perfluorotetradecanoic acid PFTeDA<0.916
Perfluorobutanesulfonic acid PFBS1.27
Perfluorohexanesulfonic acid PFHxS1.50
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.916
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.916
ADONA ADONA<0.916
F-53B Major (9Cl-PF3ONS) F-35B Major<0.916
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.916
HFPA-DA / HFPO-DA / GenX Genx<0.916
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS2.8

Well 09 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 09, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.51
Perfluorooctanesulfonic acid PFOS0.54
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.62
Perfluoroheptanoic acid PFHpA<0.52
Perfluorononanoic acid PFNA<0.48
Perfluorodecanoic acid PFDA<0.59
Perfluoroundecanoic acid PFUnA<0.62
Perfluorododecanoic acid PFDoA<0.62
Perfluorotridecanoic acid PFTrDA<0.59
Perfluorotetradecanoic acid PFTeDA<0.64
Perfluorobutanesulfonic acid PFBS1.1
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.1
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.61
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.51
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.49
F-53B Major (9Cl-PF3ONS) F-35B Major<0.63
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.63
HFPA-DA / HFPO-DA / GenX Genx<0.61
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS1.1
Wisconsin MCL, PFOA + PFOS70
Combined PFAS3.9

Well 09 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 09, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.30
Perfluorooctanesulfonic acid PFOS<0.34
Perfluorobutanoic acid PFBA33
Perfluoropentanoic acid PFPeA0.77
Perfluorohexanoic acid PFHxA0.52
Perfluoroheptanoic acid PFHpA<0.43
Perfluorononanoic acid PFNA<0.32
Perfluorodecanoic acid PFDA<0.30
Perfluoroundecanoic acid PFUnA<0.41
Perfluorododecanoic acid PFDoA<0.52
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS1.1
Perfluoropentane sulfonic acid PFPeS<0.34
Perfluorohexanesulfonic acid PFHxS1.1
Perfluoroheptane sulfonic acid PFHpS<0.39
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.55
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.4
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.46
ADONA ADONA<0.42
F-53B Major (9Cl-PF3ONS) F-35B Major<0.48
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.43
HFPA-DA / HFPO-DA / GenX Genx<0.71
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.28
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.34
Perfluoro-3-methoxypropanoic acid PFMBA<0.26
Perfluoro-4-methoxybutanoic acid PFMPA<0.32
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS36
Well 11 · 4 printed samples

Well 11 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 11, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.86
Perfluorooctanesulfonic acid PFOS<0.932
Perfluorohexanoic acid PFHxA<1.86
Perfluoroheptanoic acid PFHpA<1.86
Perfluorononanoic acid PFNA<0.932
Perfluorodecanoic acid PFDA<1.86
Perfluoroundecanoic acid PFUnA<1.86
Perfluorododecanoic acid PFDoA<1.86
Perfluorotridecanoic acid PFTrDA<1.86
Perfluorotetradecanoic acid PFTeDA<0.932
Perfluorobutanesulfonic acid PFBS<0.932
Perfluorohexanesulfonic acid PFHxS1.72
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.932
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.932
ADONA ADONA<0.932
F-53B Major (9Cl-PF3ONS) F-35B Major<0.932
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.932
HFPA-DA / HFPO-DA / GenX Genx<0.932
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS1.7

Well 11 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 11, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.77
Perfluorooctanesulfonic acid PFOS0.72
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.62
Perfluoroheptanoic acid PFHpA<0.52
Perfluorononanoic acid PFNA<0.48
Perfluorodecanoic acid PFDA<0.59
Perfluoroundecanoic acid PFUnA<0.62
Perfluorododecanoic acid PFDoA<0.62
Perfluorotridecanoic acid PFTrDA<0.59
Perfluorotetradecanoic acid PFTeDA<0.64
Perfluorobutanesulfonic acid PFBS<0.70
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.6
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.61
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.51
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.49
F-53B Major (9Cl-PF3ONS) F-35B Major<0.63
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.63
HFPA-DA / HFPO-DA / GenX Genx<0.61
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS1.5
Wisconsin MCL, PFOA + PFOS70
Combined PFAS3.1

Well 11 · 5-Dec

Laboratory: EEA · Method: 533 · PDF page 2

Well 11, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.60
Perfluorooctanesulfonic acid PFOS0.59
Perfluorobutanoic acid PFBA3.9
Perfluoropentanoic acid PFPeA0.51
Perfluorohexanoic acid PFHxA<0.41
Perfluoroheptanoic acid PFHpA<0.39
Perfluorononanoic acid PFNA<0.37
Perfluorodecanoic acid PFDA<0.35
Perfluoroundecanoic acid PFUnA<0.37
Perfluorododecanoic acid PFDoA<0.34
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.48
Perfluoropentane sulfonic acid PFPeS<0.36
Perfluorohexanesulfonic acid PFHxS1.7
Perfluoroheptane sulfonic acid PFHpS<0.42
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.54
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.66
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.55
ADONA ADONA<0.39
F-53B Major (9Cl-PF3ONS) F-35B Major<0.43
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.49
HFPA-DA / HFPO-DA / GenX Genx<0.51
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.90
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.43
Perfluoro-3-methoxypropanoic acid PFMBA<0.34
Perfluoro-4-methoxybutanoic acid PFMPA<0.31
PFOA+PFOS1.2
Wisconsin MCL, PFOA + PFOS70
Combined PFAS7.8

Well 11 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 11, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.57
Perfluorooctanesulfonic acid PFOS<0.35
Perfluorobutanoic acid PFBA3.7
Perfluoropentanoic acid PFPeA0.44
Perfluorohexanoic acid PFHxA0.44
Perfluoroheptanoic acid PFHpA<0.44
Perfluorononanoic acid PFNA<0.33
Perfluorodecanoic acid PFDA<0.31
Perfluoroundecanoic acid PFUnA<0.42
Perfluorododecanoic acid PFDoA<0.53
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.43
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS1.5
Perfluoroheptane sulfonic acid PFHpS<0.40
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.56
6:2 Fluorotelomer sulfonic acid 6:2 FTS5.6
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.47
ADONA ADONA<0.43
F-53B Major (9Cl-PF3ONS) F-35B Major<0.49
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.44
HFPA-DA / HFPO-DA / GenX Genx<0.73
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.29
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.35
Perfluoro-3-methoxypropanoic acid PFMBA<0.26
Perfluoro-4-methoxybutanoic acid PFMPA<0.33
PFOA+PFOS0.6
Wisconsin MCL, PFOA + PFOS70
Combined PFAS13
Well 12 · 2 printed samples

Well 12 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 12, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.89
Perfluorooctanesulfonic acid PFOS<0.945
Perfluorohexanoic acid PFHxA<1.89
Perfluoroheptanoic acid PFHpA<1.89
Perfluorononanoic acid PFNA<0.945
Perfluorodecanoic acid PFDA<1.89
Perfluoroundecanoic acid PFUnA<1.89
Perfluorododecanoic acid PFDoA<1.89
Perfluorotridecanoic acid PFTrDA<1.89
Perfluorotetradecanoic acid PFTeDA<0.945
Perfluorobutanesulfonic acid PFBS<0.945
Perfluorohexanesulfonic acid PFHxS<0.945
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.945
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.945
ADONA ADONA<0.945
F-53B Major (9Cl-PF3ONS) F-35B Major<0.945
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.945
HFPA-DA / HFPO-DA / GenX Genx<0.945
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 12 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 12, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.49
Perfluorooctanesulfonic acid PFOS<0.52
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.61
Perfluoroheptanoic acid PFHpA<0.51
Perfluorononanoic acid PFNA<0.47
Perfluorodecanoic acid PFDA<0.58
Perfluoroundecanoic acid PFUnA<0.61
Perfluorododecanoic acid PFDoA<0.61
Perfluorotridecanoic acid PFTrDA<0.58
Perfluorotetradecanoic acid PFTeDA<0.63
Perfluorobutanesulfonic acid PFBS<0.69
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.43
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.60
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.50
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.48
F-53B Major (9Cl-PF3ONS) F-35B Major<0.62
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.62
HFPA-DA / HFPO-DA / GenX Genx<0.60
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 13 · 4 printed samples

Well 13 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 13, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.99
Perfluorooctanesulfonic acid PFOS<0.997
Perfluorohexanoic acid PFHxA<1.99
Perfluoroheptanoic acid PFHpA<1.99
Perfluorononanoic acid PFNA<0.997
Perfluorodecanoic acid PFDA<1.99
Perfluoroundecanoic acid PFUnA<1.99
Perfluorododecanoic acid PFDoA<1.99
Perfluorotridecanoic acid PFTrDA<1.99
Perfluorotetradecanoic acid PFTeDA<0.997
Perfluorobutanesulfonic acid PFBS<0.997
Perfluorohexanesulfonic acid PFHxS1.98
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.997
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.997
ADONA ADONA<0.997
F-53B Major (9Cl-PF3ONS) F-35B Major<0.997
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.997
HFPA-DA / HFPO-DA / GenX Genx<0.997
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS2.0

Well 13 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 13, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.81
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA1.1
Perfluoroheptanoic acid PFHpA0.50
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.60
Perfluorobutanesulfonic acid PFBS1.0
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.9
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.47
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS0.8
Wisconsin MCL, PFOA + PFOS70
Combined PFAS5.3

Well 13 · 5-Dec

Laboratory: EEA · Method: 533 · PDF page 2

Well 13, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.78
Perfluorooctanesulfonic acid PFOS<0.37
Perfluorobutanoic acid PFBA1.7
Perfluoropentanoic acid PFPeA1.2
Perfluorohexanoic acid PFHxA1.2
Perfluoroheptanoic acid PFHpA0.48
Perfluorononanoic acid PFNA<0.36
Perfluorodecanoic acid PFDA<0.34
Perfluoroundecanoic acid PFUnA<0.36
Perfluorododecanoic acid PFDoA<0.33
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS1.1
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS1.9
Perfluoroheptane sulfonic acid PFHpS<0.42
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.53
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.65
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.54
ADONA ADONA<0.38
F-53B Major (9Cl-PF3ONS) F-35B Major<0.43
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.49
HFPA-DA / HFPO-DA / GenX Genx<0.51
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.89
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.43
Perfluoro-3-methoxypropanoic acid PFMBA<0.33
Perfluoro-4-methoxybutanoic acid PFMPA<0.31
PFOA+PFOS0.8
Wisconsin MCL, PFOA + PFOS70
Combined PFAS8.4

Well 13 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 13, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.60
Perfluorooctanesulfonic acid PFOS<0.35
Perfluorobutanoic acid PFBA1.5
Perfluoropentanoic acid PFPeA1.2
Perfluorohexanoic acid PFHxA1.1
Perfluoroheptanoic acid PFHpA<0.44
Perfluorononanoic acid PFNA<0.33
Perfluorodecanoic acid PFDA<0.31
Perfluoroundecanoic acid PFUnA<0.42
Perfluorododecanoic acid PFDoA<0.53
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.96
Perfluoropentane sulfonic acid PFPeS<0.35
Perfluorohexanesulfonic acid PFHxS1.7
Perfluoroheptane sulfonic acid PFHpS<0.40
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.56
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.5
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.47
ADONA ADONA<0.43
F-53B Major (9Cl-PF3ONS) F-35B Major<0.49
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.44
HFPA-DA / HFPO-DA / GenX Genx<0.73
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.29
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.35
Perfluoro-3-methoxypropanoic acid PFMBA<0.26
Perfluoro-4-methoxybutanoic acid PFMPA<0.33
PFOA+PFOS0.6
Wisconsin MCL, PFOA + PFOS70
Combined PFAS7.1
Well 14 · 2 printed samples

Well 14 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 14, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.92
Perfluorooctanesulfonic acid PFOS<0.961
Perfluorohexanoic acid PFHxA2.08
Perfluoroheptanoic acid PFHpA<1.92
Perfluorononanoic acid PFNA<0.961
Perfluorodecanoic acid PFDA<1.92
Perfluoroundecanoic acid PFUnA<1.92
Perfluorododecanoic acid PFDoA<1.92
Perfluorotridecanoic acid PFTrDA<1.92
Perfluorotetradecanoic acid PFTeDA<0.961
Perfluorobutanesulfonic acid PFBS1.77
Perfluorohexanesulfonic acid PFHxS4.59
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.961
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.961
ADONA ADONA<0.961
F-53B Major (9Cl-PF3ONS) F-35B Major<0.961
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.961
HFPA-DA / HFPO-DA / GenX Genx<0.961
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS8.4

Well 14 · 2-Nov

Laboratory: WSLH · Method: 537.1 · PDF page 2

Well 14, 2-Nov — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.81
Perfluorooctanesulfonic acid PFOS<0.904
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA1.94
Perfluoroheptanoic acid PFHpA<1.81
Perfluorononanoic acid PFNA<0.904
Perfluorodecanoic acid PFDA<1.81
Perfluoroundecanoic acid PFUnA<1.81
Perfluorododecanoic acid PFDoA<1.81
Perfluorotridecanoic acid PFTrDA<1.81
Perfluorotetradecanoic acid PFTeDA<0.904
Perfluorobutanesulfonic acid PFBS1.60
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS4.14
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.904
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.904
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.904
F-53B Major (9Cl-PF3ONS) F-35B Major<0.904
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.904
HFPA-DA / HFPO-DA / GenX Genx<0.904
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS7.7
Well 16 · 4 printed samples

Well 16 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 16, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.80
Perfluorooctanesulfonic acid PFOS1.42
Perfluorohexanoic acid PFHxA<1.80
Perfluoroheptanoic acid PFHpA<1.80
Perfluorononanoic acid PFNA<0.900
Perfluorodecanoic acid PFDA<1.80
Perfluoroundecanoic acid PFUnA<1.80
Perfluorododecanoic acid PFDoA<1.80
Perfluorotridecanoic acid PFTrDA<1.80
Perfluorotetradecanoic acid PFTeDA<0.900
Perfluorobutanesulfonic acid PFBS<0.900
Perfluorohexanesulfonic acid PFHxS2.74
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.900
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.900
ADONA ADONA<0.900
F-53B Major (9Cl-PF3ONS) F-35B Major<0.900
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.900
HFPA-DA / HFPO-DA / GenX Genx<0.900
PFOA+PFOS1.4
WI MCL, PFOA + PFOS70
Combined PFAS4.2

Well 16 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 16, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.78
Perfluorooctanesulfonic acid PFOS1.4
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.61
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.67
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.6
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS2.2
Wisconsin MCL, PFOA + PFOS70
Combined PFAS4.4

Well 16 · 5-Dec

Laboratory: Pace · Method: 537.1 · PDF page 2

Well 16, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.86
Perfluorooctanesulfonic acid PFOS<1.2
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<1.2
Perfluoroheptanoic acid PFHpA<0.99
Perfluorononanoic acid PFNA<1.9
Perfluorodecanoic acid PFDA<0.95
Perfluoroundecanoic acid PFUnA<1.9
Perfluorododecanoic acid PFDoA<1.4
Perfluorotridecanoic acid PFTrDA<1.7
Perfluorotetradecanoic acid PFTeDA<1.8
Perfluorobutanesulfonic acid PFBS<0.65
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.5
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<1.5
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.91
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.71
F-53B Major (9Cl-PF3ONS) F-35B Major<1.1
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<1.6
HFPA-DA / HFPO-DA / GenX Genx<1.6
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFAS1.5

Well 16 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 16, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.64
Perfluorooctanesulfonic acid PFOS1.2
Perfluorobutanoic acid PFBA0.95
Perfluoropentanoic acid PFPeA0.73
Perfluorohexanoic acid PFHxA0.60
Perfluoroheptanoic acid PFHpA<0.42
Perfluorononanoic acid PFNA<0.32
Perfluorodecanoic acid PFDA<0.30
Perfluoroundecanoic acid PFUnA<0.40
Perfluorododecanoic acid PFDoA<0.52
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.47
Perfluoropentane sulfonic acid PFPeS<0.34
Perfluorohexanesulfonic acid PFHxS1.7
Perfluoroheptane sulfonic acid PFHpS<0.38
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.54
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.4
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.46
ADONA ADONA<0.41
F-53B Major (9Cl-PF3ONS) F-35B Major<0.48
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.42
HFPA-DA / HFPO-DA / GenX Genx<0.70
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.28
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.34
Perfluoro-3-methoxypropanoic acid PFMBA<0.25
Perfluoro-4-methoxybutanoic acid PFMPA<0.32
PFOA+PFOS1.8
Wisconsin MCL, PFOA + PFOS70
Combined PFAS6.3
Well 17 · 1 printed sample

Well 17 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 17, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.79
Perfluorooctanesulfonic acid PFOS<0.896
Perfluorohexanoic acid PFHxA<1.79
Perfluoroheptanoic acid PFHpA<1.79
Perfluorononanoic acid PFNA<0.896
Perfluorodecanoic acid PFDA<1.79
Perfluoroundecanoic acid PFUnA<1.79
Perfluorododecanoic acid PFDoA<1.79
Perfluorotridecanoic acid PFTrDA<1.79
Perfluorotetradecanoic acid PFTeDA<0.896
Perfluorobutanesulfonic acid PFBS<0.896
Perfluorohexanesulfonic acid PFHxS<0.896
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.896
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.896
ADONA ADONA<0.896
F-53B Major (9Cl-PF3ONS) F-35B Major<0.896
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.896
HFPA-DA / HFPO-DA / GenX Genx<0.896
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND
Well 18 · 2 printed samples

Well 18 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 18, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.84
Perfluorooctanesulfonic acid PFOS<0.922
Perfluorohexanoic acid PFHxA<1.84
Perfluoroheptanoic acid PFHpA<1.84
Perfluorononanoic acid PFNA<0.922
Perfluorodecanoic acid PFDA<1.84
Perfluoroundecanoic acid PFUnA<1.84
Perfluorododecanoic acid PFDoA<1.84
Perfluorotridecanoic acid PFTrDA<1.84
Perfluorotetradecanoic acid PFTeDA<0.922
Perfluorobutanesulfonic acid PFBS<0.922
Perfluorohexanesulfonic acid PFHxS<0.922
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.922
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.922
ADONA ADONA<0.922
F-53B Major (9Cl-PF3ONS) F-35B Major<0.922
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.922
HFPA-DA / HFPO-DA / GenX Genx<0.922
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 18 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 18, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.50
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.60
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.57
Perfluoroundecanoic acid PFUnA<0.60
Perfluorododecanoic acid PFDoA<0.60
Perfluorotridecanoic acid PFTrDA<0.57
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.67
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.59
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.59
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 19 · 2 printed samples

Well 19 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 19, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.82
Perfluorooctanesulfonic acid PFOS<0.908
Perfluorohexanoic acid PFHxA<1.82
Perfluoroheptanoic acid PFHpA<1.82
Perfluorononanoic acid PFNA<0.908
Perfluorodecanoic acid PFDA<1.82
Perfluoroundecanoic acid PFUnA<1.82
Perfluorododecanoic acid PFDoA<1.82
Perfluorotridecanoic acid PFTrDA<1.82
Perfluorotetradecanoic acid PFTeDA<0.908
Perfluorobutanesulfonic acid PFBS<0.908
Perfluorohexanesulfonic acid PFHxS<0.908
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.908
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.908
ADONA ADONA<0.908
F-53B Major (9Cl-PF3ONS) F-35B Major<0.908
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.908
HFPA-DA / HFPO-DA / GenX Genx<0.908
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 19 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 19, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.50
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.60
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.57
Perfluoroundecanoic acid PFUnA<0.60
Perfluorododecanoic acid PFDoA<0.60
Perfluorotridecanoic acid PFTrDA<0.57
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.67
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.59
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.61
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.61
HFPA-DA / HFPO-DA / GenX Genx<0.59
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 20 · 2 printed samples

Well 20 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 20, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.91
Perfluorooctanesulfonic acid PFOS<0.955
Perfluorohexanoic acid PFHxA<1.91
Perfluoroheptanoic acid PFHpA<1.91
Perfluorononanoic acid PFNA<0.955
Perfluorodecanoic acid PFDA<1.91
Perfluoroundecanoic acid PFUnA<1.91
Perfluorododecanoic acid PFDoA<1.91
Perfluorotridecanoic acid PFTrDA<1.91
Perfluorotetradecanoic acid PFTeDA<0.955
Perfluorobutanesulfonic acid PFBS<0.955
Perfluorohexanesulfonic acid PFHxS<0.955
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.955
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.955
ADONA ADONA<0.955
F-53B Major (9Cl-PF3ONS) F-35B Major<0.955
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.955
HFPA-DA / HFPO-DA / GenX Genx<0.955
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 20 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 20, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 24 · 2 printed samples

Well 24 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 24, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.90
Perfluorooctanesulfonic acid PFOS<0.952
Perfluorohexanoic acid PFHxA<1.90
Perfluoroheptanoic acid PFHpA<1.90
Perfluorononanoic acid PFNA<0.952
Perfluorodecanoic acid PFDA<1.90
Perfluoroundecanoic acid PFUnA<1.90
Perfluorododecanoic acid PFDoA<1.90
Perfluorotridecanoic acid PFTrDA<1.90
Perfluorotetradecanoic acid PFTeDA<0.952
Perfluorobutanesulfonic acid PFBS<0.952
Perfluorohexanesulfonic acid PFHxS<0.952
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.952
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.952
ADONA ADONA<0.952
F-53B Major (9Cl-PF3ONS) F-35B Major<0.952
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.952
HFPA-DA / HFPO-DA / GenX Genx<0.952
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 24 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 24, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.48
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.47
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 25 · 2 printed samples

Well 25 · 17-Aug

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 25, 17-Aug — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.89
Perfluorooctanesulfonic acid PFOS<0.945
Perfluorohexanoic acid PFHxA<1.89
Perfluoroheptanoic acid PFHpA<1.89
Perfluorononanoic acid PFNA<0.945
Perfluorodecanoic acid PFDA<1.89
Perfluoroundecanoic acid PFUnA<1.89
Perfluorododecanoic acid PFDoA<1.89
Perfluorotridecanoic acid PFTrDA<1.89
Perfluorotetradecanoic acid PFTeDA<0.945
Perfluorobutanesulfonic acid PFBS<0.945
Perfluorohexanesulfonic acid PFHxS<0.945
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.945
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.945
ADONA ADONA<0.945
F-53B Major (9Cl-PF3ONS) F-35B Major<0.945
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.945
HFPA-DA / HFPO-DA / GenX Genx<0.945
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 25 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 25, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.48
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 26 · 3 printed samples

Well 26 · 17-Aug

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 26, 17-Aug — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.84
Perfluorooctanesulfonic acid PFOS<0.921
Perfluorohexanoic acid PFHxA<1.84
Perfluoroheptanoic acid PFHpA<1.84
Perfluorononanoic acid PFNA<0.921
Perfluorodecanoic acid PFDA<1.84
Perfluoroundecanoic acid PFUnA<1.84
Perfluorododecanoic acid PFDoA<1.84
Perfluorotridecanoic acid PFTrDA<1.84
Perfluorotetradecanoic acid PFTeDA<0.921
Perfluorobutanesulfonic acid PFBS<0.921
Perfluorohexanesulfonic acid PFHxS0.940
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.921
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.921
ADONA ADONA<0.921
F-53B Major (9Cl-PF3ONS) F-35B Major<0.921
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.921
HFPA-DA / HFPO-DA / GenX Genx<0.921
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS0.9

Well 26 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 26, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.65
Perfluorooctanesulfonic acid PFOS1.2
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.48
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.60
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS0.94
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.47
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS1.9
Wisconsin MCL, PFOA + PFOS70
Combined PFAS2.8

Well 26 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 26, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.47
Perfluorooctanesulfonic acid PFOS0.97
Perfluorobutanoic acid PFBA0.95
Perfluoropentanoic acid PFPeA0.37
Perfluorohexanoic acid PFHxA0.29
Perfluoroheptanoic acid PFHpA<0.40
Perfluorononanoic acid PFNA<0.30
Perfluorodecanoic acid PFDA<0.28
Perfluoroundecanoic acid PFUnA<0.38
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS<0.39
Perfluoropentane sulfonic acid PFPeS<0.32
Perfluorohexanesulfonic acid PFHxS1.1
Perfluoroheptane sulfonic acid PFHpS<0.36
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.51
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.2
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.43
ADONA ADONA<0.39
F-53B Major (9Cl-PF3ONS) F-35B Major<0.45
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.40
HFPA-DA / HFPO-DA / GenX Genx<0.66
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.26
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.32
Perfluoro-3-methoxypropanoic acid PFMBA<0.24
Perfluoro-4-methoxybutanoic acid PFMPA<0.30
PFOA+PFOS1.4
Wisconsin MCL, PFOA + PFOS70
Combined PFAS4.2
Well 27 · 3 printed samples

Well 27 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 27, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.87
Perfluorooctanesulfonic acid PFOS<0.937
Perfluorohexanoic acid PFHxA<1.87
Perfluoroheptanoic acid PFHpA<1.87
Perfluorononanoic acid PFNA<0.937
Perfluorodecanoic acid PFDA<1.87
Perfluoroundecanoic acid PFUnA<1.87
Perfluorododecanoic acid PFDoA<1.87
Perfluorotridecanoic acid PFTrDA<1.87
Perfluorotetradecanoic acid PFTeDA<0.937
Perfluorobutanesulfonic acid PFBS<0.937
Perfluorohexanesulfonic acid PFHxS1.38
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.937
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.937
ADONA ADONA<0.937
F-53B Major (9Cl-PF3ONS) F-35B Major<0.937
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.937
HFPA-DA / HFPO-DA / GenX Genx<0.937
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFAS1.4

Well 27 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 27, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.69
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.67
Perfluoroheptanoic acid PFHpA<0.48
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.58
Perfluorododecanoic acid PFDoA<0.58
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.60
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.4
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.47
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.45
F-53B Major (9Cl-PF3ONS) F-35B Major<0.59
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.59
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOS0.7
Wisconsin MCL, PFOA + PFOS70
Combined PFAS2.8

Well 27 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

Well 27, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.54
Perfluorooctanesulfonic acid PFOS<0.34
Perfluorobutanoic acid PFBA1.1
Perfluoropentanoic acid PFPeA0.81
Perfluorohexanoic acid PFHxA0.62
Perfluoroheptanoic acid PFHpA<0.42
Perfluorononanoic acid PFNA<0.32
Perfluorodecanoic acid PFDA<0.30
Perfluoroundecanoic acid PFUnA<0.40
Perfluorododecanoic acid PFDoA<0.51
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS0.58
Perfluoropentane sulfonic acid PFPeS<0.34
Perfluorohexanesulfonic acid PFHxS1.3
Perfluoroheptane sulfonic acid PFHpS<0.38
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.54
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.4
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.46
ADONA ADONA<0.41
F-53B Major (9Cl-PF3ONS) F-35B Major<0.48
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.42
HFPA-DA / HFPO-DA / GenX Genx<0.70
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.28
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.34
Perfluoro-3-methoxypropanoic acid PFMBA<0.25
Perfluoro-4-methoxybutanoic acid PFMPA<0.32
PFOA+PFOS0.5
Wisconsin MCL, PFOA + PFOS70
Combined PFAS5.0
Well 28 · 2 printed samples

Well 28 · 24-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 28, 24-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.87
Perfluorooctanesulfonic acid PFOS<0.935
Perfluorohexanoic acid PFHxA<1.87
Perfluoroheptanoic acid PFHpA<1.87
Perfluorononanoic acid PFNA<0.935
Perfluorodecanoic acid PFDA<1.87
Perfluoroundecanoic acid PFUnA<1.87
Perfluorododecanoic acid PFDoA<1.87
Perfluorotridecanoic acid PFTrDA<1.87
Perfluorotetradecanoic acid PFTeDA<0.935
Perfluorobutanesulfonic acid PFBS<0.935
Perfluorohexanesulfonic acid PFHxS<0.935
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.935
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.935
ADONA ADONA<0.935
F-53B Major (9Cl-PF3ONS) F-35B Major<0.935
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.935
HFPA-DA / HFPO-DA / GenX Genx<0.935
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 28 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 28, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.46
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.48
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.60
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.47
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.59
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.59
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 29 · 2 printed samples

Well 29 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 29, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.94
Perfluorooctanesulfonic acid PFOS<0.968
Perfluorohexanoic acid PFHxA<1.94
Perfluoroheptanoic acid PFHpA<1.94
Perfluorononanoic acid PFNA<0.968
Perfluorodecanoic acid PFDA<1.94
Perfluoroundecanoic acid PFUnA<1.94
Perfluorododecanoic acid PFDoA<1.94
Perfluorotridecanoic acid PFTrDA<1.94
Perfluorotetradecanoic acid PFTeDA<0.968
Perfluorobutanesulfonic acid PFBS<0.968
Perfluorohexanesulfonic acid PFHxS<0.968
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.968
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.968
ADONA ADONA<0.968
F-53B Major (9Cl-PF3ONS) F-35B Major<0.968
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.968
HFPA-DA / HFPO-DA / GenX Genx<0.968
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 29 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 29, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.59
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.59
Perfluorododecanoic acid PFDoA<0.59
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.61
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.60
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.60
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 30 · 2 printed samples

Well 30 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 30, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.81
Perfluorooctanesulfonic acid PFOS<0.903
Perfluorohexanoic acid PFHxA<1.81
Perfluoroheptanoic acid PFHpA<1.81
Perfluorononanoic acid PFNA<0.903
Perfluorodecanoic acid PFDA<1.81
Perfluoroundecanoic acid PFUnA<1.81
Perfluorododecanoic acid PFDoA<1.81
Perfluorotridecanoic acid PFTrDA<1.81
Perfluorotetradecanoic acid PFTeDA<0.903
Perfluorobutanesulfonic acid PFBS<0.903
Perfluorohexanesulfonic acid PFHxS<0.903
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.903
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.903
ADONA ADONA<0.903
F-53B Major (9Cl-PF3ONS) F-35B Major<0.903
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.903
HFPA-DA / HFPO-DA / GenX Genx<0.903
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 30 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 30, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.46
Perfluorooctanesulfonic acid PFOS<0.49
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.58
Perfluoroheptanoic acid PFHpA<0.48
Perfluorononanoic acid PFNA<0.45
Perfluorodecanoic acid PFDA<0.56
Perfluoroundecanoic acid PFUnA<0.58
Perfluorododecanoic acid PFDoA<0.58
Perfluorotridecanoic acid PFTrDA<0.56
Perfluorotetradecanoic acid PFTeDA<0.60
Perfluorobutanesulfonic acid PFBS<0.66
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.41
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.58
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.47
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.45
F-53B Major (9Cl-PF3ONS) F-35B Major<0.59
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.59
HFPA-DA / HFPO-DA / GenX Genx<0.58
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
Well 31 · 2 printed samples

Well 31 · 25-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 31, 25-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<1.92
Perfluorooctanesulfonic acid PFOS<0.958
Perfluorohexanoic acid PFHxA<1.92
Perfluoroheptanoic acid PFHpA<1.92
Perfluorononanoic acid PFNA<0.958
Perfluorodecanoic acid PFDA<1.92
Perfluoroundecanoic acid PFUnA<1.92
Perfluorododecanoic acid PFDoA<1.92
Perfluorotridecanoic acid PFTrDA<1.92
Perfluorotetradecanoic acid PFTeDA<0.958
Perfluorobutanesulfonic acid PFBS<0.958
Perfluorohexanesulfonic acid PFHxS<0.958
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.958
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.958
ADONA ADONA<0.958
F-53B Major (9Cl-PF3ONS) F-35B Major<0.958
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.958
HFPA-DA / HFPO-DA / GenX Genx<0.958
PFOA+PFOSND
WI MCL, PFOA + PFOS70
Combined PFASND

Well 31 · 5-Dec

Laboratory: EEA · Method: 537.1 · PDF page 2

Well 31, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.47
Perfluorooctanesulfonic acid PFOS<0.50
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.60
Perfluoroheptanoic acid PFHpA<0.49
Perfluorononanoic acid PFNA<0.46
Perfluorodecanoic acid PFDA<0.57
Perfluoroundecanoic acid PFUnA<0.60
Perfluorododecanoic acid PFDoA<0.60
Perfluorotridecanoic acid PFTrDA<0.57
Perfluorotetradecanoic acid PFTeDA<0.62
Perfluorobutanesulfonic acid PFBS<0.67
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS<0.42
Perfluoroheptane sulfonic acid PFHpSn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.59
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.48
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
ADONA ADONA<0.46
F-53B Major (9Cl-PF3ONS) F-35B Major<0.61
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.61
HFPA-DA / HFPO-DA / GenX Genx<0.59
Nonafluoro-3,6-dioxaheptanoic acid NFDHAn/a
Perfluoro (2-ethoxyethane) sulfonic acid PFEESAn/a
Perfluoro-3-methoxypropanoic acid PFMBAn/a
Perfluoro-4-methoxybutanoic acid PFMPAn/a
PFOA+PFOSND
Wisconsin MCL, PFOA + PFOS70
Combined PFASND
DW 26 · 1 printed sample

DW 26 · 5-Dec

Laboratory: Pace · Method: 533 · PDF page 2

DW 26, 5-Dec — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.42
Perfluorooctanesulfonic acid PFOS0.87
Perfluorobutanoic acid PFBA1.1
Perfluoropentanoic acid PFPeA<0.29
Perfluorohexanoic acid PFHxA<0.29
Perfluoroheptanoic acid PFHpA<0.41
Perfluorononanoic acid PFNA<0.31
Perfluorodecanoic acid PFDA<0.29
Perfluoroundecanoic acid PFUnA<0.40
Perfluorododecanoic acid PFDoA<0.51
Perfluorotridecanoic acid PFTrDAn/a
Perfluorotetradecanoic acid PFTeDAn/a
Perfluorobutanesulfonic acid PFBS<0.41
Perfluoropentane sulfonic acid PFPeS<0.33
Perfluorohexanesulfonic acid PFHxS0.68
Perfluoroheptane sulfonic acid PFHpS<0.38
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAAn/a
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAAn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.53
6:2 Fluorotelomer sulfonic acid 6:2 FTS<3.3
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.45
ADONA ADONA<0.41
F-53B Major (9Cl-PF3ONS) F-35B Major<0.47
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.41
HFPA-DA / HFPO-DA / GenX Genx<0.69
Nonafluoro-3,6-dioxaheptanoic acid NFDHA<0.28
Perfluoro (2-ethoxyethane) sulfonic acid PFEESA<0.33
Perfluoro-3-methoxypropanoic acid PFMBA<0.25
Perfluoro-4-methoxybutanoic acid PFMPA<0.31
PFOA+PFOS1.3
Wisconsin MCL, PFOA + PFOS70
Combined PFAS3.1
2021 PFAS Test Results24 sample columns · 1 source page

The proposed Wisconsin criterion printed in this 2021 report is historical. Repeated well/date columns and field-blank qualifiers remain separate.

Printed revision date: December 9, 2021. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original 2021 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Faded results with < indicate result was below detection limit.
  • MCL - Maximum Contaminant Level.
  • Results with J indicate an estimated value due to being below reporting limit.
  • Results with FB indicate PFAS was also detected in field reagent blank.
  • ND - none detected.
  • Lab: WSLH - WI State Laboratory of Hygiene.
  • Method: ISO - Modified ISO 21675.
  • * - an estimate derived from the sum of estimated values.
Well 06 · 1 printed sample

Well 06 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 06, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.692J
Perfluorooctanesulfonic acid PFOS<0.240
Perfluorobutanoic acid PFBA<1.03
Perfluoropentanoic acid PFPeA0.643J
Perfluorohexanoic acid PFHxA0.716J
Perfluoroheptanoic acid PFHpA<0.374
Perfluorooctanesulfonamide FOSA<0.851
Perfluorononanoic acid PFNA<0.429
Perfluorodecanoic acid PFDA<0.469
Perfluoroundecanoic acid PFUnA<0.265
Perfluorododecanoic acid PFDoA<0.387
Perfluorotridecanoic acid PFTrDA<0.490
Perfluorotetradecanoic acid PFTeDA<0.633
Perfluorobutanesulfonic acid PFBS0.882J
Perfluoropentane sulfonic acid PFPeS0.433J
Perfluorohexanesulfonic acid PFHxS4.14
Perfluoroheptane sulfonic acid PFHpS<0.317
Perfluorononane sulfonic acid PFNS<0.390
Perfluorodecane sulfonic acid PFDS<0.473
Perfluorododecanesulfonic acid PFDoS<0.974
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.573
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.371
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.235
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.216
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.599
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.440
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.403
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.359
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.196
ADONA ADONA<0.208
F-53B Major (9Cl-PF3ONS) F-35B Major<0.387
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.429
HFPA-DA / HFPO-DA / GenX Genx<0.249
PFOA+PFOS*0.7
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*7.5
Well 07 · 1 printed sample

Well 07 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 07, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.532J
Perfluorooctanesulfonic acid PFOS<0.244
Perfluorobutanoic acid PFBA<1.04
Perfluoropentanoic acid PFPeA<0.435
Perfluorohexanoic acid PFHxA<0.345
Perfluoroheptanoic acid PFHpA<0.379
Perfluorooctanesulfonamide FOSA<0.863
Perfluorononanoic acid PFNA<0.435
Perfluorodecanoic acid PFDA<0.476
Perfluoroundecanoic acid PFUnA<0.269
Perfluorododecanoic acid PFDoA<0.392
Perfluorotridecanoic acid PFTrDA<0.497
Perfluorotetradecanoic acid PFTeDA<0.642
Perfluorobutanesulfonic acid PFBS<0.265
Perfluoropentane sulfonic acid PFPeS<0.316
Perfluorohexanesulfonic acid PFHxS0.892J
Perfluoroheptane sulfonic acid PFHpS<0.321
Perfluorononane sulfonic acid PFNS<0.396
Perfluorodecane sulfonic acid PFDS<0.479
Perfluorododecanesulfonic acid PFDoS<0.988
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.581
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.377
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.238
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.219
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.608
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.447
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.408
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.364
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.199
ADONA ADONA<0.211
F-53B Major (9Cl-PF3ONS) F-35B Major<0.392
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.435
HFPA-DA / HFPO-DA / GenX Genx<0.253
PFOA+PFOS*0.5
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*1.4
Well 08 · 1 printed sample

Well 08 · 9-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 08, 9-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.860J
Perfluorooctanesulfonic acid PFOS0.904J
Perfluorobutanoic acid PFBA<2.57
Perfluoropentanoic acid PFPeA0.391J
Perfluorohexanoic acid PFHxA0.460J
Perfluoroheptanoic acid PFHpA0.138J
Perfluorooctanesulfonamide FOSA<0.802
Perfluorononanoic acid PFNA<0.143
Perfluorodecanoic acid PFDA<0.138
Perfluoroundecanoic acid PFUnA<0.173
Perfluorododecanoic acid PFDoA<0.236
Perfluorotridecanoic acid PFTrDA<0.226
Perfluorotetradecanoic acid PFTeDA<0.455
Perfluorobutanesulfonic acid PFBS<0.143
Perfluoropentane sulfonic acid PFPeS<0.0776
Perfluorohexanesulfonic acid PFHxS0.665J
Perfluoroheptane sulfonic acid PFHpS<0.103
Perfluorononane sulfonic acid PFNS<0.175
Perfluorodecane sulfonic acid PFDS<0.182
Perfluorododecanesulfonic acid PFDoS<0.823
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.427
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.290
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.180
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.272
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.397
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.450
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.203
6:2 Fluorotelomer sulfonic acid 6:2 FTSA0.168J
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.122
ADONA ADONA<0.0935
F-53B Major (9Cl-PF3ONS) F-35B Major<0.132
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.130
HFPA-DA / HFPO-DA / GenX Genx<0.135
PFOA+PFOS*1.8
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*3.6
Well 09 · 2 printed samples

Well 09 · 9-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 09, 9-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.416J
Perfluorooctanesulfonic acid PFOS0.254J
Perfluorobutanoic acid PFBA25.5
Perfluoropentanoic acid PFPeA0.553J
Perfluorohexanoic acid PFHxA0.496J
Perfluoroheptanoic acid PFHpA0.173J
Perfluorooctanesulfonamide FOSA<0.810
Perfluorononanoic acid PFNA<0.144
Perfluorodecanoic acid PFDA<0.140
Perfluoroundecanoic acid PFUnA<0.175
Perfluorododecanoic acid PFDoA<0.238
Perfluorotridecanoic acid PFTrDA<0.228
Perfluorotetradecanoic acid PFTeDA<0.459
Perfluorobutanesulfonic acid PFBS0.838J
Perfluoropentane sulfonic acid PFPeS0.178J
Perfluorohexanesulfonic acid PFHxS1.07
Perfluoroheptane sulfonic acid PFHpS<0.104
Perfluorononane sulfonic acid PFNS<0.177
Perfluorodecane sulfonic acid PFDS<0.183
Perfluorododecanesulfonic acid PFDoS<0.832
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.432
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.293
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.182
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.275
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.401
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.455
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.205
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.155
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.123
ADONA ADONA<0.0945
F-53B Major (9Cl-PF3ONS) F-35B Major<0.133
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.132
HFPA-DA / HFPO-DA / GenX Genx<0.136
PFOA+PFOS*0.7
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*29

Well 09 · 9-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 09, 9-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.486J,FB
Perfluorooctanesulfonic acid PFOS0.257J
Perfluorobutanoic acid PFBA25.4
Perfluoropentanoic acid PFPeA0.596J
Perfluorohexanoic acid PFHxA0.493J,FB
Perfluoroheptanoic acid PFHpA0.215J
Perfluorooctanesulfonamide FOSA<0.800
Perfluorononanoic acid PFNA<0.143
Perfluorodecanoic acid PFDA<0.138
Perfluoroundecanoic acid PFUnA<0.173
Perfluorododecanoic acid PFDoA<0.235
Perfluorotridecanoic acid PFTrDA<0.225
Perfluorotetradecanoic acid PFTeDA<0.453
Perfluorobutanesulfonic acid PFBS0.825J
Perfluoropentane sulfonic acid PFPeS0.175J
Perfluorohexanesulfonic acid PFHxS1.03
Perfluoroheptane sulfonic acid PFHpS<0.102
Perfluorononane sulfonic acid PFNS<0.175
Perfluorodecane sulfonic acid PFDS<0.181
Perfluorododecanesulfonic acid PFDoS<0.821
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.426
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.289
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.179
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.272
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.396
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.449
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.202
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.153
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.122
ADONA ADONA<0.0933
F-53B Major (9Cl-PF3ONS) F-35B Major<0.132
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.130
HFPA-DA / HFPO-DA / GenX Genx<0.134
PFOA+PFOS*0.7
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*29
Well 11 · 2 printed samples

Well 11 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 11, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.464
Perfluorooctanesulfonic acid PFOS0.351J
Perfluorobutanoic acid PFBA3.10J
Perfluoropentanoic acid PFPeA<0.450
Perfluorohexanoic acid PFHxA<0.357
Perfluoroheptanoic acid PFHpA<0.393
Perfluorooctanesulfonamide FOSA<0.893
Perfluorononanoic acid PFNA<0.450
Perfluorodecanoic acid PFDA<0.492
Perfluoroundecanoic acid PFUnA<0.279
Perfluorododecanoic acid PFDoA<0.406
Perfluorotridecanoic acid PFTrDA<0.514
Perfluorotetradecanoic acid PFTeDA<0.665
Perfluorobutanesulfonic acid PFBS0.334J
Perfluoropentane sulfonic acid PFPeS<0.327
Perfluorohexanesulfonic acid PFHxS1.37
Perfluoroheptane sulfonic acid PFHpS<0.332
Perfluorononane sulfonic acid PFNS<0.409
Perfluorodecane sulfonic acid PFDS<0.496
Perfluorododecanesulfonic acid PFDoS<1.02
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.602
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.390
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.247
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.227
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.629
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.462
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.423
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.377
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.206
ADONA ADONA<0.218
F-53B Major (9Cl-PF3ONS) F-35B Major<0.406
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.450
HFPA-DA / HFPO-DA / GenX Genx<0.262
PFOA+PFOS*0.4
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*5.2

Well 11 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 11, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.448
Perfluorooctanesulfonic acid PFOS0.430J
Perfluorobutanoic acid PFBA2.81J
Perfluoropentanoic acid PFPeA<0.435
Perfluorohexanoic acid PFHxA0.367J
Perfluoroheptanoic acid PFHpA<0.379
Perfluorooctanesulfonamide FOSA<0.863
Perfluorononanoic acid PFNA<0.435
Perfluorodecanoic acid PFDA<0.475
Perfluoroundecanoic acid PFUnA<0.269
Perfluorododecanoic acid PFDoA<0.392
Perfluorotridecanoic acid PFTrDA<0.496
Perfluorotetradecanoic acid PFTeDA<0.642
Perfluorobutanesulfonic acid PFBS0.346J
Perfluoropentane sulfonic acid PFPeS<0.315
Perfluorohexanesulfonic acid PFHxS1.24
Perfluoroheptane sulfonic acid PFHpS<0.321
Perfluorononane sulfonic acid PFNS<0.395
Perfluorodecane sulfonic acid PFDS<0.479
Perfluorododecanesulfonic acid PFDoS<0.987
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.581
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.376
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.238
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.219
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.607
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.446
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.408
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.364
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.199
ADONA ADONA<0.211
F-53B Major (9Cl-PF3ONS) F-35B Major<0.392
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.435
HFPA-DA / HFPO-DA / GenX Genx<0.253
PFOA+PFOS*0.4
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*5.2
Well 12 · 1 printed sample

Well 12 · 6-Oct

Laboratory: WSLH · Method: ISO · PDF page 1

Well 12, 6-Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.470
Perfluorooctanesulfonic acid PFOS<0.256
Perfluorobutanoic acid PFBA<1.09
Perfluoropentanoic acid PFPeA<0.456
Perfluorohexanoic acid PFHxA<0.361
Perfluoroheptanoic acid PFHpA<0.398
Perfluorooctanesulfonamide FOSA<0.905
Perfluorononanoic acid PFNA<0.456
Perfluorodecanoic acid PFDA<0.499
Perfluoroundecanoic acid PFUnA<0.282
Perfluorododecanoic acid PFDoA<0.411
Perfluorotridecanoic acid PFTrDA<0.521
Perfluorotetradecanoic acid PFTeDA<0.673
Perfluorobutanesulfonic acid PFBS<0.278
Perfluoropentane sulfonic acid PFPeS<0.331
Perfluorohexanesulfonic acid PFHxS<0.343
Perfluoroheptane sulfonic acid PFHpS<0.337
Perfluorononane sulfonic acid PFNS<0.415
Perfluorodecane sulfonic acid PFDS<0.503
Perfluorododecanesulfonic acid PFDoS<1.04
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.609
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.395
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.250
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.230
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.637
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.468
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.428
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.381
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.209
ADONA ADONA<0.221
F-53B Major (9Cl-PF3ONS) F-35B Major<0.411
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.456
HFPA-DA / HFPO-DA / GenX Genx<0.265
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 13 · 1 printed sample

Well 13 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 13, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.634J
Perfluorooctanesulfonic acid PFOS<0.249
Perfluorobutanoic acid PFBA1.24J
Perfluoropentanoic acid PFPeA1.40
Perfluorohexanoic acid PFHxA1.31
Perfluoroheptanoic acid PFHpA<0.387
Perfluorooctanesulfonamide FOSA<0.880
Perfluorononanoic acid PFNA<0.443
Perfluorodecanoic acid PFDA<0.485
Perfluoroundecanoic acid PFUnA<0.275
Perfluorododecanoic acid PFDoA<0.400
Perfluorotridecanoic acid PFTrDA<0.507
Perfluorotetradecanoic acid PFTeDA<0.655
Perfluorobutanesulfonic acid PFBS1.04
Perfluoropentane sulfonic acid PFPeS<0.322
Perfluorohexanesulfonic acid PFHxS2.05
Perfluoroheptane sulfonic acid PFHpS<0.328
Perfluorononane sulfonic acid PFNS<0.404
Perfluorodecane sulfonic acid PFDS<0.489
Perfluorododecanesulfonic acid PFDoS<1.01
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.593
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.384
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.243
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.224
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.620
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.456
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.417
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.371
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.203
ADONA ADONA<0.215
F-53B Major (9Cl-PF3ONS) F-35B Major<0.400
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.443
HFPA-DA / HFPO-DA / GenX Genx<0.258
PFOA+PFOS*0.6
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*7.7
Well 14 · 1 printed sample

Well 14 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 14, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.38
Perfluorooctanesulfonic acid PFOS0.429J
Perfluorobutanoic acid PFBA3.16J
Perfluoropentanoic acid PFPeA1.94
Perfluorohexanoic acid PFHxA1.89
Perfluoroheptanoic acid PFHpA0.453J
Perfluorooctanesulfonamide FOSA<0.879
Perfluorononanoic acid PFNA<0.443
Perfluorodecanoic acid PFDA<0.485
Perfluoroundecanoic acid PFUnA<0.274
Perfluorododecanoic acid PFDoA<0.399
Perfluorotridecanoic acid PFTrDA<0.506
Perfluorotetradecanoic acid PFTeDA<0.654
Perfluorobutanesulfonic acid PFBS1.67
Perfluoropentane sulfonic acid PFPeS<0.321
Perfluorohexanesulfonic acid PFHxS4.40
Perfluoroheptane sulfonic acid PFHpS<0.327
Perfluorononane sulfonic acid PFNS<0.403
Perfluorodecane sulfonic acid PFDS<0.488
Perfluorododecanesulfonic acid PFDoS<1.01
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.592
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.384
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.243
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.223
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.619
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.455
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.416
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.371
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.203
ADONA ADONA<0.215
F-53B Major (9Cl-PF3ONS) F-35B Major<0.399
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.443
HFPA-DA / HFPO-DA / GenX Genx<0.258
PFOA+PFOS*1.8
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*15
Well 16 · 1 printed sample

Well 16 · 6-Oct

Laboratory: WSLH · Method: ISO · PDF page 1

Well 16, 6-Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.734J
Perfluorooctanesulfonic acid PFOS1.33
Perfluorobutanoic acid PFBA<1.07
Perfluoropentanoic acid PFPeA0.869J
Perfluorohexanoic acid PFHxA0.764J
Perfluoroheptanoic acid PFHpA<0.390
Perfluorooctanesulfonamide FOSA<0.887
Perfluorononanoic acid PFNA<0.447
Perfluorodecanoic acid PFDA<0.489
Perfluoroundecanoic acid PFUnA<0.277
Perfluorododecanoic acid PFDoA<0.403
Perfluorotridecanoic acid PFTrDA<0.510
Perfluorotetradecanoic acid PFTeDA<0.660
Perfluorobutanesulfonic acid PFBS0.650J
Perfluoropentane sulfonic acid PFPeS<0.324
Perfluorohexanesulfonic acid PFHxS2.27
Perfluoroheptane sulfonic acid PFHpS<0.330
Perfluorononane sulfonic acid PFNS<0.407
Perfluorodecane sulfonic acid PFDS<0.493
Perfluorododecanesulfonic acid PFDoS<1.01
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.597
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.387
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.245
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.225
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.624
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.459
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.420
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.374
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.205
ADONA ADONA<0.217
F-53B Major (9Cl-PF3ONS) F-35B Major<0.403
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.447
HFPA-DA / HFPO-DA / GenX Genx<0.260
PFOA+PFOS*2.1
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*6.6
Well 17 · 1 printed sample

Well 17 · 9-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 17, 9-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.583J
Perfluorooctanesulfonic acid PFOS0.231J
Perfluorobutanoic acid PFBA<2.60
Perfluoropentanoic acid PFPeA<0.224
Perfluorohexanoic acid PFHxA0.141J
Perfluoroheptanoic acid PFHpA<0.0965
Perfluorooctanesulfonamide FOSA<0.812
Perfluorononanoic acid PFNA<0.145
Perfluorodecanoic acid PFDA<0.140
Perfluoroundecanoic acid PFUnA<0.175
Perfluorododecanoic acid PFDoA<0.239
Perfluorotridecanoic acid PFTrDA<0.228
Perfluorotetradecanoic acid PFTeDA<0.460
Perfluorobutanesulfonic acid PFBS<0.145
Perfluoropentane sulfonic acid PFPeS<0.0785
Perfluorohexanesulfonic acid PFHxS0.492J
Perfluoroheptane sulfonic acid PFHpS<0.104
Perfluorononane sulfonic acid PFNS<0.177
Perfluorodecane sulfonic acid PFDS<0.184
Perfluorododecanesulfonic acid PFDoS<0.833
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.432
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.293
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.182
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.276
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.402
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.456
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.205
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.155
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.123
ADONA ADONA<0.0947
F-53B Major (9Cl-PF3ONS) F-35B Major<0.134
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.132
HFPA-DA / HFPO-DA / GenX Genx<0.136
PFOA+PFOS*0.8
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*1.4
Well 18 · 2 printed samples

Well 18 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 18, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.441
Perfluorooctanesulfonic acid PFOS<0.240
Perfluorobutanoic acid PFBA<1.02
Perfluoropentanoic acid PFPeA<0.428
Perfluorohexanoic acid PFHxA<0.339
Perfluoroheptanoic acid PFHpA<0.373
Perfluorooctanesulfonamide FOSA<0.849
Perfluorononanoic acid PFNA<0.428
Perfluorodecanoic acid PFDA<0.468
Perfluoroundecanoic acid PFUnA<0.265
Perfluorododecanoic acid PFDoA<0.386
Perfluorotridecanoic acid PFTrDA<0.488
Perfluorotetradecanoic acid PFTeDA<0.632
Perfluorobutanesulfonic acid PFBS36.9
Perfluoropentane sulfonic acid PFPeS<0.310
Perfluorohexanesulfonic acid PFHxS<0.322
Perfluoroheptane sulfonic acid PFHpS<0.316
Perfluorononane sulfonic acid PFNS<0.389
Perfluorodecane sulfonic acid PFDS<0.471
Perfluorododecanesulfonic acid PFDoS<0.971
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.572
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.370
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.234
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.216
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.598
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.439
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.402
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.358
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.196
ADONA ADONA<0.208
F-53B Major (9Cl-PF3ONS) F-35B Major<0.386
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.428
HFPA-DA / HFPO-DA / GenX Genx<0.249
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*37

Well 18 · 17-Nov

Laboratory: WSLH · Method: ISO · PDF page 1

Well 18, 17-Nov — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.458
Perfluorooctanesulfonic acid PFOS<0.249
Perfluorobutanoic acid PFBA<1.06
Perfluoropentanoic acid PFPeA<0.444
Perfluorohexanoic acid PFHxA<0.352
Perfluoroheptanoic acid PFHpA<0.387
Perfluorooctanesulfonamide FOSA<0.881
Perfluorononanoic acid PFNA<0.444
Perfluorodecanoic acid PFDA<0.486
Perfluoroundecanoic acid PFUnA<0.275
Perfluorododecanoic acid PFDoA<0.400
Perfluorotridecanoic acid PFTrDA<0.507
Perfluorotetradecanoic acid PFTeDA<0.655
Perfluorobutanesulfonic acid PFBS<0.270
Perfluoropentane sulfonic acid PFPeS<0.322
Perfluorohexanesulfonic acid PFHxS<0.334
Perfluoroheptane sulfonic acid PFHpS<0.328
Perfluorononane sulfonic acid PFNS<0.404
Perfluorodecane sulfonic acid PFDS<0.489
Perfluorododecanesulfonic acid PFDoS<1.01
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.593
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.384
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.243
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.224
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.620
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.456
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.417
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.371
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.203
ADONA ADONA<0.215
F-53B Major (9Cl-PF3ONS) F-35B Major<0.400
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.444
HFPA-DA / HFPO-DA / GenX Genx<0.258
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 19 · 1 printed sample

Well 19 · 6-Oct

Laboratory: WSLH · Method: ISO · PDF page 1

Well 19, 6-Oct — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.444
Perfluorooctanesulfonic acid PFOS<0.241
Perfluorobutanoic acid PFBA<1.03
Perfluoropentanoic acid PFPeA<0.430
Perfluorohexanoic acid PFHxA<0.341
Perfluoroheptanoic acid PFHpA<0.375
Perfluorooctanesulfonamide FOSA<0.854
Perfluorononanoic acid PFNA<0.430
Perfluorodecanoic acid PFDA<0.471
Perfluoroundecanoic acid PFUnA<0.266
Perfluorododecanoic acid PFDoA<0.388
Perfluorotridecanoic acid PFTrDA<0.491
Perfluorotetradecanoic acid PFTeDA<0.636
Perfluorobutanesulfonic acid PFBS<0.262
Perfluoropentane sulfonic acid PFPeS<0.312
Perfluorohexanesulfonic acid PFHxS<0.324
Perfluoroheptane sulfonic acid PFHpS<0.318
Perfluorononane sulfonic acid PFNS<0.392
Perfluorodecane sulfonic acid PFDS<0.474
Perfluorododecanesulfonic acid PFDoS<0.978
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.575
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.373
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.236
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.217
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.601
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.442
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.404
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.360
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.197
ADONA ADONA<0.209
F-53B Major (9Cl-PF3ONS) F-35B Major<0.388
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.430
HFPA-DA / HFPO-DA / GenX Genx<0.250
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 20 · 1 printed sample

Well 20 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 20, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.477
Perfluorooctanesulfonic acid PFOS<0.259
Perfluorobutanoic acid PFBA<1.11
Perfluoropentanoic acid PFPeA<0.462
Perfluorohexanoic acid PFHxA<0.367
Perfluoroheptanoic acid PFHpA<0.403
Perfluorooctanesulfonamide FOSA<0.918
Perfluorononanoic acid PFNA<0.462
Perfluorodecanoic acid PFDA<0.506
Perfluoroundecanoic acid PFUnA<0.286
Perfluorododecanoic acid PFDoA<0.417
Perfluorotridecanoic acid PFTrDA<0.528
Perfluorotetradecanoic acid PFTeDA<0.683
Perfluorobutanesulfonic acid PFBS<0.282
Perfluoropentane sulfonic acid PFPeS<0.336
Perfluorohexanesulfonic acid PFHxS<0.348
Perfluoroheptane sulfonic acid PFHpS<0.341
Perfluorononane sulfonic acid PFNS<0.421
Perfluorodecane sulfonic acid PFDS<0.510
Perfluorododecanesulfonic acid PFDoS<1.05
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.618
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.401
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.253
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.233
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.646
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.475
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.434
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.387
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.212
ADONA ADONA<0.224
F-53B Major (9Cl-PF3ONS) F-35B Major<0.417
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.462
HFPA-DA / HFPO-DA / GenX Genx<0.269
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 24 · 1 printed sample

Well 24 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 24, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.452
Perfluorooctanesulfonic acid PFOS<0.246
Perfluorobutanoic acid PFBA<1.05
Perfluoropentanoic acid PFPeA<0.439
Perfluorohexanoic acid PFHxA<0.348
Perfluoroheptanoic acid PFHpA<0.383
Perfluorooctanesulfonamide FOSA<0.871
Perfluorononanoic acid PFNA<0.439
Perfluorodecanoic acid PFDA<0.480
Perfluoroundecanoic acid PFUnA<0.272
Perfluorododecanoic acid PFDoA<0.395
Perfluorotridecanoic acid PFTrDA<0.501
Perfluorotetradecanoic acid PFTeDA<0.648
Perfluorobutanesulfonic acid PFBS<0.267
Perfluoropentane sulfonic acid PFPeS<0.318
Perfluorohexanesulfonic acid PFHxS<0.330
Perfluoroheptane sulfonic acid PFHpS<0.324
Perfluorononane sulfonic acid PFNS<0.399
Perfluorodecane sulfonic acid PFDS<0.483
Perfluorododecanesulfonic acid PFDoS<0.996
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.586
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.380
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.240
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.221
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.613
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.450
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.412
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.367
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.201
ADONA ADONA<0.213
F-53B Major (9Cl-PF3ONS) F-35B Major<0.395
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.439
HFPA-DA / HFPO-DA / GenX Genx<0.255
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 25 · 1 printed sample

Well 25 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 25, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.468
Perfluorooctanesulfonic acid PFOS<0.254
Perfluorobutanoic acid PFBA<1.09
Perfluoropentanoic acid PFPeA<0.454
Perfluorohexanoic acid PFHxA<0.360
Perfluoroheptanoic acid PFHpA<0.396
Perfluorooctanesulfonamide FOSA<0.901
Perfluorononanoic acid PFNA<0.454
Perfluorodecanoic acid PFDA<0.496
Perfluoroundecanoic acid PFUnA<0.281
Perfluorododecanoic acid PFDoA<0.409
Perfluorotridecanoic acid PFTrDA<0.518
Perfluorotetradecanoic acid PFTeDA<0.670
Perfluorobutanesulfonic acid PFBS<0.276
Perfluoropentane sulfonic acid PFPeS<0.329
Perfluorohexanesulfonic acid PFHxS<0.342
Perfluoroheptane sulfonic acid PFHpS<0.335
Perfluorononane sulfonic acid PFNS<0.413
Perfluorodecane sulfonic acid PFDS<0.500
Perfluorododecanesulfonic acid PFDoS<1.03
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.606
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.393
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.249
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.229
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.634
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.466
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.426
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.380
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.208
ADONA ADONA<0.220
F-53B Major (9Cl-PF3ONS) F-35B Major<0.409
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.454
HFPA-DA / HFPO-DA / GenX Genx<0.264
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 26 · 1 printed sample

Well 26 · 9-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 26, 9-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.621J
Perfluorooctanesulfonic acid PFOS0.776J
Perfluorobutanoic acid PFBA<2.58
Perfluoropentanoic acid PFPeA<0.222
Perfluorohexanoic acid PFHxA<0.124
Perfluoroheptanoic acid PFHpA0.102J
Perfluorooctanesulfonamide FOSA<0.806
Perfluorononanoic acid PFNA<0.144
Perfluorodecanoic acid PFDA<0.139
Perfluoroundecanoic acid PFUnA<0.174
Perfluorododecanoic acid PFDoA<0.237
Perfluorotridecanoic acid PFTrDA<0.227
Perfluorotetradecanoic acid PFTeDA<0.457
Perfluorobutanesulfonic acid PFBS0.197J
Perfluoropentane sulfonic acid PFPeS<0.0779
Perfluorohexanesulfonic acid PFHxS0.702J
Perfluoroheptane sulfonic acid PFHpS<0.103
Perfluorononane sulfonic acid PFNS<0.176
Perfluorodecane sulfonic acid PFDS<0.182
Perfluorododecanesulfonic acid PFDoS<0.827
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.429
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.291
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.181
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.274
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.399
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.452
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.204
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.154
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.123
ADONA ADONA<0.094
F-53B Major (9Cl-PF3ONS) F-35B Major<0.133
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.131
HFPA-DA / HFPO-DA / GenX Genx<0.135
PFOA+PFOS*1.4
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*2.4
Well 27 · 1 printed sample

Well 27 · 9-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 27, 9-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.720J
Perfluorooctanesulfonic acid PFOS0.172J
Perfluorobutanoic acid PFBA<2.49
Perfluoropentanoic acid PFPeA0.556J
Perfluorohexanoic acid PFHxA0.647J
Perfluoroheptanoic acid PFHpA0.237J
Perfluorooctanesulfonamide FOSA<0.778
Perfluorononanoic acid PFNA<0.139
Perfluorodecanoic acid PFDA<0.134
Perfluoroundecanoic acid PFUnA<0.168
Perfluorododecanoic acid PFDoA<0.229
Perfluorotridecanoic acid PFTrDA<0.219
Perfluorotetradecanoic acid PFTeDA<0.441
Perfluorobutanesulfonic acid PFBS0.556J
Perfluoropentane sulfonic acid PFPeS0.0952J
Perfluorohexanesulfonic acid PFHxS1.57
Perfluoroheptane sulfonic acid PFHpS<0.0996
Perfluorononane sulfonic acid PFNS<0.170
Perfluorodecane sulfonic acid PFDS<0.176
Perfluorododecanesulfonic acid PFDoS<0.799
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.414
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.281
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.174
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.264
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.385
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.437
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.197
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.149
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.118
ADONA ADONA<0.0907
F-53B Major (9Cl-PF3ONS) F-35B Major<0.128
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.126
HFPA-DA / HFPO-DA / GenX Genx<0.131
PFOA+PFOS*0.9
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*4.6
Well 28 · 1 printed sample

Well 28 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 28, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.445
Perfluorooctanesulfonic acid PFOS<0.242
Perfluorobutanoic acid PFBA<1.03
Perfluoropentanoic acid PFPeA<0.432
Perfluorohexanoic acid PFHxA<0.342
Perfluoroheptanoic acid PFHpA<0.377
Perfluorooctanesulfonamide FOSA<0.858
Perfluorononanoic acid PFNA<0.432
Perfluorodecanoic acid PFDA<0.473
Perfluoroundecanoic acid PFUnA<0.267
Perfluorododecanoic acid PFDoA<0.389
Perfluorotridecanoic acid PFTrDA<0.493
Perfluorotetradecanoic acid PFTeDA<0.638
Perfluorobutanesulfonic acid PFBS<0.263
Perfluoropentane sulfonic acid PFPeS<0.314
Perfluorohexanesulfonic acid PFHxS<0.325
Perfluoroheptane sulfonic acid PFHpS<0.319
Perfluorononane sulfonic acid PFNS<0.393
Perfluorodecane sulfonic acid PFDS<0.476
Perfluorododecanesulfonic acid PFDoS<0.981
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.577
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.374
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.237
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.218
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.604
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.444
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.406
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.361
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.198
ADONA ADONA<0.210
F-53B Major (9Cl-PF3ONS) F-35B Major<0.389
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.432
HFPA-DA / HFPO-DA / GenX Genx<0.251
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 29 · 1 printed sample

Well 29 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 29, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.472
Perfluorooctanesulfonic acid PFOS<0.256
Perfluorobutanoic acid PFBA<1.09
Perfluoropentanoic acid PFPeA<0.457
Perfluorohexanoic acid PFHxA<0.363
Perfluoroheptanoic acid PFHpA<0.399
Perfluorooctanesulfonamide FOSA<0.908
Perfluorononanoic acid PFNA<0.457
Perfluorodecanoic acid PFDA<0.500
Perfluoroundecanoic acid PFUnA<0.283
Perfluorododecanoic acid PFDoA<0.412
Perfluorotridecanoic acid PFTrDA<0.522
Perfluorotetradecanoic acid PFTeDA<0.676
Perfluorobutanesulfonic acid PFBS<0.278
Perfluoropentane sulfonic acid PFPeS<0.332
Perfluorohexanesulfonic acid PFHxS<0.344
Perfluoroheptane sulfonic acid PFHpS<0.338
Perfluorononane sulfonic acid PFNS<0.416
Perfluorodecane sulfonic acid PFDS<0.504
Perfluorododecanesulfonic acid PFDoS<1.04
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.611
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.396
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.251
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.231
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.639
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.470
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.430
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.383
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.210
ADONA ADONA<0.222
F-53B Major (9Cl-PF3ONS) F-35B Major<0.412
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.457
HFPA-DA / HFPO-DA / GenX Genx<0.266
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 30 · 1 printed sample

Well 30 · 17-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 30, 17-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.440
Perfluorooctanesulfonic acid PFOS<0.239
Perfluorobutanoic acid PFBA<1.02
Perfluoropentanoic acid PFPeA<0.427
Perfluorohexanoic acid PFHxA<0.338
Perfluoroheptanoic acid PFHpA<0.372
Perfluorooctanesulfonamide FOSA<0.847
Perfluorononanoic acid PFNA<0.427
Perfluorodecanoic acid PFDA<0.467
Perfluoroundecanoic acid PFUnA<0.264
Perfluorododecanoic acid PFDoA<0.385
Perfluorotridecanoic acid PFTrDA<0.487
Perfluorotetradecanoic acid PFTeDA<0.630
Perfluorobutanesulfonic acid PFBS<0.260
Perfluoropentane sulfonic acid PFPeS<0.310
Perfluorohexanesulfonic acid PFHxS<0.321
Perfluoroheptane sulfonic acid PFHpS<0.315
Perfluorononane sulfonic acid PFNS<0.388
Perfluorodecane sulfonic acid PFDS<0.470
Perfluorododecanesulfonic acid PFDoS<0.969
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.570
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.369
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.234
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.215
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.596
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.438
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.401
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.357
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.195
ADONA ADONA<0.207
F-53B Major (9Cl-PF3ONS) F-35B Major<0.385
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.427
HFPA-DA / HFPO-DA / GenX Genx<0.248
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
Well 31 · 1 printed sample

Well 31 · 27-Sep

Laboratory: WSLH · Method: ISO · PDF page 1

Well 31, 27-Sep — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.456
Perfluorooctanesulfonic acid PFOS<0.248
Perfluorobutanoic acid PFBA<1.06
Perfluoropentanoic acid PFPeA<0.442
Perfluorohexanoic acid PFHxA<0.350
Perfluoroheptanoic acid PFHpA<0.385
Perfluorooctanesulfonamide FOSA<0.877
Perfluorononanoic acid PFNA<0.442
Perfluorodecanoic acid PFDA<0.483
Perfluoroundecanoic acid PFUnA<0.274
Perfluorododecanoic acid PFDoA<0.398
Perfluorotridecanoic acid PFTrDA<0.505
Perfluorotetradecanoic acid PFTeDA<0.652
Perfluorobutanesulfonic acid PFBS<0.269
Perfluoropentane sulfonic acid PFPeS<0.321
Perfluorohexanesulfonic acid PFHxS<0.333
Perfluoroheptane sulfonic acid PFHpS<0.326
Perfluorononane sulfonic acid PFNS<0.402
Perfluorodecane sulfonic acid PFDS<0.487
Perfluorododecanesulfonic acid PFDoS<1.00
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.591
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.383
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.242
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.223
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.617
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.454
4:2 Fluorotelomer sulfonic acid 4:2 FTSA<0.415
6:2 Fluorotelomer sulfonic acid 6:2 FTSA<0.370
8:2 Fluorotelomer sulfonic acid 8:2 FTSA<0.202
ADONA ADONA<0.214
F-53B Major (9Cl-PF3ONS) F-35B Major<0.398
F-53B Minor (11Cl-PF3OUdS) F-35B Minor<0.442
HFPA-DA / HFPO-DA / GenX Genx<0.257
PFOA+PFOS*ND
Proposed MCL, PFOA + PFOS (WI DNR)20
Combined PFAS*ND
2020 PFAS Test Results40 sample columns · 1 source page

Repeated well/date columns preserve comparisons between laboratories and methods. The printed combined results include estimated values and are not recalculated.

Printed revision date: July 28, 2020. Sample dates below belong to the report year, except where its notes state otherwise.

Read the original 2020 PFAS Test Results PDF
Report notes and historical definitions

These are the report’s own definitions, with spacing and punctuation standardized. Health-related definitions describe the dated source; they are not a new safety assessment.

  • All results are in ng/L or parts per trillion (ppt).
  • Faded results with < indicate result was below detection limit.
  • Results with J indicate an estimated value due to being below reporting limit.
  • Results with B indicate PFAS was also detected in the laboratory method blank.
  • Varying results and levels of detection are due to differences in analytical methods and lab capabilities.
  • * - this is an estimate derived from the sum of estimated values.
  • n/a - not analyzed.
  • ND - none detected.
  • Lab: TA = TestAmerica; WSLH = WI State Laboratory of Hygiene.
  • Method: 537.1 - EPA Standard Method; Mod 537 - Modified EPA Method 537; ISO - Modified ISO 21675.
Well 06 · 4 printed samples

Well 06 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 06, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.82J
Perfluorooctanesulfonic acid PFOS0.47J
Perfluorobutanoic acid PFBA1.4J
Perfluoropentanoic acid PFPeA0.77J
Perfluorohexanoic acid PFHxA0.93J
Perfluoroheptanoic acid PFHpA0.29J
Perfluorooctanesulfonamide FOSA1.6JB
Perfluorononanoic acid PFNA<0.22
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.91
Perfluorododecanoic acid PFDoA0.56J
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA0.52J
Perfluoro-n-hexadecanoic acid PFHxDA<0.74
Perfluoro-n-octadecanoic acid PFODA<0.38
Perfluorobutanesulfonic acid PFBS1.1J
Perfluoropentane sulfonic acid PFPeS0.74J
Perfluorohexanesulfonic acid PFHxS4.2B
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.13
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.37
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.36
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.72
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.71
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.3
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.2
PFOA+PFOS*1.3
Combined PFAS*13

Well 06 · 26-May

Laboratory: WSLH · Method: ISO · PDF page 1

Well 06, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.356
Perfluorooctanesulfonic acid PFOS<0.356
Perfluorobutanoic acid PFBA<3.56
Perfluoropentanoic acid PFPeA<0.356
Perfluorohexanoic acid PFHxA0.607
Perfluoroheptanoic acid PFHpA<0.356
Perfluorooctanesulfonamide FOSA<0.356
Perfluorononanoic acid PFNA<0.356
Perfluorodecanoic acid PFDA<0.356
Perfluoroundecanoic acid PFUnA<0.356
Perfluorododecanoic acid PFDoA<0.356
Perfluorotridecanoic acid PFTrDA<0.356
Perfluorotetradecanoic acid PFTeDA<0.356
Perfluoro-n-hexadecanoic acid PFHxDA<0.889
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.749
Perfluoropentane sulfonic acid PFPeS0.555
Perfluorohexanesulfonic acid PFHxS3.37
Perfluoroheptane sulfonic acid PFHpS<0.356
Perfluorononane sulfonic acid PFNS<0.356
Perfluorodecane sulfonic acid PFDS<0.356
Perfluorododecanesulfonic acid PFDoS<0.356
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.889
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.889
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.356
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.356
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.356
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.356
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.356
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.356
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.356
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.356
ADONA ADONA<0.356
9Cl-PF3ONS F-53B Major<0.356
11Cl-PF3OUdS F-53B Minor<0.356
HFPA-DA / HFPO-DA GenX<0.889
PFOA+PFOS*ND
Combined PFAS*5.3

Well 06 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 06, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.820
Perfluorooctanesulfonic acid PFOS<0.543
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.708
Perfluoroheptanoic acid PFHpA<0.419
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.319
Perfluorodecanoic acid PFDA<0.730
Perfluoroundecanoic acid PFUnA<0.803
Perfluorododecanoic acid PFDoA<0.915
Perfluorotridecanoic acid PFTrDA<0.803
Perfluorotetradecanoic acid PFTeDA<0.681
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.855
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS3.76
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.950
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.843
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.806
9Cl-PF3ONS F-53B Major<0.906
11Cl-PF3OUdS F-53B Minor<1.08
HFPA-DA / HFPO-DA GenX<2.11
PFOA+PFOS*ND
Combined PFAS*5.3

Well 06 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 06, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.837
Perfluorooctanesulfonic acid PFOS<0.554
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.646
Perfluoroheptanoic acid PFHpA<0.428
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.326
Perfluorodecanoic acid PFDA<0.746
Perfluoroundecanoic acid PFUnA<0.820
Perfluorododecanoic acid PFDoA<0.934
Perfluorotridecanoic acid PFTrDA<0.820
Perfluorotetradecanoic acid PFTeDA<0.695
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.796
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS3.66
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.970
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.861
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.823
9Cl-PF3ONS F-53B Major<0.925
11Cl-PF3OUdS F-53B Minor<1.10
HFPA-DA / HFPO-DA GenX<2.15
PFOA+PFOS*ND
Combined PFAS*5.1
Well 07 · 2 printed samples

Well 07 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 07, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.0J
Perfluorooctanesulfonic acid PFOS<0.47
Perfluorobutanoic acid PFBA0.60JB
Perfluoropentanoic acid PFPeA<0.42
Perfluorohexanoic acid PFHxA<0.50
Perfluoroheptanoic acid PFHpA<0.22
Perfluorooctanesulfonamide FOSA2.4B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.95
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.77
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS0.75JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.75
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.74
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.0
Combined PFAS*4.8

Well 07 · 5-May

Laboratory: WSLH · Method: ISO · PDF page 1

Well 07, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.347J
Perfluorooctanesulfonic acid PFOS0.123J
Perfluorobutanoic acid PFBA<1.80
Perfluoropentanoic acid PFPeA<0.180
Perfluorohexanoic acid PFHxA<0.126
Perfluoroheptanoic acid PFHpA<0.121
Perfluorooctanesulfonamide FOSA0.470B
Perfluorononanoic acid PFNA<0.0684
Perfluorodecanoic acid PFDA<0.133
Perfluoroundecanoic acid PFUnA<0.121
Perfluorododecanoic acid PFDoA<0.0936
Perfluorotridecanoic acid PFTrDA<0.146
Perfluorotetradecanoic acid PFTeDA<0.261
Perfluoro-n-hexadecanoic acid PFHxDA<0.314
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS<0.214
Perfluoropentane sulfonic acid PFPeS<0.0504
Perfluorohexanesulfonic acid PFHxS0.545
Perfluoroheptane sulfonic acid PFHpS<0.0675
Perfluorononane sulfonic acid PFNS<0.0450
Perfluorodecane sulfonic acid PFDS<0.123
Perfluorododecanesulfonic acid PFDoS<0.121
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.731
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.584
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.184
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.147
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.180
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.115
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.235
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.0738
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.108
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.0864
ADONA ADONA<0.133
9Cl-PF3ONS F-53B Major<0.0549
11Cl-PF3OUdS F-53B Minor<0.0828
HFPA-DA / HFPO-DA GenX<0.480
PFOA+PFOS*0.5
Combined PFAS*1.5
Well 08 · 2 printed samples

Well 08 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 08, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.1J
Perfluorooctanesulfonic acid PFOS1.5J
Perfluorobutanoic acid PFBA1.1J
Perfluoropentanoic acid PFPeA0.67J
Perfluorohexanoic acid PFHxA0.75J
Perfluoroheptanoic acid PFHpA0.31J
Perfluorooctanesulfonamide FOSA2.0B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.93
Perfluorododecanoic acid PFDoA<0.47
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.75
Perfluoro-n-octadecanoic acid PFODA<0.39
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.25
Perfluorohexanesulfonic acid PFHxS0.93JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.38
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.36
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.74
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.72
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.4
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*2.6
Combined PFAS*8.4

Well 08 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 08, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.990
Perfluorooctanesulfonic acid PFOS0.903
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.624
Perfluoroheptanoic acid PFHpA<0.437
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.332
Perfluorodecanoic acid PFDA<0.761
Perfluoroundecanoic acid PFUnA<0.836
Perfluorododecanoic acid PFDoA<0.953
Perfluorotridecanoic acid PFTrDA<0.836
Perfluorotetradecanoic acid PFTeDA<0.709
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS<0.402
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS0.618
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.990
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.879
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.840
9Cl-PF3ONS F-53B Major<0.944
11Cl-PF3OUdS F-53B Minor<1.13
HFPA-DA / HFPO-DA GenX<2.20
PFOA+PFOS*1.9
Combined PFAS*2.5
Well 09 · 5 printed samples

Well 09 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 09, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.2J
Perfluorooctanesulfonic acid PFOS0.68J
Perfluorobutanoic acid PFBA37
Perfluoropentanoic acid PFPeA1.0J
Perfluorohexanoic acid PFHxA0.82J
Perfluoroheptanoic acid PFHpA0.35J
Perfluorooctanesulfonamide FOSA3.1B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.96
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.78
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS0.92J
Perfluoropentane sulfonic acid PFPeS0.26J
Perfluorohexanesulfonic acid PFHxS1.4JB
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.38
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.76
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.74
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.9
Combined PFAS*47

Well 09 · 26-May

Laboratory: TA · Method: 537.1 · PDF page 1

Well 09, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.54J
Perfluorooctanesulfonic acid PFOS0.65J
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.79J
Perfluoroheptanoic acid PFHpA<0.50
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.50
Perfluorodecanoic acid PFDA<0.50
Perfluoroundecanoic acid PFUnA<0.50
Perfluorododecanoic acid PFDoA<0.50
Perfluorotridecanoic acid PFTrDA<0.50
Perfluorotetradecanoic acid PFTeDA<0.50
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.89J
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.8J
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.50
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.50
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.50
9Cl-PF3ONS F-53B Major<0.50
11Cl-PF3OUdS F-53B Minor<0.50
HFPA-DA / HFPO-DA GenX<0.50
PFOA+PFOS*1.2
Combined PFAS*4.7

Well 09 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 09, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.861
Perfluorooctanesulfonic acid PFOS<0.570
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.629
Perfluoroheptanoic acid PFHpA<0.440
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.335
Perfluorodecanoic acid PFDA<0.767
Perfluoroundecanoic acid PFUnA<0.843
Perfluorododecanoic acid PFDoA<0.961
Perfluorotridecanoic acid PFTrDA<0.843
Perfluorotetradecanoic acid PFTeDA<0.715
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.654
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.13
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.998
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.886
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.847
9Cl-PF3ONS F-53B Major<0.952
11Cl-PF3OUdS F-53B Minor<1.13
HFPA-DA / HFPO-DA GenX<2.21
PFOA+PFOS*ND
Combined PFAS*1.8

Well 09 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 09, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.887
Perfluorooctanesulfonic acid PFOS<0.587
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.647
Perfluoroheptanoic acid PFHpA<0.453
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.345
Perfluorodecanoic acid PFDA<0.790
Perfluoroundecanoic acid PFUnA<0.868
Perfluorododecanoic acid PFDoA<0.989
Perfluorotridecanoic acid PFTrDA<0.868
Perfluorotetradecanoic acid PFTeDA<0.736
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.680
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.20
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<1.03
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.912
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.872
9Cl-PF3ONS F-53B Major<0.980
11Cl-PF3OUdS F-53B Minor<1.17
HFPA-DA / HFPO-DA GenX<2.28
PFOA+PFOS*ND
Combined PFAS*1.9

Well 09 · 26-May

Laboratory: WSLH · Method: ISO · PDF page 1

Well 09, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.359
Perfluorooctanesulfonic acid PFOS<0.359
Perfluorobutanoic acid PFBA27.6
Perfluoropentanoic acid PFPeA0.650
Perfluorohexanoic acid PFHxA0.485
Perfluoroheptanoic acid PFHpA<0.359
Perfluorooctanesulfonamide FOSA<0.359
Perfluorononanoic acid PFNA<0.359
Perfluorodecanoic acid PFDA<0.359
Perfluoroundecanoic acid PFUnA<0.359
Perfluorododecanoic acid PFDoA<0.359
Perfluorotridecanoic acid PFTrDA<0.359
Perfluorotetradecanoic acid PFTeDA<0.359
Perfluoro-n-hexadecanoic acid PFHxDA<0.897
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.668
Perfluoropentane sulfonic acid PFPeS<0.359
Perfluorohexanesulfonic acid PFHxS1.09
Perfluoroheptane sulfonic acid PFHpS<0.359
Perfluorononane sulfonic acid PFNS<0.359
Perfluorodecane sulfonic acid PFDS<0.359
Perfluorododecanesulfonic acid PFDoS<0.359
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.897
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.897
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.359
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.359
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.359
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.359
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.359
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.359
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.359
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.359
ADONA ADONA<0.359
9Cl-PF3ONS F-53B Major<0.359
11Cl-PF3OUdS F-53B Minor<0.359
HFPA-DA / HFPO-DA GenX<0.897
PFOA+PFOS*ND
Combined PFAS*30
Well 11 · 4 printed samples

Well 11 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 11, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.0J
Perfluorooctanesulfonic acid PFOS0.75JI
Perfluorobutanoic acid PFBA4.1
Perfluoropentanoic acid PFPeA0.73J
Perfluorohexanoic acid PFHxA0.53J
Perfluoroheptanoic acid PFHpA0.26J
Perfluorooctanesulfonamide FOSA1.2JB
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.92
Perfluorododecanoic acid PFDoA<0.46
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.24
Perfluoro-n-hexadecanoic acid PFHxDA<0.74
Perfluoro-n-octadecanoic acid PFODA<0.38
Perfluorobutanesulfonic acid PFBS0.48J
Perfluoropentane sulfonic acid PFPeS<0.25
Perfluorohexanesulfonic acid PFHxS1.7B
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.13
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.38
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.36
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.73
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.71
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.3
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.8
Combined PFAS*11

Well 11 · 26-May

Laboratory: WSLH · Method: ISO · PDF page 1

Well 11, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.359
Perfluorooctanesulfonic acid PFOS<0.359
Perfluorobutanoic acid PFBA3.74
Perfluoropentanoic acid PFPeA0.401
Perfluorohexanoic acid PFHxA<0.359
Perfluoroheptanoic acid PFHpA<0.359
Perfluorooctanesulfonamide FOSA<0.359
Perfluorononanoic acid PFNA<0.359
Perfluorodecanoic acid PFDA<0.359
Perfluoroundecanoic acid PFUnA<0.359
Perfluorododecanoic acid PFDoA<0.359
Perfluorotridecanoic acid PFTrDA<0.359
Perfluorotetradecanoic acid PFTeDA<0.359
Perfluoro-n-hexadecanoic acid PFHxDA<0.897
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.389
Perfluoropentane sulfonic acid PFPeS<0.359
Perfluorohexanesulfonic acid PFHxS1.31
Perfluoroheptane sulfonic acid PFHpS<0.359
Perfluorononane sulfonic acid PFNS<0.359
Perfluorodecane sulfonic acid PFDS<0.359
Perfluorododecanesulfonic acid PFDoS<0.359
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.897
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.897
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.359
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.359
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.359
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.359
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.359
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.359
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.359
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.359
ADONA ADONA<0.359
9Cl-PF3ONS F-53B Major<0.359
11Cl-PF3OUdS F-53B Minor<0.359
HFPA-DA / HFPO-DA GenX<0.897
PFOA+PFOS*ND
Combined PFAS*5.8

Well 11 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 11, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.850
Perfluorooctanesulfonic acid PFOS<0.562
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.620
Perfluoroheptanoic acid PFHpA<0.434
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.330
Perfluorodecanoic acid PFDA<0.757
Perfluoroundecanoic acid PFUnA<0.831
Perfluorododecanoic acid PFDoA<0.948
Perfluorotridecanoic acid PFTrDA<0.831
Perfluorotetradecanoic acid PFTeDA<0.705
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS<0.400
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.29
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.984
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.874
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.835
9Cl-PF3ONS F-53B Major<0.939
11Cl-PF3OUdS F-53B Minor<1.12
HFPA-DA / HFPO-DA GenX<2.18
PFOA+PFOS*ND
Combined PFAS*1.3

Well 11 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 11, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.838
Perfluorooctanesulfonic acid PFOS<0.555
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.612
Perfluoroheptanoic acid PFHpA<0.428
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.326
Perfluorodecanoic acid PFDA<0.746
Perfluoroundecanoic acid PFUnA<0.820
Perfluorododecanoic acid PFDoA<0.935
Perfluorotridecanoic acid PFTrDA<0.820
Perfluorotetradecanoic acid PFTeDA<0.695
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS<0.394
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS1.26
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.971
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.862
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.824
9Cl-PF3ONS F-53B Major<0.926
11Cl-PF3OUdS F-53B Minor<1.10
HFPA-DA / HFPO-DA GenX<2.15
PFOA+PFOS*ND
Combined PFAS*1.3
Well 12 · 1 printed sample

Well 12 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 12, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.75
Perfluorooctanesulfonic acid PFOS<0.47
Perfluorobutanoic acid PFBA0.65JB
Perfluoropentanoic acid PFPeA<0.43
Perfluorohexanoic acid PFHxA<0.51
Perfluoroheptanoic acid PFHpA<0.22
Perfluorooctanesulfonamide FOSA1.5JB
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.97
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.78
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS<0.18
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS<0.15
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.40
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.38
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.76
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE9.0
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE1.5J
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.6
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.8
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*ND
Combined PFAS*13
Well 13 · 1 printed sample

Well 13 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 13, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.4J
Perfluorooctanesulfonic acid PFOS0.54J
Perfluorobutanoic acid PFBA1.8
Perfluoropentanoic acid PFPeA1.6J
Perfluorohexanoic acid PFHxA1.9
Perfluoroheptanoic acid PFHpA0.52J
Perfluorooctanesulfonamide FOSA2.4B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.96
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.78
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS1.1J
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS2.6B
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.38
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.76
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.74
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.9
Combined PFAS*14
Well 14 · 5 printed samples

Well 14 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 14, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.8
Perfluorooctanesulfonic acid PFOS0.76J
Perfluorobutanoic acid PFBA3.9
Perfluoropentanoic acid PFPeA2.0
Perfluorohexanoic acid PFHxA2.2
Perfluoroheptanoic acid PFHpA0.70J
Perfluorooctanesulfonamide FOSA2.0B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.97
Perfluorododecanoic acid PFDoA<0.49
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.26
Perfluoro-n-hexadecanoic acid PFHxDA<0.79
Perfluoro-n-octadecanoic acid PFODA<0.41
Perfluorobutanesulfonic acid PFBS1.7J
Perfluoropentane sulfonic acid PFPeS0.41J
Perfluorohexanesulfonic acid PFHxS5.0B
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.40
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.38
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.77
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.75
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.6
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.8
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*2.6
Combined PFAS*20

Well 14 · 26-May

Laboratory: TA · Method: 537.1 · PDF page 1

Well 14, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.4J
Perfluorooctanesulfonic acid PFOS0.99J
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA2.1
Perfluoroheptanoic acid PFHpA0.78J
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.50
Perfluorodecanoic acid PFDA<0.50
Perfluoroundecanoic acid PFUnA<0.50
Perfluorododecanoic acid PFDoA<0.50
Perfluorotridecanoic acid PFTrDA<0.50
Perfluorotetradecanoic acid PFTeDA<0.50
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS1.7J
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS6.4
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.50
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.50
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.50
9Cl-PF3ONS F-53B Major<0.50
11Cl-PF3OUdS F-53B Minor<0.50
HFPA-DA / HFPO-DA GenX<0.50
PFOA+PFOS*2.4
Combined PFAS*13

Well 14 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 14, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.04
Perfluorooctanesulfonic acid PFOS<0.571
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA1.76
Perfluoroheptanoic acid PFHpA0.502
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.335
Perfluorodecanoic acid PFDA<0.768
Perfluoroundecanoic acid PFUnA<0.844
Perfluorododecanoic acid PFDoA<0.962
Perfluorotridecanoic acid PFTrDA<0.844
Perfluorotetradecanoic acid PFTeDA<0.716
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS1.28
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS4.15
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.999
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.887
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.848
9Cl-PF3ONS F-53B Major<0.953
11Cl-PF3OUdS F-53B Minor<1.14
HFPA-DA / HFPO-DA GenX<2.22
PFOA+PFOS*1.0
Combined PFAS*8.7

Well 14 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 14, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.32
Perfluorooctanesulfonic acid PFOS<0.569
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA1.57
Perfluoroheptanoic acid PFHpA0.513
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.334
Perfluorodecanoic acid PFDA<0.766
Perfluoroundecanoic acid PFUnA<0.842
Perfluorododecanoic acid PFDoA<0.960
Perfluorotridecanoic acid PFTrDA<0.842
Perfluorotetradecanoic acid PFTeDA<0.714
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS1.22
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS4.08
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.996
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.885
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.845
9Cl-PF3ONS F-53B Major<0.950
11Cl-PF3OUdS F-53B Minor<1.13
HFPA-DA / HFPO-DA GenX<2.21
PFOA+PFOS*1.3
Combined PFAS*8.7

Well 14 · 26-May

Laboratory: WSLH · Method: ISO · PDF page 1

Well 14, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.699
Perfluorooctanesulfonic acid PFOS<0.367
Perfluorobutanoic acid PFBA4.03
Perfluoropentanoic acid PFPeA1.49
Perfluorohexanoic acid PFHxA1.58
Perfluoroheptanoic acid PFHpA0.468
Perfluorooctanesulfonamide FOSA<0.367
Perfluorononanoic acid PFNA<0.367
Perfluorodecanoic acid PFDA<0.367
Perfluoroundecanoic acid PFUnA<0.367
Perfluorododecanoic acid PFDoA<0.367
Perfluorotridecanoic acid PFTrDA<0.367
Perfluorotetradecanoic acid PFTeDA<0.367
Perfluoro-n-hexadecanoic acid PFHxDA<0.917
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS1.30
Perfluoropentane sulfonic acid PFPeS<0.367
Perfluorohexanesulfonic acid PFHxS4.15
Perfluoroheptane sulfonic acid PFHpS<0.367
Perfluorononane sulfonic acid PFNS<0.367
Perfluorodecane sulfonic acid PFDS<0.367
Perfluorododecanesulfonic acid PFDoS<0.367
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.917
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.917
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.367
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.367
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.367
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.367
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.367
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.367
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.367
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.367
ADONA ADONA<0.367
9Cl-PF3ONS F-53B Major<0.367
11Cl-PF3OUdS F-53B Minor<0.367
HFPA-DA / HFPO-DA GenX<0.917
PFOA+PFOS*0.7
Combined PFAS*14
Well 16 · 2 printed samples

Well 16 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 16, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.6J
Perfluorooctanesulfonic acid PFOS1.8
Perfluorobutanoic acid PFBA1.6J
Perfluoropentanoic acid PFPeA1.2J
Perfluorohexanoic acid PFHxA1.1J
Perfluoroheptanoic acid PFHpA0.50J
Perfluorooctanesulfonamide FOSA1.7B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.96
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.78
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS0.85J
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS2.9B
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.76
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.74
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*3.4
Combined PFAS*13

Well 16 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 16, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.868
Perfluorooctanesulfonic acid PFOS1.20
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA0.827
Perfluoroheptanoic acid PFHpA<0.444
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.338
Perfluorodecanoic acid PFDA<0.773
Perfluoroundecanoic acid PFUnA<0.850
Perfluorododecanoic acid PFDoA<0.968
Perfluorotridecanoic acid PFTrDA<0.850
Perfluorotetradecanoic acid PFTeDA<0.720
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS0.624
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS2.40
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<1.01
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.893
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.853
9Cl-PF3ONS F-53B Major<0.959
11Cl-PF3OUdS F-53B Minor<1.14
HFPA-DA / HFPO-DA GenX<2.23
PFOA+PFOS*1.2
Combined PFAS*5.1
Well 17 · 2 printed samples

Well 17 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 17, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.0J
Perfluorooctanesulfonic acid PFOS0.71J
Perfluorobutanoic acid PFBA0.85J
Perfluoropentanoic acid PFPeA<0.42
Perfluorohexanoic acid PFHxA<0.50
Perfluoroheptanoic acid PFHpA<0.22
Perfluorooctanesulfonamide FOSA2.5B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.95
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.77
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS0.77JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.75
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.74
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.7
Combined PFAS*5.8

Well 17 · 26-May

Laboratory: WSLH · Method: 537.1 · PDF page 1

Well 17, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.872
Perfluorooctanesulfonic acid PFOS<0.577
Perfluorobutanoic acid PFBAn/a
Perfluoropentanoic acid PFPeAn/a
Perfluorohexanoic acid PFHxA<0.636
Perfluoroheptanoic acid PFHpA<0.446
Perfluorooctanesulfonamide FOSAn/a
Perfluorononanoic acid PFNA<0.339
Perfluorodecanoic acid PFDA<0.776
Perfluoroundecanoic acid PFUnA<0.853
Perfluorododecanoic acid PFDoA<0.973
Perfluorotridecanoic acid PFTrDA<0.853
Perfluorotetradecanoic acid PFTeDA<0.723
Perfluoro-n-hexadecanoic acid PFHxDAn/a
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS<0.410
Perfluoropentane sulfonic acid PFPeSn/a
Perfluorohexanesulfonic acid PFHxS0.597
Perfluoroheptane sulfonic acid PFHpSn/a
Perfluorononane sulfonic acid PFNSn/a
Perfluorodecane sulfonic acid PFDSn/a
Perfluorododecanesulfonic acid PFDoSn/a
N-Methyl perfluorooctane sulfonamide NMeFOSAn/a
N-Ethyl perfluorooctane sulfonamide NEtFOSAn/a
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<1.01
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.897
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSEn/a
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSEn/a
4:2 Fluorotelomer sulfonic acid 4:2 FTSn/a
6:2 Fluorotelomer sulfonic acid 6:2 FTSn/a
8:2 Fluorotelomer sulfonic acid 8:2 FTSn/a
10:2 Fluorotelomer sulfonic acid 10:2 FTSn/a
ADONA ADONA<0.857
9Cl-PF3ONS F-53B Major<0.963
11Cl-PF3OUdS F-53B Minor<1.15
HFPA-DA / HFPO-DA GenX<2.24
PFOA+PFOS*ND
Combined PFAS*0.6
Well 18 · 1 printed sample

Well 18 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 18, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.80J
Perfluorooctanesulfonic acid PFOS0.53J
Perfluorobutanoic acid PFBA1.0JB
Perfluoropentanoic acid PFPeA0.49J
Perfluorohexanoic acid PFHxA<0.49
Perfluoroheptanoic acid PFHpA<0.21
Perfluorooctanesulfonamide FOSA2.6B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.94
Perfluorododecanoic acid PFDoA<0.47
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.76
Perfluoro-n-octadecanoic acid PFODA<0.39
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS0.46JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.38
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.74
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.72
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.4
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.3
Combined PFAS*5.9
Well 19 · 1 printed sample

Well 19 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 19, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.78
Perfluorooctanesulfonic acid PFOS<0.50
Perfluorobutanoic acid PFBA0.70JB
Perfluoropentanoic acid PFPeA<0.45
Perfluorohexanoic acid PFHxA<0.53
Perfluoroheptanoic acid PFHpA<0.23
Perfluorooctanesulfonamide FOSA2.1B
Perfluorononanoic acid PFNA<0.25
Perfluorodecanoic acid PFDA<0.28
Perfluoroundecanoic acid PFUnA<1.0
Perfluorododecanoic acid PFDoA<0.51
Perfluorotridecanoic acid PFTrDA<1.2
Perfluorotetradecanoic acid PFTeDA<0.27
Perfluoro-n-hexadecanoic acid PFHxDA<0.82
Perfluoro-n-octadecanoic acid PFODA<0.42
Perfluorobutanesulfonic acid PFBS<0.18
Perfluoropentane sulfonic acid PFPeS<0.28
Perfluorohexanesulfonic acid PFHxS0.30JB
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.15
Perfluorodecane sulfonic acid PFDS<0.29
Perfluorododecanesulfonic acid PFDoS<0.41
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.40
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.80
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.8
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.3
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.78
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.8
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.8
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.17
9Cl-PF3ONS F-53B Major<0.22
11Cl-PF3OUdS F-53B Minor<0.29
HFPA-DA / HFPO-DA GenX<1.4
PFOA+PFOS*ND
Combined PFAS*3.1
Well 20 · 1 printed sample

Well 20 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 20, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.73
Perfluorooctanesulfonic acid PFOS<0.47
Perfluorobutanoic acid PFBA0.48JB
Perfluoropentanoic acid PFPeA<0.42
Perfluorohexanoic acid PFHxA<0.50
Perfluoroheptanoic acid PFHpA<0.22
Perfluorooctanesulfonamide FOSA1.8B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.95
Perfluorododecanoic acid PFDoA<0.47
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.77
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS0.25JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.75
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.73
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*ND
Combined PFAS*2.5
Well 24 · 1 printed sample

Well 24 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 24, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.77
Perfluorooctanesulfonic acid PFOS0.52J
Perfluorobutanoic acid PFBA0.64JB
Perfluoropentanoic acid PFPeA<0.44
Perfluorohexanoic acid PFHxA<0.52
Perfluoroheptanoic acid PFHpA<0.23
Perfluorooctanesulfonamide FOSA2.9B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.28
Perfluoroundecanoic acid PFUnA<0.99
Perfluorododecanoic acid PFDoA<0.50
Perfluorotridecanoic acid PFTrDA<1.2
Perfluorotetradecanoic acid PFTeDA<0.26
Perfluoro-n-hexadecanoic acid PFHxDA<0.80
Perfluoro-n-octadecanoic acid PFODA<0.41
Perfluorobutanesulfonic acid PFBS<0.18
Perfluoropentane sulfonic acid PFPeS<0.27
Perfluorohexanesulfonic acid PFHxS0.28JB
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.29
Perfluorododecanesulfonic acid PFDoS<0.41
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.39
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.78
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.8
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.3
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.77
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.7
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.8
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.22
11Cl-PF3OUdS F-53B Minor<0.29
HFPA-DA / HFPO-DA GenX<1.4
PFOA+PFOS*0.5
Combined PFAS*4.3
Well 25 · 1 printed sample

Well 25 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 25, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.82J
Perfluorooctanesulfonic acid PFOS0.62J
Perfluorobutanoic acid PFBA0.45JB
Perfluoropentanoic acid PFPeA<0.41
Perfluorohexanoic acid PFHxA<0.49
Perfluoroheptanoic acid PFHpA<0.21
Perfluorooctanesulfonamide FOSA3.2B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.92
Perfluorododecanoic acid PFDoA<0.46
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA0.29J
Perfluoro-n-hexadecanoic acid PFHxDA<0.75
Perfluoro-n-octadecanoic acid PFODA<0.39
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.25
Perfluorohexanesulfonic acid PFHxS<0.14
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.13
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.38
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.36
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.73
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.71
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.4
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.4
Combined PFAS*5.4
Well 26 · 1 printed sample

Well 26 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 26, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.79J
Perfluorooctanesulfonic acid PFOS0.99J
Perfluorobutanoic acid PFBA0.90J
Perfluoropentanoic acid PFPeA0.42J
Perfluorohexanoic acid PFHxA<0.48
Perfluoroheptanoic acid PFHpA<0.21
Perfluorooctanesulfonamide FOSA1.8B
Perfluorononanoic acid PFNA<0.22
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.91
Perfluorododecanoic acid PFDoA<0.45
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.24
Perfluoro-n-hexadecanoic acid PFHxDA<0.73
Perfluoro-n-octadecanoic acid PFODA<0.38
Perfluorobutanesulfonic acid PFBS0.25J
Perfluoropentane sulfonic acid PFPeS<0.25
Perfluorohexanesulfonic acid PFHxS0.92JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.13
Perfluorodecane sulfonic acid PFDS<0.26
Perfluorododecanesulfonic acid PFDoS<0.37
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.35
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.72
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.70
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.3
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.6
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.6
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.26
HFPA-DA / HFPO-DA GenX<1.2
PFOA+PFOS*1.8
Combined PFAS*6.1
Well 27 · 1 printed sample

Well 27 · 26-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 27, 26-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA1.2J
Perfluorooctanesulfonic acid PFOS0.55J
Perfluorobutanoic acid PFBA1.2J
Perfluoropentanoic acid PFPeA0.93J
Perfluorohexanoic acid PFHxA0.87J
Perfluoroheptanoic acid PFHpA0.30J
Perfluorooctanesulfonamide FOSA2.2B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.95
Perfluorododecanoic acid PFDoA<0.48
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.77
Perfluoro-n-octadecanoic acid PFODA<0.40
Perfluorobutanesulfonic acid PFBS0.62J
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS1.8B
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.28
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.75
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.74
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.28
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.8
Combined PFAS*9.7
Well 28 · 1 printed sample

Well 28 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 28, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.76
Perfluorooctanesulfonic acid PFOS<0.48
Perfluorobutanoic acid PFBA0.71JB
Perfluoropentanoic acid PFPeA<0.44
Perfluorohexanoic acid PFHxA<0.52
Perfluoroheptanoic acid PFHpA<0.22
Perfluorooctanesulfonamide FOSA2.6B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.28
Perfluoroundecanoic acid PFUnA<0.98
Perfluorododecanoic acid PFDoA<0.49
Perfluorotridecanoic acid PFTrDA<1.2
Perfluorotetradecanoic acid PFTeDA<0.26
Perfluoro-n-hexadecanoic acid PFHxDA<0.79
Perfluoro-n-octadecanoic acid PFODA<0.41
Perfluorobutanesulfonic acid PFBS<0.18
Perfluoropentane sulfonic acid PFPeS<0.27
Perfluorohexanesulfonic acid PFHxS0.26JB
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.29
Perfluorododecanesulfonic acid PFDoS<0.40
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.38
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.78
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.8
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.3
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.76
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.6
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.8
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.29
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*ND
Combined PFAS*3.6
Well 29 · 2 printed samples

Well 29 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 29, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.78J
Perfluorooctanesulfonic acid PFOS<0.48
Perfluorobutanoic acid PFBA1.2JB
Perfluoropentanoic acid PFPeA<0.44
Perfluorohexanoic acid PFHxA<0.52
Perfluoroheptanoic acid PFHpA<0.22
Perfluorooctanesulfonamide FOSA3.6B
Perfluorononanoic acid PFNA<0.24
Perfluorodecanoic acid PFDA<0.28
Perfluoroundecanoic acid PFUnA<0.99
Perfluorododecanoic acid PFDoA<0.49
Perfluorotridecanoic acid PFTrDA<1.2
Perfluorotetradecanoic acid PFTeDA<0.26
Perfluoro-n-hexadecanoic acid PFHxDA<0.80
Perfluoro-n-octadecanoic acid PFODA<0.41
Perfluorobutanesulfonic acid PFBS<0.18
Perfluoropentane sulfonic acid PFPeS<0.27
Perfluorohexanesulfonic acid PFHxS0.43JB
Perfluoroheptane sulfonic acid PFHpS<0.17
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.29
Perfluorododecanesulfonic acid PFDoS<0.40
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.39
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.78
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.8
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.7
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.3
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.76
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.7
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.8
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.8
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.17
ADONA ADONA<0.16
9Cl-PF3ONS F-53B Major<0.22
11Cl-PF3OUdS F-53B Minor<0.29
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*0.8
Combined PFAS*6.0

Well 29 · 5-May

Laboratory: WSLH · Method: ISO · PDF page 1

Well 29, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.0973
Perfluorooctanesulfonic acid PFOS0.150J
Perfluorobutanoic acid PFBA<1.84
Perfluoropentanoic acid PFPeA<0.184
Perfluorohexanoic acid PFHxA<0.128
Perfluoroheptanoic acid PFHpA<0.124
Perfluorooctanesulfonamide FOSA0.261JB
Perfluorononanoic acid PFNA<0.0697
Perfluorodecanoic acid PFDA<0.136
Perfluoroundecanoic acid PFUnA<0.124
Perfluorododecanoic acid PFDoA<0.0954
Perfluorotridecanoic acid PFTrDA<0.149
Perfluorotetradecanoic acid PFTeDA<0.266
Perfluoro-n-hexadecanoic acid PFHxDA<0.320
Perfluoro-n-octadecanoic acid PFODAn/a
Perfluorobutanesulfonic acid PFBS<0.218
Perfluoropentane sulfonic acid PFPeS<0.0514
Perfluorohexanesulfonic acid PFHxS0.131J
Perfluoroheptane sulfonic acid PFHpS<0.0688
Perfluorononane sulfonic acid PFNS<0.0459
Perfluorodecane sulfonic acid PFDS<0.126
Perfluorododecanesulfonic acid PFDoS<0.124
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.745
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.595
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<0.188
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<0.150
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<0.184
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.117
4:2 Fluorotelomer sulfonic acid 4:2 FTS<0.239
6:2 Fluorotelomer sulfonic acid 6:2 FTS<0.0752
8:2 Fluorotelomer sulfonic acid 8:2 FTS<0.110
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.0881
ADONA ADONA<0.136
9Cl-PF3ONS F-53B Major<0.0560
11Cl-PF3OUdS F-53B Minor<0.0844
HFPA-DA / HFPO-DA GenX<0.489
PFOA+PFOS*0.2
Combined PFAS*0.5
Well 30 · 1 printed sample

Well 30 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 30, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA0.80J
Perfluorooctanesulfonic acid PFOS0.51J
Perfluorobutanoic acid PFBA0.61JB
Perfluoropentanoic acid PFPeA<0.41
Perfluorohexanoic acid PFHxA<0.49
Perfluoroheptanoic acid PFHpA<0.21
Perfluorooctanesulfonamide FOSA3.7B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.26
Perfluoroundecanoic acid PFUnA<0.93
Perfluorododecanoic acid PFDoA<0.46
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.24
Perfluoro-n-hexadecanoic acid PFHxDA<0.75
Perfluoro-n-octadecanoic acid PFODA<0.39
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.25
Perfluorohexanesulfonic acid PFHxS0.30JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.13
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.38
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.36
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.73
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.6
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.72
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.4
6:2 Fluorotelomer sulfonic acid 6:2 FTS<1.7
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.20
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*1.3
Combined PFAS*5.9
Well 31 · 1 printed sample

Well 31 · 5-May

Laboratory: TA · Method: Mod 537 · PDF page 1

Well 31, 5-May — report values in ng/L (parts per trillion)
Report rowPrinted value
Perfluorooctanoic acid PFOA<0.73
Perfluorooctanesulfonic acid PFOS<0.46
Perfluorobutanoic acid PFBA0.41JB
Perfluoropentanoic acid PFPeA<0.42
Perfluorohexanoic acid PFHxA<0.50
Perfluoroheptanoic acid PFHpA<0.21
Perfluorooctanesulfonamide FOSA4.4B
Perfluorononanoic acid PFNA<0.23
Perfluorodecanoic acid PFDA<0.27
Perfluoroundecanoic acid PFUnA<0.94
Perfluorododecanoic acid PFDoA<0.47
Perfluorotridecanoic acid PFTrDA<1.1
Perfluorotetradecanoic acid PFTeDA<0.25
Perfluoro-n-hexadecanoic acid PFHxDA<0.76
Perfluoro-n-octadecanoic acid PFODA<0.39
Perfluorobutanesulfonic acid PFBS<0.17
Perfluoropentane sulfonic acid PFPeS<0.26
Perfluorohexanesulfonic acid PFHxS0.26JB
Perfluoroheptane sulfonic acid PFHpS<0.16
Perfluorononane sulfonic acid PFNS<0.14
Perfluorodecane sulfonic acid PFDS<0.27
Perfluorododecanesulfonic acid PFDoS<0.39
N-Methyl perfluorooctane sulfonamide NMeFOSA<0.37
N-Ethyl perfluorooctane sulfonamide NEtFOSA<0.75
N-Methyl perfluorooctane sulfonamidoacetic acid NMeFOSAA<2.7
N-Ethyl perfluorooctane sulfonamidoacetic acid NEtFOSAA<1.6
N-Methyl perfluorooctane sulfonamidoethanol NMeFOSE<1.2
N-Ethyl perfluorooctane sulfonamidoethanol NEtFOSE<0.73
4:2 Fluorotelomer sulfonic acid 4:2 FTS<4.5
6:2 Fluorotelomer sulfonic acid 6:2 FTS3.0J
8:2 Fluorotelomer sulfonic acid 8:2 FTS<1.7
10:2 Fluorotelomer sulfonic acid 10:2 FTS<0.16
ADONA ADONA<0.15
9Cl-PF3ONS F-53B Major<0.21
11Cl-PF3OUdS F-53B Minor<0.27
HFPA-DA / HFPO-DA GenX<1.3
PFOA+PFOS*ND
Combined PFAS*8.1

EPA historical monitoring

Additional contaminants tested in Madison water, 2002–2024

Looking for testing beyond Madison’s annual report? EPA’s Unregulated Contaminant Monitoring Rule (UCMR) records substances considered for future regulation. Madison’s five cycles shown here span 2002–2024 and contain 4,811 occurrence results plus 28 separate source-water indicators. Open a cycle for its substance, well, and date. These are results, not counts of homes or proof of today’s regulatory status.

Look up Madison Water Utility as WI1130224 in EPA records. Wisconsin DNR uses 11302247. Both identify this utility; these records do not establish who serves a particular address.

Open a cycle, a facility and a dated sample group. Each group preserves all source metadata and result fields. Groups share identical metadata; they are not a new estimate of distinct sampling events. Results from entry points, distribution locations and untreated source water remain separate. Wide tables scroll horizontally with touch or arrow keys.

How to read the results and source codes

MRL means minimum reporting level: a laboratory reporting threshold, not a health limit. A result sign of < with a blank reported value means below that row’s MRL, not zero. A sign of = accompanies the numeric result. A dash (—) displays an original blank field; it is not an inferred nondetect. For UCMR 4 HAA groups, EPA leaves MRL blank. µg/L means micrograms per litre. Original values, trailing zeroes, units, methods and identifiers are retained without conversion.

GW means groundwater. EP is an entry point to the distribution system; MR is a maximum-residence-time distribution location; DS is a distribution-system location; SR is untreated source water. TFS means treated field sample in UCMR 1. AM is Assessment Monitoring and SS is Screening Survey. SE codes identify source sample events. Size L means more than 10,000 people under each cycle’s dated population definition, not a current population estimate.

Associated facility and sample-point IDs describe linked monitoring locations in cycles 2 and 3. They are blank by design in cycles 1, 4 and 5. UCMR1SampleType is blank by design in later cycles. A blank sample name or other field is preserved without guessing its meaning.

Supplementary responses describe the monitoring period. CL means chlorine in cycle 2; CLGA means gaseous chlorine in cycles 3 and 5. Cycle 5 treatment codes shown here are GWD (groundwater system with disinfection only), INF (in-line filtration), and POB (pre-oxidation with chlorine before coagulation or filtration). NMT means treatment was not modified after testing. LithiumOccurrence and PFASOccurrence ask whether the utility had tested for those substances before UCMR 5; a “No” response is not a nondetect result.

PotentialPFASSources asks about awareness of potential current or historical sources. Reported detail codes are AO (airport operations), FT (firefighting training school), MB (military base), and PS (public safety activities, such as fire and rescue). These are reported possibilities, not proof of a source or cause of contamination. ZIP codes were entered by the utility and do not confirm service at an address. Supplementary records and analytical records need not have matching row counts.

Compare a result with the same analyte, units, reporting level, sampling location and method before drawing a trend. This archive does not calculate compliance or treat old reference concentrations as today’s standards. For additional local monitoring, see theutility’s PFAS history andDNR sample records.

UCMR 5 · 2023–2024 · 1,200 occurrence rows

The 1,200 occurrence rows cover 20 facility IDs and 30 analytes: 29 PFAS and lithium. All are entry-point (EP) Assessment Monitoring (AM) records. EPA released the final UCMR 5 dataset in August 2026; the Madison collection dates shown are in 2023–2024. The size category uses retail population as of February 1, 2021. Associated IDs are blank by design.

EPA’s UCMR 5 data and definitions (ZIP)

Contaminant results · 1200 rows

Unit Well 6 · Facility 00006 · 60 results
10/2/2023 · Point 6 (EP) · Sample 810-79851-1 · 30 results
Full source identifiers and sampling metadata
10/2/2023 · Point 6 · Sample 810-79851-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NEtFOSAA<—0.005µg/LEPA 537.1
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
lithium<—9µg/LEPA 200.7
PFHxA<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFOA<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFHxS=0.00660.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFNA<—0.004µg/LEPA 533
4/3/2024 · Point 6 (EP) · Sample 810-99353-1 · 30 results
Full source identifiers and sampling metadata
4/3/2024 · Point 6 · Sample 810-99353-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpS<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFHxS=0.00730.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
Unit Well 7 · Facility 00007 · 60 results
10/5/2023 · Point 7 (EP) · Sample 810-80554-1 · 30 results
Full source identifiers and sampling metadata
10/5/2023 · Point 7 · Sample 810-80554-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
ADONA<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFPeA<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFPeS<—0.004µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFBS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
4/11/2024 · Point 7 (EP) · Sample 810-100598-1 · 30 results
Full source identifiers and sampling metadata
4/11/2024 · Point 7 · Sample 810-100598-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFMBA<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxS<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFNA<—0.004µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
ADONA<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFBS<—0.003µg/LEPA 533
Unit Well 9 · Facility 00009 · 60 results
10/10/2023 · Point 9 (EP) · Sample 810-81034-1 · 30 results
Full source identifiers and sampling metadata
10/10/2023 · Point 9 · Sample 810-81034-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFTrDA<—0.007µg/LEPA 537.1
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFPeA<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFMBA<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFHpS<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
lithium<—9µg/LEPA 200.7
9Cl-PF3ONS<—0.002µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFBA=0.04600.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
4/4/2024 · Point 9 (EP) · Sample 810-99623-1 · 30 results
Full source identifiers and sampling metadata
4/4/2024 · Point 9 · Sample 810-99623-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFBS<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFBA=0.04650.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
Unit Well 11 · Facility 00011 · 60 results
10/3/2023 · Point 11 (EP) · Sample 810-80082-1 · 30 results
Full source identifiers and sampling metadata
10/3/2023 · Point 11 · Sample 810-80082-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NEtFOSAA<—0.005µg/LEPA 537.1
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFDoA<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFHpA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFBS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
4/4/2024 · Point 11 (EP) · Sample 810-99621-1 · 30 results
Full source identifiers and sampling metadata
4/4/2024 · Point 11 · Sample 810-99621-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFPeA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHpS<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFPeS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFOS<—0.004µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
Unit Well 12 · Facility 00012 · 60 results
10/4/2023 · Point 12 (EP) · Sample 810-80390-1 · 30 results
Full source identifiers and sampling metadata
10/4/2023 · Point 12 · Sample 810-80390-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxS<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
PFMPA<—0.004µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
HFPO-DA<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
4/3/2024 · Point 12 (EP) · Sample 810-99357-1 · 30 results
Full source identifiers and sampling metadata
4/3/2024 · Point 12 · Sample 810-99357-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFBA<—0.005µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFDA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFHpS<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
Unit Well 13 · Facility 00013 · 60 results
10/3/2023 · Point 13 (EP) · Sample 810-80084-1 · 30 results
Full source identifiers and sampling metadata
10/3/2023 · Point 13 · Sample 810-80084-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
6:2 FTS<—0.005µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFEESA<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFBA<—0.005µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFOS<—0.004µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
5/14/2024 · Point 13 (EP) · Sample 810-104657-1 · 25 results
Full source identifiers and sampling metadata
5/14/2024 · Point 13 · Sample 810-104657-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFBA<—0.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
4/2/2024 · Point 13 (EP) · Sample 810-99242-1 · 5 results
Full source identifiers and sampling metadata
4/2/2024 · Point 13 · Sample 810-99242-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
Unit Well 14 · Facility 00014 · 60 results
10/2/2023 · Point 14 (EP) · Sample 810-79855-1 · 30 results
Full source identifiers and sampling metadata
10/2/2023 · Point 14 · Sample 810-79855-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
ADONA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFMPA<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS=0.00460.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
10/7/2024 · Point 14 (EP) · Sample 810-123286-1 · 30 results
Full source identifiers and sampling metadata
10/7/2024 · Point 14 · Sample 810-123286-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFUnA<—0.002µg/LEPA 533
lithium<—9µg/LEPA 200.7
6:2 FTS<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
9Cl-PF3ONS<—0.002µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
11Cl-PF3OUdS<—0.005µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFHpS<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFHxS=0.00480.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
Unit Well 16 · Facility 00016 · 60 results
10/4/2023 · Point 16 (EP) · Sample 810-80396-1 · 30 results
Full source identifiers and sampling metadata
10/4/2023 · Point 16 · Sample 810-80396-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.004µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFOA<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFPeS<—0.004µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFEESA<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
4/3/2024 · Point 16 (EP) · Sample 810-99355-1 · 30 results
Full source identifiers and sampling metadata
4/3/2024 · Point 16 · Sample 810-99355-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
lithium<—9µg/LEPA 200.7
PFHxS<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFBA<—0.005µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFHxA<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
NFDHA<—0.02µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
Unit Well 17 · Facility 00017 · 60 results
10/2/2023 · Point 17 (EP) · Sample 810-79857-1 · 30 results
Full source identifiers and sampling metadata
10/2/2023 · Point 17 · Sample 810-79857-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NFDHA<—0.02µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFMBA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
10/8/2024 · Point 17 (EP) · Sample 810-123435-1 · 30 results
Full source identifiers and sampling metadata
10/8/2024 · Point 17 · Sample 810-123435-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
4:2 FTS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFHxS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
6:2 FTS<—0.005µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
Unit Well 18 · Facility 00018 · 60 results
10/4/2023 · Point 18 (EP) · Sample 810-80397-1 · 30 results
Full source identifiers and sampling metadata
10/4/2023 · Point 18 · Sample 810-80397-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
NMeFOSAA<—0.006µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFHpS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
4/2/2024 · Point 18 (EP) · Sample 810-99239-1 · 30 results
Full source identifiers and sampling metadata
4/2/2024 · Point 18 · Sample 810-99239-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFUnA<—0.002µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFOS<—0.004µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
Unit Well 19 · Facility 00019 · 60 results
10/9/2023 · Point 19 (EP) · Sample 810-80697-1 · 30 results
Full source identifiers and sampling metadata
10/9/2023 · Point 19 · Sample 810-80697-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFUnA<—0.002µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
9Cl-PF3ONS<—0.002µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
HFPO-DA<—0.005µg/LEPA 533
4/9/2024 · Point 19 (EP) · Sample 810-100144-1 · 30 results
Full source identifiers and sampling metadata
4/9/2024 · Point 19 · Sample 810-100144-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
9Cl-PF3ONS<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFOS<—0.004µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
Unit Well 20 · Facility 00020 · 60 results
4/10/2024 · Point 20 (EP) · Sample 810-100407-1 · 30 results
Full source identifiers and sampling metadata
4/10/2024 · Point 20 · Sample 810-100407-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NFDHA<—0.02µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
PFMBA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFOS<—0.004µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFNA<—0.004µg/LEPA 533
10/7/2024 · Point 20 (EP) · Sample 810-123283-1 · 30 results
Full source identifiers and sampling metadata
10/7/2024 · Point 20 · Sample 810-123283-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFUnA<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
11Cl-PF3OUdS<—0.005µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFHpA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
Unit Well 24 · Facility 00024 · 60 results
4/2/2024 · Point 24 (EP) · Sample 810-99240-1 · 30 results
Full source identifiers and sampling metadata
4/2/2024 · Point 24 · Sample 810-99240-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFOS<—0.004µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
lithium<—9µg/LEPA 200.7
PFHpS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
NFDHA<—0.02µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
10/8/2024 · Point 24 (EP) · Sample 810-123437-1 · 30 results
Full source identifiers and sampling metadata
10/8/2024 · Point 24 · Sample 810-123437-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFMBA<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFPeS<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
Unit Well 25 · Facility 00025 · 60 results
10/10/2023 · Point 25 (EP) · Sample 810-81035-1 · 30 results
Full source identifiers and sampling metadata
10/10/2023 · Point 25 · Sample 810-81035-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFBS<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
9Cl-PF3ONS<—0.002µg/LEPA 533
PFBA<—0.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHpS<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
4:2 FTS<—0.003µg/LEPA 533
4/11/2024 · Point 25 (EP) · Sample 810-100614-1 · 30 results
Full source identifiers and sampling metadata
4/11/2024 · Point 25 · Sample 810-100614-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFTrDA<—0.007µg/LEPA 537.1
PFHxA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
9Cl-PF3ONS<—0.002µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFPeS<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFOA<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
6:2 FTS<—0.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
Unit Well 26 · Facility 00026 · 60 results
11/13/2023 · Point 26 (EP) · Sample 810-84802-1 · 30 results
Full source identifiers and sampling metadata
11/13/2023 · Point 26 · Sample 810-84802-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFPeA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFBA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
NEtFOSAA<—0.005µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFMBA<—0.003µg/LEPA 533
4/10/2024 · Point 26 (EP) · Sample 810-100411-1 · 30 results
Full source identifiers and sampling metadata
4/10/2024 · Point 26 · Sample 810-100411-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFTA<—0.008µg/LEPA 537.1
PFOS<—0.004µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFOA<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFHxS<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
Unit Well 27 · Facility 00027 · 60 results
10/9/2023 · Point 27 (EP) · Sample 810-80696-1 · 30 results
Full source identifiers and sampling metadata
10/9/2023 · Point 27 · Sample 810-80696-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NEtFOSAA<—0.005µg/LEPA 537.1
PFPeA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFHxA<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
lithium<—9µg/LEPA 200.7
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFOA<—0.004µg/LEPA 533
4/4/2024 · Point 27 (EP) · Sample 810-99620-1 · 30 results
Full source identifiers and sampling metadata
4/4/2024 · Point 27 · Sample 810-99620-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.004µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFOA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFBS<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
Unit Well 28 · Facility 00028 · 60 results
10/9/2023 · Point 28 (EP) · Sample 810-80698-1 · 30 results
Full source identifiers and sampling metadata
10/9/2023 · Point 28 · Sample 810-80698-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.004µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFNA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFBS<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
4/10/2024 · Point 28 (EP) · Sample 810-100413-1 · 30 results
Full source identifiers and sampling metadata
4/10/2024 · Point 28 · Sample 810-100413-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HFPO-DA<—0.005µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFNA<—0.004µg/LEPA 533
ADONA<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
9Cl-PF3ONS<—0.002µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
Unit Well 29 · Facility 00029 · 60 results
10/3/2023 · Point 29 (EP) · Sample 810-80088-1 · 30 results
Full source identifiers and sampling metadata
10/3/2023 · Point 29 · Sample 810-80088-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
9Cl-PF3ONS<—0.002µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
PFPeS<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
ADONA<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
4/11/2024 · Point 29 (EP) · Sample 810-100602-1 · 30 results
Full source identifiers and sampling metadata
4/11/2024 · Point 29 · Sample 810-100602-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFUnA<—0.002µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFDoA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
Unit Well 30 · Facility 00030 · 60 results
10/5/2023 · Point 30 (EP) · Sample 810-80573-1 · 26 results
Full source identifiers and sampling metadata
10/5/2023 · Point 30 · Sample 810-80573-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.004µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFDA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFBS<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
11/13/2023 · Point 30 (EP) · Sample 810-84805-1 · 4 results
Full source identifiers and sampling metadata
11/13/2023 · Point 30 · Sample 810-84805-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
4/9/2024 · Point 30 (EP) · Sample 810-100224-1 · 30 results
Full source identifiers and sampling metadata
4/9/2024 · Point 30 · Sample 810-100224-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFBS<—0.003µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
PFBA<—0.005µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
PFTrDA<—0.007µg/LEPA 537.1
PFTA<—0.008µg/LEPA 537.1
9Cl-PF3ONS<—0.002µg/LEPA 533
NEtFOSAA<—0.005µg/LEPA 537.1
PFMBA<—0.003µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
Unit Well 31 · Facility 00031 · 60 results
10/5/2023 · Point 31 (EP) · Sample 810-80574-1 · 26 results
Full source identifiers and sampling metadata
10/5/2023 · Point 31 · Sample 810-80574-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
6:2 FTS<—0.005µg/LEPA 533
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
ADONA<—0.003µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
lithium<—9µg/LEPA 200.7
PFBS<—0.003µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFHxS<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
PFUnA<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
11/13/2023 · Point 31 (EP) · Sample 810-84807-1 · 4 results
Full source identifiers and sampling metadata
11/13/2023 · Point 31 · Sample 810-84807-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
NMeFOSAA<—0.006µg/LEPA 537.1
4/9/2024 · Point 31 (EP) · Sample 810-100146-1 · 30 results
Full source identifiers and sampling metadata
4/9/2024 · Point 31 · Sample 810-100146-1
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
6:2 FTS<—0.005µg/LEPA 533
PFBS<—0.003µg/LEPA 533
lithium<—9µg/LEPA 200.7
ADONA<—0.003µg/LEPA 533
HFPO-DA<—0.005µg/LEPA 533
PFBA<—0.005µg/LEPA 533
PFHpA<—0.003µg/LEPA 533
PFNA<—0.004µg/LEPA 533
PFOS<—0.004µg/LEPA 533
PFOA<—0.004µg/LEPA 533
PFDA<—0.003µg/LEPA 533
PFDoA<—0.003µg/LEPA 533
PFHxA<—0.003µg/LEPA 533
9Cl-PF3ONS<—0.002µg/LEPA 533
11Cl-PF3OUdS<—0.005µg/LEPA 533
NMeFOSAA<—0.006µg/LEPA 537.1
4:2 FTS<—0.003µg/LEPA 533
8:2 FTS<—0.005µg/LEPA 533
PFMPA<—0.004µg/LEPA 533
PFPeA<—0.003µg/LEPA 533
PFMBA<—0.003µg/LEPA 533
PFEESA<—0.003µg/LEPA 533
NFDHA<—0.02µg/LEPA 533
PFPeS<—0.004µg/LEPA 533
PFHpS<—0.003µg/LEPA 533
PFTA<—0.008µg/LEPA 537.1
PFTrDA<—0.007µg/LEPA 537.1
NEtFOSAA<—0.005µg/LEPA 537.1
PFUnA<—0.002µg/LEPA 533
PFHxS<—0.003µg/LEPA 533

Supplementary monitoring responses · 406 rows

Read all 406 supplementary records
UCMR 5 · UCMR5_AddtlDataElem.txt
AdditionalDataElementResponsePWSIDFacilityIDSamplePointIDSampleEventCodeIfOtherText
PotentialPFASSourcesDetailMBWI1130224000066SE1—
PotentialPFASSourcesDetailPSWI1130224000066SE1—
PotentialPFASSourcesDetailAOWI1130224000066SE1—
PFASTreatmentNMTWI1130224000066SE1—
PotentialPFASSourcesDetailFTWI1130224000066SE1—
LithiumOccurrenceNoWI1130224000066SE1—
PFASOccurrenceYesWI1130224000066SE1—
PotentialPFASSourcesYesWI1130224000066SE1—
DisinfectantTypeCLGAWI1130224000066SE1—
TreatmentInformationGWDWI1130224000066SE1—
PotentialPFASSourcesDetailAOWI1130224000066SE2—
PotentialPFASSourcesDetailFTWI1130224000066SE2—
PotentialPFASSourcesDetailMBWI1130224000066SE2—
PotentialPFASSourcesDetailPSWI1130224000066SE2—
PFASTreatmentNMTWI1130224000066SE2—
LithiumOccurrenceNoWI1130224000066SE2—
PFASOccurrenceYesWI1130224000066SE2—
PotentialPFASSourcesYesWI1130224000066SE2—
TreatmentInformationGWDWI1130224000066SE2—
DisinfectantTypeCLGAWI1130224000066SE2—
PotentialPFASSourcesDetailAOWI1130224000077SE1—
PotentialPFASSourcesDetailPSWI1130224000077SE1—
PotentialPFASSourcesDetailFTWI1130224000077SE1—
PFASTreatmentNMTWI1130224000077SE1—
PotentialPFASSourcesDetailMBWI1130224000077SE1—
LithiumOccurrenceNoWI1130224000077SE1—
PFASOccurrenceYesWI1130224000077SE1—
PotentialPFASSourcesYesWI1130224000077SE1—
DisinfectantTypeCLGAWI1130224000077SE1—
TreatmentInformationINFWI1130224000077SE1—
TreatmentInformationPOBWI1130224000077SE1—
PFASTreatmentNMTWI1130224000077SE2—
PotentialPFASSourcesDetailAOWI1130224000077SE2—
PotentialPFASSourcesDetailFTWI1130224000077SE2—
PotentialPFASSourcesDetailMBWI1130224000077SE2—
PotentialPFASSourcesDetailPSWI1130224000077SE2—
LithiumOccurrenceNoWI1130224000077SE2—
PFASOccurrenceYesWI1130224000077SE2—
PotentialPFASSourcesYesWI1130224000077SE2—
DisinfectantTypeCLGAWI1130224000077SE2—
TreatmentInformationINFWI1130224000077SE2—
TreatmentInformationPOBWI1130224000077SE2—
PotentialPFASSourcesDetailPSWI1130224000099SE1—
PotentialPFASSourcesDetailMBWI1130224000099SE1—
PotentialPFASSourcesDetailAOWI1130224000099SE1—
PFASTreatmentNMTWI1130224000099SE1—
PotentialPFASSourcesDetailFTWI1130224000099SE1—
LithiumOccurrenceNoWI1130224000099SE1—
PFASOccurrenceYesWI1130224000099SE1—
PotentialPFASSourcesYesWI1130224000099SE1—
DisinfectantTypeCLGAWI1130224000099SE1—
TreatmentInformationGWDWI1130224000099SE1—
PFASTreatmentNMTWI1130224000099SE2—
PotentialPFASSourcesDetailAOWI1130224000099SE2—
PotentialPFASSourcesDetailFTWI1130224000099SE2—
PotentialPFASSourcesDetailMBWI1130224000099SE2—
PotentialPFASSourcesDetailPSWI1130224000099SE2—
LithiumOccurrenceNoWI1130224000099SE2—
PFASOccurrenceYesWI1130224000099SE2—
PotentialPFASSourcesYesWI1130224000099SE2—
TreatmentInformationGWDWI1130224000099SE2—
DisinfectantTypeCLGAWI1130224000099SE2—
PotentialPFASSourcesDetailMBWI11302240001111SE1—
PotentialPFASSourcesDetailPSWI11302240001111SE1—
PotentialPFASSourcesDetailFTWI11302240001111SE1—
PotentialPFASSourcesDetailAOWI11302240001111SE1—
PFASTreatmentNMTWI11302240001111SE1—
LithiumOccurrenceNoWI11302240001111SE1—
PFASOccurrenceYesWI11302240001111SE1—
PotentialPFASSourcesYesWI11302240001111SE1—
TreatmentInformationGWDWI11302240001111SE1—
DisinfectantTypeCLGAWI11302240001111SE1—
PotentialPFASSourcesDetailAOWI11302240001111SE2—
PotentialPFASSourcesDetailFTWI11302240001111SE2—
PotentialPFASSourcesDetailMBWI11302240001111SE2—
PotentialPFASSourcesDetailPSWI11302240001111SE2—
PFASTreatmentNMTWI11302240001111SE2—
PotentialPFASSourcesYesWI11302240001111SE2—
PFASOccurrenceYesWI11302240001111SE2—
LithiumOccurrenceNoWI11302240001111SE2—
DisinfectantTypeCLGAWI11302240001111SE2—
TreatmentInformationGWDWI11302240001111SE2—
PFASTreatmentNMTWI11302240001212SE1—
PotentialPFASSourcesDetailAOWI11302240001212SE1—
PotentialPFASSourcesDetailFTWI11302240001212SE1—
PotentialPFASSourcesDetailMBWI11302240001212SE1—
PotentialPFASSourcesDetailPSWI11302240001212SE1—
PFASOccurrenceYesWI11302240001212SE1—
PotentialPFASSourcesYesWI11302240001212SE1—
LithiumOccurrenceNoWI11302240001212SE1—
DisinfectantTypeCLGAWI11302240001212SE1—
TreatmentInformationGWDWI11302240001212SE1—
PotentialPFASSourcesDetailAOWI11302240001212SE2—
PotentialPFASSourcesDetailPSWI11302240001212SE2—
PotentialPFASSourcesDetailFTWI11302240001212SE2—
PFASTreatmentNMTWI11302240001212SE2—
PotentialPFASSourcesDetailMBWI11302240001212SE2—
LithiumOccurrenceNoWI11302240001212SE2—
PFASOccurrenceYesWI11302240001212SE2—
PotentialPFASSourcesYesWI11302240001212SE2—
DisinfectantTypeCLGAWI11302240001212SE2—
TreatmentInformationGWDWI11302240001212SE2—
PFASTreatmentNMTWI11302240001313SE1—
PotentialPFASSourcesDetailAOWI11302240001313SE1—
PotentialPFASSourcesDetailFTWI11302240001313SE1—
PotentialPFASSourcesDetailMBWI11302240001313SE1—
PotentialPFASSourcesDetailPSWI11302240001313SE1—
LithiumOccurrenceNoWI11302240001313SE1—
PFASOccurrenceYesWI11302240001313SE1—
PotentialPFASSourcesYesWI11302240001313SE1—
DisinfectantTypeCLGAWI11302240001313SE1—
TreatmentInformationGWDWI11302240001313SE1—
PotentialPFASSourcesDetailMBWI11302240001313SE2—
PotentialPFASSourcesDetailPSWI11302240001313SE2—
PotentialPFASSourcesDetailFTWI11302240001313SE2—
PotentialPFASSourcesDetailAOWI11302240001313SE2—
PFASTreatmentNMTWI11302240001313SE2—
PotentialPFASSourcesYesWI11302240001313SE2—
LithiumOccurrenceNoWI11302240001313SE2—
PFASOccurrenceYesWI11302240001313SE2—
DisinfectantTypeCLGAWI11302240001313SE2—
TreatmentInformationGWDWI11302240001313SE2—
PotentialPFASSourcesDetailAOWI11302240001414SE1—
PotentialPFASSourcesDetailFTWI11302240001414SE1—
PotentialPFASSourcesDetailMBWI11302240001414SE1—
PotentialPFASSourcesDetailPSWI11302240001414SE1—
PFASTreatmentNMTWI11302240001414SE1—
PotentialPFASSourcesYesWI11302240001414SE1—
LithiumOccurrenceNoWI11302240001414SE1—
PFASOccurrenceYesWI11302240001414SE1—
DisinfectantTypeCLGAWI11302240001414SE1—
TreatmentInformationGWDWI11302240001414SE1—
PotentialPFASSourcesDetailPSWI11302240001414SE2—
PFASTreatmentNMTWI11302240001414SE2—
PotentialPFASSourcesDetailAOWI11302240001414SE2—
PotentialPFASSourcesDetailFTWI11302240001414SE2—
PotentialPFASSourcesDetailMBWI11302240001414SE2—
LithiumOccurrenceNoWI11302240001414SE2—
PFASOccurrenceYesWI11302240001414SE2—
PotentialPFASSourcesYesWI11302240001414SE2—
TreatmentInformationGWDWI11302240001414SE2—
DisinfectantTypeCLGAWI11302240001414SE2—
PotentialPFASSourcesDetailPSWI11302240001616SE1—
PotentialPFASSourcesDetailMBWI11302240001616SE1—
PFASTreatmentNMTWI11302240001616SE1—
PotentialPFASSourcesDetailAOWI11302240001616SE1—
PotentialPFASSourcesDetailFTWI11302240001616SE1—
LithiumOccurrenceNoWI11302240001616SE1—
PFASOccurrenceYesWI11302240001616SE1—
PotentialPFASSourcesYesWI11302240001616SE1—
DisinfectantTypeCLGAWI11302240001616SE1—
TreatmentInformationGWDWI11302240001616SE1—
PFASTreatmentNMTWI11302240001616SE2—
PotentialPFASSourcesDetailAOWI11302240001616SE2—
PotentialPFASSourcesDetailFTWI11302240001616SE2—
PotentialPFASSourcesDetailMBWI11302240001616SE2—
PotentialPFASSourcesDetailPSWI11302240001616SE2—
LithiumOccurrenceNoWI11302240001616SE2—
PFASOccurrenceYesWI11302240001616SE2—
PotentialPFASSourcesYesWI11302240001616SE2—
DisinfectantTypeCLGAWI11302240001616SE2—
TreatmentInformationGWDWI11302240001616SE2—
PotentialPFASSourcesDetailAOWI11302240001717SE1—
PotentialPFASSourcesDetailPSWI11302240001717SE1—
PotentialPFASSourcesDetailFTWI11302240001717SE1—
PFASTreatmentNMTWI11302240001717SE1—
PotentialPFASSourcesDetailMBWI11302240001717SE1—
LithiumOccurrenceNoWI11302240001717SE1—
PFASOccurrenceYesWI11302240001717SE1—
PotentialPFASSourcesYesWI11302240001717SE1—
DisinfectantTypeCLGAWI11302240001717SE1—
TreatmentInformationGWDWI11302240001717SE1—
PFASTreatmentNMTWI11302240001717SE2—
PotentialPFASSourcesDetailAOWI11302240001717SE2—
PotentialPFASSourcesDetailFTWI11302240001717SE2—
PotentialPFASSourcesDetailMBWI11302240001717SE2—
PotentialPFASSourcesDetailPSWI11302240001717SE2—
LithiumOccurrenceNoWI11302240001717SE2—
PFASOccurrenceYesWI11302240001717SE2—
PotentialPFASSourcesYesWI11302240001717SE2—
DisinfectantTypeCLGAWI11302240001717SE2—
TreatmentInformationGWDWI11302240001717SE2—
PFASTreatmentNMTWI11302240001818SE1—
PotentialPFASSourcesDetailPSWI11302240001818SE1—
PotentialPFASSourcesDetailMBWI11302240001818SE1—
PotentialPFASSourcesDetailFTWI11302240001818SE1—
PotentialPFASSourcesDetailAOWI11302240001818SE1—
LithiumOccurrenceNoWI11302240001818SE1—
PFASOccurrenceYesWI11302240001818SE1—
PotentialPFASSourcesYesWI11302240001818SE1—
TreatmentInformationGWDWI11302240001818SE1—
DisinfectantTypeCLGAWI11302240001818SE1—
PFASTreatmentNMTWI11302240001818SE2—
PotentialPFASSourcesDetailAOWI11302240001818SE2—
PotentialPFASSourcesDetailFTWI11302240001818SE2—
PotentialPFASSourcesDetailMBWI11302240001818SE2—
PotentialPFASSourcesDetailPSWI11302240001818SE2—
LithiumOccurrenceNoWI11302240001818SE2—
PFASOccurrenceYesWI11302240001818SE2—
PotentialPFASSourcesYesWI11302240001818SE2—
TreatmentInformationGWDWI11302240001818SE2—
DisinfectantTypeCLGAWI11302240001818SE2—
PotentialPFASSourcesDetailPSWI11302240001919SE1—
PFASTreatmentNMTWI11302240001919SE1—
PotentialPFASSourcesDetailAOWI11302240001919SE1—
PotentialPFASSourcesDetailFTWI11302240001919SE1—
PotentialPFASSourcesDetailMBWI11302240001919SE1—
PFASOccurrenceYesWI11302240001919SE1—
PotentialPFASSourcesYesWI11302240001919SE1—
LithiumOccurrenceNoWI11302240001919SE1—
DisinfectantTypeCLGAWI11302240001919SE1—
TreatmentInformationGWDWI11302240001919SE1—
PotentialPFASSourcesDetailPSWI11302240001919SE2—
PotentialPFASSourcesDetailMBWI11302240001919SE2—
PotentialPFASSourcesDetailFTWI11302240001919SE2—
PFASTreatmentNMTWI11302240001919SE2—
PotentialPFASSourcesDetailAOWI11302240001919SE2—
PFASOccurrenceYesWI11302240001919SE2—
PotentialPFASSourcesYesWI11302240001919SE2—
LithiumOccurrenceNoWI11302240001919SE2—
DisinfectantTypeCLGAWI11302240001919SE2—
TreatmentInformationGWDWI11302240001919SE2—
PotentialPFASSourcesDetailPSWI11302240002020SE1—
PFASTreatmentNMTWI11302240002020SE1—
PotentialPFASSourcesDetailAOWI11302240002020SE1—
PotentialPFASSourcesDetailFTWI11302240002020SE1—
PotentialPFASSourcesDetailMBWI11302240002020SE1—
LithiumOccurrenceNoWI11302240002020SE1—
PFASOccurrenceYesWI11302240002020SE1—
PotentialPFASSourcesYesWI11302240002020SE1—
DisinfectantTypeCLGAWI11302240002020SE1—
TreatmentInformationGWDWI11302240002020SE1—
PotentialPFASSourcesDetailPSWI11302240002020SE2—
PotentialPFASSourcesDetailMBWI11302240002020SE2—
PFASTreatmentNMTWI11302240002020SE2—
PotentialPFASSourcesDetailAOWI11302240002020SE2—
PotentialPFASSourcesDetailFTWI11302240002020SE2—
LithiumOccurrenceNoWI11302240002020SE2—
PFASOccurrenceYesWI11302240002020SE2—
PotentialPFASSourcesYesWI11302240002020SE2—
DisinfectantTypeCLGAWI11302240002020SE2—
TreatmentInformationGWDWI11302240002020SE2—
PFASTreatmentNMTWI11302240002424SE1—
PotentialPFASSourcesDetailAOWI11302240002424SE1—
PotentialPFASSourcesDetailFTWI11302240002424SE1—
PotentialPFASSourcesDetailMBWI11302240002424SE1—
PotentialPFASSourcesDetailPSWI11302240002424SE1—
PotentialPFASSourcesYesWI11302240002424SE1—
LithiumOccurrenceNoWI11302240002424SE1—
PFASOccurrenceYesWI11302240002424SE1—
DisinfectantTypeCLGAWI11302240002424SE1—
TreatmentInformationGWDWI11302240002424SE1—
PotentialPFASSourcesDetailAOWI11302240002424SE2—
PotentialPFASSourcesDetailPSWI11302240002424SE2—
PotentialPFASSourcesDetailFTWI11302240002424SE2—
PFASTreatmentNMTWI11302240002424SE2—
PotentialPFASSourcesDetailMBWI11302240002424SE2—
PotentialPFASSourcesYesWI11302240002424SE2—
PFASOccurrenceYesWI11302240002424SE2—
LithiumOccurrenceNoWI11302240002424SE2—
DisinfectantTypeCLGAWI11302240002424SE2—
TreatmentInformationGWDWI11302240002424SE2—
PFASTreatmentNMTWI11302240002525SE1—
PotentialPFASSourcesDetailAOWI11302240002525SE1—
PotentialPFASSourcesDetailFTWI11302240002525SE1—
PotentialPFASSourcesDetailMBWI11302240002525SE1—
PotentialPFASSourcesDetailPSWI11302240002525SE1—
LithiumOccurrenceNoWI11302240002525SE1—
PFASOccurrenceYesWI11302240002525SE1—
PotentialPFASSourcesYesWI11302240002525SE1—
TreatmentInformationGWDWI11302240002525SE1—
DisinfectantTypeCLGAWI11302240002525SE1—
PotentialPFASSourcesDetailAOWI11302240002525SE2—
PotentialPFASSourcesDetailPSWI11302240002525SE2—
PFASTreatmentNMTWI11302240002525SE2—
PotentialPFASSourcesDetailMBWI11302240002525SE2—
PotentialPFASSourcesDetailFTWI11302240002525SE2—
LithiumOccurrenceNoWI11302240002525SE2—
PFASOccurrenceYesWI11302240002525SE2—
PotentialPFASSourcesYesWI11302240002525SE2—
DisinfectantTypeCLGAWI11302240002525SE2—
TreatmentInformationGWDWI11302240002525SE2—
PFASTreatmentNMTWI11302240002626SE1—
PotentialPFASSourcesDetailAOWI11302240002626SE1—
PotentialPFASSourcesDetailFTWI11302240002626SE1—
PotentialPFASSourcesDetailMBWI11302240002626SE1—
PotentialPFASSourcesDetailPSWI11302240002626SE1—
LithiumOccurrenceNoWI11302240002626SE1—
PFASOccurrenceYesWI11302240002626SE1—
PotentialPFASSourcesYesWI11302240002626SE1—
DisinfectantTypeCLGAWI11302240002626SE1—
TreatmentInformationGWDWI11302240002626SE1—
PotentialPFASSourcesDetailAOWI11302240002626SE2—
PotentialPFASSourcesDetailPSWI11302240002626SE2—
PotentialPFASSourcesDetailFTWI11302240002626SE2—
PFASTreatmentNMTWI11302240002626SE2—
PotentialPFASSourcesDetailMBWI11302240002626SE2—
LithiumOccurrenceNoWI11302240002626SE2—
PFASOccurrenceYesWI11302240002626SE2—
PotentialPFASSourcesYesWI11302240002626SE2—
DisinfectantTypeCLGAWI11302240002626SE2—
TreatmentInformationGWDWI11302240002626SE2—
PFASTreatmentNMTWI11302240002727SE1—
PotentialPFASSourcesDetailAOWI11302240002727SE1—
PotentialPFASSourcesDetailFTWI11302240002727SE1—
PotentialPFASSourcesDetailMBWI11302240002727SE1—
PotentialPFASSourcesDetailPSWI11302240002727SE1—
LithiumOccurrenceNoWI11302240002727SE1—
PFASOccurrenceYesWI11302240002727SE1—
PotentialPFASSourcesYesWI11302240002727SE1—
DisinfectantTypeCLGAWI11302240002727SE1—
TreatmentInformationGWDWI11302240002727SE1—
PotentialPFASSourcesDetailMBWI11302240002727SE2—
PotentialPFASSourcesDetailPSWI11302240002727SE2—
PotentialPFASSourcesDetailAOWI11302240002727SE2—
PFASTreatmentNMTWI11302240002727SE2—
PotentialPFASSourcesDetailFTWI11302240002727SE2—
LithiumOccurrenceNoWI11302240002727SE2—
PFASOccurrenceYesWI11302240002727SE2—
PotentialPFASSourcesYesWI11302240002727SE2—
TreatmentInformationGWDWI11302240002727SE2—
DisinfectantTypeCLGAWI11302240002727SE2—
PFASTreatmentNMTWI11302240002828SE1—
PotentialPFASSourcesDetailAOWI11302240002828SE1—
PotentialPFASSourcesDetailFTWI11302240002828SE1—
PotentialPFASSourcesDetailMBWI11302240002828SE1—
PotentialPFASSourcesDetailPSWI11302240002828SE1—
LithiumOccurrenceNoWI11302240002828SE1—
PFASOccurrenceYesWI11302240002828SE1—
PotentialPFASSourcesYesWI11302240002828SE1—
TreatmentInformationGWDWI11302240002828SE1—
DisinfectantTypeCLGAWI11302240002828SE1—
PotentialPFASSourcesDetailMBWI11302240002828SE2—
PotentialPFASSourcesDetailPSWI11302240002828SE2—
PotentialPFASSourcesDetailFTWI11302240002828SE2—
PotentialPFASSourcesDetailAOWI11302240002828SE2—
PFASTreatmentNMTWI11302240002828SE2—
PFASOccurrenceYesWI11302240002828SE2—
PotentialPFASSourcesYesWI11302240002828SE2—
LithiumOccurrenceNoWI11302240002828SE2—
DisinfectantTypeCLGAWI11302240002828SE2—
TreatmentInformationGWDWI11302240002828SE2—
PotentialPFASSourcesDetailAOWI11302240002929SE1—
PotentialPFASSourcesDetailFTWI11302240002929SE1—
PotentialPFASSourcesDetailMBWI11302240002929SE1—
PotentialPFASSourcesDetailPSWI11302240002929SE1—
PFASTreatmentNMTWI11302240002929SE1—
PFASOccurrenceYesWI11302240002929SE1—
PotentialPFASSourcesYesWI11302240002929SE1—
LithiumOccurrenceNoWI11302240002929SE1—
DisinfectantTypeCLGAWI11302240002929SE1—
TreatmentInformationINFWI11302240002929SE1—
TreatmentInformationPOBWI11302240002929SE1—
PFASTreatmentNMTWI11302240002929SE2—
PotentialPFASSourcesDetailAOWI11302240002929SE2—
PotentialPFASSourcesDetailFTWI11302240002929SE2—
PotentialPFASSourcesDetailMBWI11302240002929SE2—
PotentialPFASSourcesDetailPSWI11302240002929SE2—
LithiumOccurrenceNoWI11302240002929SE2—
PFASOccurrenceYesWI11302240002929SE2—
PotentialPFASSourcesYesWI11302240002929SE2—
DisinfectantTypeCLGAWI11302240002929SE2—
TreatmentInformationINFWI11302240002929SE2—
TreatmentInformationPOBWI11302240002929SE2—
PotentialPFASSourcesDetailFTWI11302240003030SE1—
PFASTreatmentNMTWI11302240003030SE1—
PotentialPFASSourcesDetailMBWI11302240003030SE1—
PotentialPFASSourcesDetailPSWI11302240003030SE1—
PotentialPFASSourcesDetailAOWI11302240003030SE1—
LithiumOccurrenceNoWI11302240003030SE1—
PFASOccurrenceYesWI11302240003030SE1—
PotentialPFASSourcesYesWI11302240003030SE1—
DisinfectantTypeCLGAWI11302240003030SE1—
TreatmentInformationGWDWI11302240003030SE1—
PFASTreatmentNMTWI11302240003030SE2—
PotentialPFASSourcesDetailAOWI11302240003030SE2—
PotentialPFASSourcesDetailFTWI11302240003030SE2—
PotentialPFASSourcesDetailMBWI11302240003030SE2—
PotentialPFASSourcesDetailPSWI11302240003030SE2—
PotentialPFASSourcesYesWI11302240003030SE2—
LithiumOccurrenceNoWI11302240003030SE2—
PFASOccurrenceYesWI11302240003030SE2—
DisinfectantTypeCLGAWI11302240003030SE2—
TreatmentInformationGWDWI11302240003030SE2—
PotentialPFASSourcesDetailAOWI11302240003131SE1—
PotentialPFASSourcesDetailPSWI11302240003131SE1—
PotentialPFASSourcesDetailFTWI11302240003131SE1—
PFASTreatmentNMTWI11302240003131SE1—
PotentialPFASSourcesDetailMBWI11302240003131SE1—
PotentialPFASSourcesYesWI11302240003131SE1—
LithiumOccurrenceNoWI11302240003131SE1—
PFASOccurrenceYesWI11302240003131SE1—
TreatmentInformationINFWI11302240003131SE1—
TreatmentInformationPOBWI11302240003131SE1—
DisinfectantTypeCLGAWI11302240003131SE1—
PFASTreatmentNMTWI11302240003131SE2—
PotentialPFASSourcesDetailAOWI11302240003131SE2—
PotentialPFASSourcesDetailFTWI11302240003131SE2—
PotentialPFASSourcesDetailMBWI11302240003131SE2—
PotentialPFASSourcesDetailPSWI11302240003131SE2—
LithiumOccurrenceNoWI11302240003131SE2—
PFASOccurrenceYesWI11302240003131SE2—
PotentialPFASSourcesYesWI11302240003131SE2—
DisinfectantTypeCLGAWI11302240003131SE2—
TreatmentInformationINFWI11302240003131SE2—
TreatmentInformationPOBWI11302240003131SE2—

Utility-reported service ZIP codes · 16 rows

Read all 16 ZIP-code records
UCMR 5 · UCMR5_ZIPCodes.txt
PWSIDZIPCODE
WI113022453558
WI113022453562
WI113022453593
WI113022453703
WI113022453704
WI113022453705
WI113022453706
WI113022453711
WI113022453713
WI113022453714
WI113022453715
WI113022453716
WI113022453717
WI113022453718
WI113022453719
WI113022453726
UCMR 4 · 2018–2019 · 736 occurrence rows

The 736 occurrence rows include entry-point (EP) and distribution-system (DS) locations. An additional 28 HAA-indicator rows describe untreated source water (SR), including bromide and total organic carbon; these are shown separately and do not describe finished tap water. EPA does not provide MRLs for the three HAA groups. The size category uses retail population as of December 31, 2015.

EPA’s UCMR 4 data and definitions (ZIP)

Contaminant results · 736 rows

Unit Well 6 · Facility 00006 · 34 results
9/25/2018 · Point 6 (EP) · Sample 4069043 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 6 · Sample 4069043
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
9/25/2018 · Point 6 (EP) · Sample 4069044 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 6 · Sample 4069044
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 6 (EP) · Sample 4069045 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 6 · Sample 4069045
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 6 (EP) · Sample 4069042 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 6 · Sample 4069042
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.5120.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/11/2019 · Point 6 (EP) · Sample 4222770 · 9 results
Full source identifiers and sampling metadata
3/11/2019 · Point 6 · Sample 4222770
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/11/2019 · Point 6 (EP) · Sample 4222771 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 6 · Sample 4222771
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/11/2019 · Point 6 (EP) · Sample 4222772 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 6 · Sample 4222772
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/11/2019 · Point 6 (EP) · Sample 4222769 · 2 results
Full source identifiers and sampling metadata
3/11/2019 · Point 6 · Sample 4222769
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.9230.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 7 · Facility 00007 · 31 results
7/17/2018 · Point 7 (EP) · Sample 3992065 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 7 · Sample 3992065
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 7 (EP) · Sample 3992066 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 7 · Sample 3992066
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 7 (EP) · Sample 3992067 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 7 · Sample 3992067
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 7 (EP) · Sample 3992064 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 7 · Sample 3992064
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese<—0.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 7 (EP) · Sample 4206193 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 7 · Sample 4206193
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
2/21/2019 · Point 7 (EP) · Sample 4206195 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 7 · Sample 4206195
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 7 (EP) · Sample 4206192 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 7 · Sample 4206192
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.6310.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 8 · Facility 00008 · 34 results
9/11/2018 · Point 8 (EP) · Sample 4052806 · 9 results
Full source identifiers and sampling metadata
9/11/2018 · Point 8 · Sample 4052806
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/11/2018 · Point 8 (EP) · Sample 4052807 · 3 results
Full source identifiers and sampling metadata
9/11/2018 · Point 8 · Sample 4052807
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/11/2018 · Point 8 (EP) · Sample 4052808 · 3 results
Full source identifiers and sampling metadata
9/11/2018 · Point 8 · Sample 4052808
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/11/2018 · Point 8 (EP) · Sample 4052805 · 2 results
Full source identifiers and sampling metadata
9/11/2018 · Point 8 · Sample 4052805
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=50.20.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
8/1/2019 · Point 8 (EP) · Sample 4372948 · 9 results
Full source identifiers and sampling metadata
8/1/2019 · Point 8 · Sample 4372948
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
8/1/2019 · Point 8 (EP) · Sample 4372949 · 3 results
Full source identifiers and sampling metadata
8/1/2019 · Point 8 · Sample 4372949
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
8/1/2019 · Point 8 (EP) · Sample 4372950 · 3 results
Full source identifiers and sampling metadata
8/1/2019 · Point 8 · Sample 4372950
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
8/1/2019 · Point 8 (EP) · Sample 4372947 · 2 results
Full source identifiers and sampling metadata
8/1/2019 · Point 8 · Sample 4372947
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=46.60.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 9 · Facility 00009 · 31 results
7/17/2018 · Point 9 (EP) · Sample 3992069 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 9 · Sample 3992069
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
7/17/2018 · Point 9 (EP) · Sample 3992070 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 9 · Sample 3992070
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 9 (EP) · Sample 3992071 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 9 · Sample 3992071
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 9 (EP) · Sample 3992068 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 9 · Sample 3992068
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese<—0.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 9 (EP) · Sample 4206208 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 9 · Sample 4206208
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
2/21/2019 · Point 9 (EP) · Sample 4206210 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 9 · Sample 4206210
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 9 (EP) · Sample 4206207 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 9 · Sample 4206207
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese<—0.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 11 · Facility 00011 · 34 results
7/17/2018 · Point 11 (EP) · Sample 3992044 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 11 · Sample 3992044
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 11 (EP) · Sample 3992045 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 11 · Sample 3992045
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 11 (EP) · Sample 3992046 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 11 · Sample 3992046
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 11 (EP) · Sample 3992043 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 11 · Sample 3992043
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=6.040.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 11 (EP) · Sample 4206308 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 11 · Sample 4206308
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
2/21/2019 · Point 11 (EP) · Sample 4206309 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 11 · Sample 4206309
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
2/21/2019 · Point 11 (EP) · Sample 4206310 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 11 · Sample 4206310
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 11 (EP) · Sample 4206307 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 11 · Sample 4206307
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=2.330.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 12 · Facility 00012 · 34 results
10/11/2018 · Point 12 (EP) · Sample 4087208 · 9 results
Full source identifiers and sampling metadata
10/11/2018 · Point 12 · Sample 4087208
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
10/11/2018 · Point 12 (EP) · Sample 4087209 · 3 results
Full source identifiers and sampling metadata
10/11/2018 · Point 12 · Sample 4087209
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
10/11/2018 · Point 12 (EP) · Sample 4087210 · 3 results
Full source identifiers and sampling metadata
10/11/2018 · Point 12 · Sample 4087210
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
10/11/2018 · Point 12 (EP) · Sample 4087207 · 2 results
Full source identifiers and sampling metadata
10/11/2018 · Point 12 · Sample 4087207
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.4660.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/18/2019 · Point 12 (EP) · Sample 4229910 · 9 results
Full source identifiers and sampling metadata
3/18/2019 · Point 12 · Sample 4229910
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/18/2019 · Point 12 (EP) · Sample 4229911 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 12 · Sample 4229911
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/18/2019 · Point 12 (EP) · Sample 4229912 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 12 · Sample 4229912
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/18/2019 · Point 12 (EP) · Sample 4229909 · 2 results
Full source identifiers and sampling metadata
3/18/2019 · Point 12 · Sample 4229909
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.9240.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 13 · Facility 00013 · 31 results
7/17/2018 · Point 13 (EP) · Sample 3992048 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 13 · Sample 3992048
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 13 (EP) · Sample 3992049 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 13 · Sample 3992049
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 13 (EP) · Sample 3992050 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 13 · Sample 3992050
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 13 (EP) · Sample 3992047 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 13 · Sample 3992047
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=2.570.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 13 (EP) · Sample 4206177 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 13 · Sample 4206177
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
2/21/2019 · Point 13 (EP) · Sample 4206179 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 13 · Sample 4206179
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 13 (EP) · Sample 4206176 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 13 · Sample 4206176
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=1.550.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 14 · Facility 00014 · 34 results
9/25/2018 · Point 14 (EP) · Sample 4069039 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 14 · Sample 4069039
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 14 (EP) · Sample 4069040 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 14 · Sample 4069040
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 14 (EP) · Sample 4069041 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 14 · Sample 4069041
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 14 (EP) · Sample 4069038 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 14 · Sample 4069038
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese<—0.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/11/2019 · Point 14 (EP) · Sample 4222697 · 9 results
Full source identifiers and sampling metadata
3/11/2019 · Point 14 · Sample 4222697
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/11/2019 · Point 14 (EP) · Sample 4222698 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 14 · Sample 4222698
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/11/2019 · Point 14 (EP) · Sample 4222699 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 14 · Sample 4222699
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/11/2019 · Point 14 (EP) · Sample 4222696 · 2 results
Full source identifiers and sampling metadata
3/11/2019 · Point 14 · Sample 4222696
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese<—0.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 15 · Facility 00015 · 34 results
7/17/2018 · Point 15 (EP) · Sample 3992094 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 15 · Sample 3992094
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 15 (EP) · Sample 3992095 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 15 · Sample 3992095
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 15 (EP) · Sample 3992096 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 15 · Sample 3992096
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 15 (EP) · Sample 3992093 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 15 · Sample 3992093
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=3.20.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 15 (EP) · Sample 4206248 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 15 · Sample 4206248
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
2/21/2019 · Point 15 (EP) · Sample 4206249 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 15 · Sample 4206249
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
2/21/2019 · Point 15 (EP) · Sample 4206250 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 15 · Sample 4206250
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 15 (EP) · Sample 4206247 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 15 · Sample 4206247
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=3.160.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 16 · Facility 00016 · 34 results
9/25/2018 · Point 16 (EP) · Sample 4069061 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 16 · Sample 4069061
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 16 (EP) · Sample 4069062 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 16 · Sample 4069062
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 16 (EP) · Sample 4069063 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 16 · Sample 4069063
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 16 (EP) · Sample 4069060 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 16 · Sample 4069060
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese<—0.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/11/2019 · Point 16 (EP) · Sample 4222687 · 9 results
Full source identifiers and sampling metadata
3/11/2019 · Point 16 · Sample 4222687
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/11/2019 · Point 16 (EP) · Sample 4222688 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 16 · Sample 4222688
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/11/2019 · Point 16 (EP) · Sample 4222689 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 16 · Sample 4222689
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/11/2019 · Point 16 (EP) · Sample 4222686 · 2 results
Full source identifiers and sampling metadata
3/11/2019 · Point 16 · Sample 4222686
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=2.890.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 17 · Facility 00017 · 34 results
9/11/2018 · Point 17 (EP) · Sample 4052802 · 9 results
Full source identifiers and sampling metadata
9/11/2018 · Point 17 · Sample 4052802
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/11/2018 · Point 17 (EP) · Sample 4052803 · 3 results
Full source identifiers and sampling metadata
9/11/2018 · Point 17 · Sample 4052803
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/11/2018 · Point 17 (EP) · Sample 4052804 · 3 results
Full source identifiers and sampling metadata
9/11/2018 · Point 17 · Sample 4052804
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/11/2018 · Point 17 (EP) · Sample 4052801 · 2 results
Full source identifiers and sampling metadata
9/11/2018 · Point 17 · Sample 4052801
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=30.40.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
8/1/2019 · Point 17 (EP) · Sample 4372956 · 9 results
Full source identifiers and sampling metadata
8/1/2019 · Point 17 · Sample 4372956
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
8/1/2019 · Point 17 (EP) · Sample 4372957 · 3 results
Full source identifiers and sampling metadata
8/1/2019 · Point 17 · Sample 4372957
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
8/1/2019 · Point 17 (EP) · Sample 4372958 · 3 results
Full source identifiers and sampling metadata
8/1/2019 · Point 17 · Sample 4372958
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
8/1/2019 · Point 17 (EP) · Sample 4372955 · 2 results
Full source identifiers and sampling metadata
8/1/2019 · Point 17 · Sample 4372955
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=29.20.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 18 · Facility 00018 · 34 results
9/25/2018 · Point 18 (EP) · Sample 4069051 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 18 · Sample 4069051
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 18 (EP) · Sample 4069052 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 18 · Sample 4069052
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 18 (EP) · Sample 4069053 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 18 · Sample 4069053
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 18 (EP) · Sample 4069050 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 18 · Sample 4069050
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=11.10.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/11/2019 · Point 18 (EP) · Sample 4222939 · 9 results
Full source identifiers and sampling metadata
3/11/2019 · Point 18 · Sample 4222939
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/11/2019 · Point 18 (EP) · Sample 4222940 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 18 · Sample 4222940
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/11/2019 · Point 18 (EP) · Sample 4222941 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 18 · Sample 4222941
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/11/2019 · Point 18 (EP) · Sample 4222938 · 2 results
Full source identifiers and sampling metadata
3/11/2019 · Point 18 · Sample 4222938
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=14.40.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 19 · Facility 00019 · 34 results
12/3/2018 · Point 19 (EP) · Sample 4139133 · 9 results
Full source identifiers and sampling metadata
12/3/2018 · Point 19 · Sample 4139133
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/27/2018 · Point 19 (EP) · Sample 4073730 · 3 results
Full source identifiers and sampling metadata
9/27/2018 · Point 19 · Sample 4073730
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
10/11/2018 · Point 19 (EP) · Sample 4086546 · 3 results
Full source identifiers and sampling metadata
10/11/2018 · Point 19 · Sample 4086546
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/27/2018 · Point 19 (EP) · Sample 4073728 · 2 results
Full source identifiers and sampling metadata
9/27/2018 · Point 19 · Sample 4073728
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=45.20.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/11/2019 · Point 19 (EP) · Sample 4222943 · 9 results
Full source identifiers and sampling metadata
3/11/2019 · Point 19 · Sample 4222943
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/11/2019 · Point 19 (EP) · Sample 4222944 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 19 · Sample 4222944
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/11/2019 · Point 19 (EP) · Sample 4222945 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 19 · Sample 4222945
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/11/2019 · Point 19 (EP) · Sample 4222942 · 2 results
Full source identifiers and sampling metadata
3/11/2019 · Point 19 · Sample 4222942
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=39.20.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 20 · Facility 00020 · 34 results
9/25/2018 · Point 20 (EP) · Sample 4069073 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 20 · Sample 4069073
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
9/25/2018 · Point 20 (EP) · Sample 4069074 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 20 · Sample 4069074
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 20 (EP) · Sample 4069075 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 20 · Sample 4069075
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 20 (EP) · Sample 4069072 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 20 · Sample 4069072
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=10.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/18/2019 · Point 20 (EP) · Sample 4229980 · 9 results
Full source identifiers and sampling metadata
3/18/2019 · Point 20 · Sample 4229980
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
3/18/2019 · Point 20 (EP) · Sample 4229981 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 20 · Sample 4229981
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/18/2019 · Point 20 (EP) · Sample 4229982 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 20 · Sample 4229982
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/18/2019 · Point 20 (EP) · Sample 4229979 · 2 results
Full source identifiers and sampling metadata
3/18/2019 · Point 20 · Sample 4229979
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=1.240.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 24 · Facility 00024 · 34 results
9/25/2018 · Point 24 (EP) · Sample 4069069 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 24 · Sample 4069069
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 24 (EP) · Sample 4069070 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 24 · Sample 4069070
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 24 (EP) · Sample 4069071 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 24 · Sample 4069071
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 24 (EP) · Sample 4069068 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 24 · Sample 4069068
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=28.10.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/18/2019 · Point 24 (EP) · Sample 4230239 · 9 results
Full source identifiers and sampling metadata
3/18/2019 · Point 24 · Sample 4230239
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/18/2019 · Point 24 (EP) · Sample 4230240 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 24 · Sample 4230240
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/18/2019 · Point 24 (EP) · Sample 4230241 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 24 · Sample 4230241
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/18/2019 · Point 24 (EP) · Sample 4230238 · 2 results
Full source identifiers and sampling metadata
3/18/2019 · Point 24 · Sample 4230238
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=280.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 25 · Facility 00025 · 31 results
7/17/2018 · Point 25 (EP) · Sample 3992098 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 25 · Sample 3992098
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 25 (EP) · Sample 3992099 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 25 · Sample 3992099
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 25 (EP) · Sample 3992100 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 25 · Sample 3992100
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 25 (EP) · Sample 3992097 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 25 · Sample 3992097
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=4.360.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 25 (EP) · Sample 4206089 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 25 · Sample 4206089
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
2/21/2019 · Point 25 (EP) · Sample 4206091 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 25 · Sample 4206091
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 25 (EP) · Sample 4206088 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 25 · Sample 4206088
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=3.050.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 26 · Facility 00026 · 34 results
9/25/2018 · Point 26 (EP) · Sample 4069116 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 26 · Sample 4069116
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 26 (EP) · Sample 4069117 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 26 · Sample 4069117
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 26 (EP) · Sample 4069118 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 26 · Sample 4069118
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol=.5370.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 26 (EP) · Sample 4069115 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 26 · Sample 4069115
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=15.70.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/18/2019 · Point 26 (EP) · Sample 4229961 · 9 results
Full source identifiers and sampling metadata
3/18/2019 · Point 26 · Sample 4229961
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/18/2019 · Point 26 (EP) · Sample 4229962 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 26 · Sample 4229962
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/18/2019 · Point 26 (EP) · Sample 4229963 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 26 · Sample 4229963
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/18/2019 · Point 26 (EP) · Sample 4229960 · 2 results
Full source identifiers and sampling metadata
3/18/2019 · Point 26 · Sample 4229960
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=4.420.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 27 · Facility 00027 · 25 results
9/11/2018 · Point 27 (EP) · Sample 4053226 · 3 results
Full source identifiers and sampling metadata
9/11/2018 · Point 27 · Sample 4053226
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/11/2018 · Point 27 (EP) · Sample 4053227 · 3 results
Full source identifiers and sampling metadata
9/11/2018 · Point 27 · Sample 4053227
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/11/2018 · Point 27 (EP) · Sample 4053224 · 2 results
Full source identifiers and sampling metadata
9/11/2018 · Point 27 · Sample 4053224
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=34.30.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
8/1/2019 · Point 27 (EP) · Sample 4372952 · 9 results
Full source identifiers and sampling metadata
8/1/2019 · Point 27 · Sample 4372952
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
8/1/2019 · Point 27 (EP) · Sample 4372953 · 3 results
Full source identifiers and sampling metadata
8/1/2019 · Point 27 · Sample 4372953
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
8/1/2019 · Point 27 (EP) · Sample 4372954 · 3 results
Full source identifiers and sampling metadata
8/1/2019 · Point 27 · Sample 4372954
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
8/1/2019 · Point 27 (EP) · Sample 4372951 · 2 results
Full source identifiers and sampling metadata
8/1/2019 · Point 27 · Sample 4372951
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=31.10.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 28 · Facility 00028 · 34 results
9/25/2018 · Point 28 (EP) · Sample 4069065 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 28 · Sample 4069065
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 28 (EP) · Sample 4069066 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 28 · Sample 4069066
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 28 (EP) · Sample 4069067 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 28 · Sample 4069067
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol=8.042.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 28 (EP) · Sample 4069064 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 28 · Sample 4069064
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=22.10.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/18/2019 · Point 28 (EP) · Sample 4229957 · 9 results
Full source identifiers and sampling metadata
3/18/2019 · Point 28 · Sample 4229957
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/18/2019 · Point 28 (EP) · Sample 4229958 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 28 · Sample 4229958
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/18/2019 · Point 28 (EP) · Sample 4229959 · 3 results
Full source identifiers and sampling metadata
3/18/2019 · Point 28 · Sample 4229959
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/18/2019 · Point 28 (EP) · Sample 4229956 · 2 results
Full source identifiers and sampling metadata
3/18/2019 · Point 28 · Sample 4229956
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=21.90.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 29 · Facility 00029 · 31 results
7/17/2018 · Point 29 (EP) · Sample 3992477 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 29 · Sample 3992477
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 29 (EP) · Sample 3992478 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 29 · Sample 3992478
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 29 (EP) · Sample 3992479 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 29 · Sample 3992479
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 29 (EP) · Sample 3992476 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 29 · Sample 3992476
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=1.890.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 29 (EP) · Sample 4206181 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 29 · Sample 4206181
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
2/21/2019 · Point 29 (EP) · Sample 4206183 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 29 · Sample 4206183
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 29 (EP) · Sample 4206180 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 29 · Sample 4206180
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.4250.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 30 · Facility 00030 · 34 results
9/25/2018 · Point 30 (EP) · Sample 4069047 · 9 results
Full source identifiers and sampling metadata
9/25/2018 · Point 30 · Sample 4069047
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
9/25/2018 · Point 30 (EP) · Sample 4069048 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 30 · Sample 4069048
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
9/25/2018 · Point 30 (EP) · Sample 4069049 · 3 results
Full source identifiers and sampling metadata
9/25/2018 · Point 30 · Sample 4069049
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
9/25/2018 · Point 30 (EP) · Sample 4069046 · 2 results
Full source identifiers and sampling metadata
9/25/2018 · Point 30 · Sample 4069046
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=14.10.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
3/11/2019 · Point 30 (EP) · Sample 4223023 · 9 results
Full source identifiers and sampling metadata
3/11/2019 · Point 30 · Sample 4223023
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
3/11/2019 · Point 30 (EP) · Sample 4223024 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 30 · Sample 4223024
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
3/11/2019 · Point 30 (EP) · Sample 4223025 · 3 results
Full source identifiers and sampling metadata
3/11/2019 · Point 30 · Sample 4223025
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
3/11/2019 · Point 30 (EP) · Sample 4223022 · 2 results
Full source identifiers and sampling metadata
3/11/2019 · Point 30 · Sample 4223022
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=14.20.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
Unit Well 31 · Facility 00031 · 34 results
7/17/2018 · Point 31 (EP) · Sample 3992481 · 9 results
Full source identifiers and sampling metadata
7/17/2018 · Point 31 · Sample 3992481
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
7/17/2018 · Point 31 (EP) · Sample 3992482 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 31 · Sample 3992482
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
7/17/2018 · Point 31 (EP) · Sample 3992483 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 31 · Sample 3992483
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
7/17/2018 · Point 31 (EP) · Sample 3992480 · 2 results
Full source identifiers and sampling metadata
7/17/2018 · Point 31 · Sample 3992480
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=4.110.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
2/21/2019 · Point 31 (EP) · Sample 4206282 · 9 results
Full source identifiers and sampling metadata
2/21/2019 · Point 31 · Sample 4206282
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total permethrin<—0.04µg/LEPA 525.3
dimethipin<—0.2µg/LEPA 525.3
oxyfluorfen<—0.05µg/LEPA 525.3
alpha-hexachlorocyclohexane<—0.01µg/LEPA 525.3
chlorpyrifos<—0.03µg/LEPA 525.3
tribufos<—0.07µg/LEPA 525.3
ethoprop<—0.03µg/LEPA 525.3
profenofos<—0.3µg/LEPA 525.3
tebuconazole<—0.2µg/LEPA 525.3
2/21/2019 · Point 31 (EP) · Sample 4206283 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 31 · Sample 4206283
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
butylated hydroxyanisole<—0.03µg/LEPA 530
o-toluidine<—0.007µg/LEPA 530
quinoline<—0.02µg/LEPA 530
2/21/2019 · Point 31 (EP) · Sample 4206284 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 31 · Sample 4206284
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
2-methoxyethanol<—0.4µg/LEPA 541
1-butanol<—2.0µg/LEPA 541
2-propen-1-ol<—0.5µg/LEPA 541
2/21/2019 · Point 31 (EP) · Sample 4206281 · 2 results
Full source identifiers and sampling metadata
2/21/2019 · Point 31 · Sample 4206281
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
manganese=.4210.4µg/LEPA 200.8
germanium<—0.3µg/LEPA 200.8
229 · Facility 00229 · 6 results
7/17/2018 · Point 229 (DS) · Sample 3992382 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point 229 · Sample 3992382
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HAA9=3.208—µg/LEPA 552.3
HAA5=1.54—µg/LEPA 552.3
HAA6Br=2.114—µg/LEPA 552.3
2/21/2019 · Point 229 (DS) · Sample 4206159 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point 229 · Sample 4206159
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HAA9=3.813—µg/LEPA 552.3
HAA5=1.869—µg/LEPA 552.3
HAA6Br=2.311—µg/LEPA 552.3
IEM · Facility 99018 · 6 results
7/17/2018 · Point DBP01 (DS) · Sample 3992383 · 3 results
Full source identifiers and sampling metadata
7/17/2018 · Point DBP01 · Sample 3992383
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HAA9=2.384—µg/LEPA 552.3
HAA5=1.061—µg/LEPA 552.3
HAA6Br=2.025—µg/LEPA 552.3
2/21/2019 · Point DBP01 (DS) · Sample 4206160 · 3 results
Full source identifiers and sampling metadata
2/21/2019 · Point DBP01 · Sample 4206160
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HAA9=0—µg/LEPA 552.3
HAA5=0—µg/LEPA 552.3
HAA6Br=0—µg/LEPA 552.3

Untreated source-water indicators · 28 rows

Unit Well 7 · Facility 10007 · 4 results
7/17/2018 · Point 7DW (SR) · Sample 3992461 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 7DW · Sample 3992461
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
7/17/2018 · Point 7DW (SR) · Sample 3992460 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 7DW · Sample 3992460
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=36.920µg/LEPA 300.0
2/21/2019 · Point 7DW (SR) · Sample 4206152 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 7DW · Sample 4206152
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
2/21/2019 · Point 7DW (SR) · Sample 4206151 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 7DW · Sample 4206151
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=34.420µg/LEPA 300.0
Unit Well 9 · Facility 10009 · 4 results
7/17/2018 · Point 9DW (SR) · Sample 3992462 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 9DW · Sample 3992462
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=44.320µg/LEPA 300.0
7/17/2018 · Point 9DW (SR) · Sample 3992463 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 9DW · Sample 3992463
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
2/21/2019 · Point 9DW (SR) · Sample 4206145 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 9DW · Sample 4206145
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=56.220µg/LEPA 300.0
2/21/2019 · Point 9DW (SR) · Sample 4206146 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 9DW · Sample 4206146
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
Unit Well 11 · Facility 10011 · 4 results
7/17/2018 · Point 11DW (SR) · Sample 3992465 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 11DW · Sample 3992465
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
7/17/2018 · Point 11DW (SR) · Sample 3992464 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 11DW · Sample 3992464
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=56.320µg/LEPA 300.0
2/21/2019 · Point 11DW (SR) · Sample 4206153 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 11DW · Sample 4206153
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=59.720µg/LEPA 300.0
2/21/2019 · Point 11DW (SR) · Sample 4206154 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 11DW · Sample 4206154
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
Unit Well 13 · Facility 10013 · 4 results
7/17/2018 · Point 13DW (SR) · Sample 3992466 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 13DW · Sample 3992466
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=2920µg/LEPA 300.0
7/17/2018 · Point 13DW (SR) · Sample 3992467 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 13DW · Sample 3992467
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
2/21/2019 · Point 13DW (SR) · Sample 4206155 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 13DW · Sample 4206155
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=39.420µg/LEPA 300.0
2/21/2019 · Point 13DW (SR) · Sample 4206156 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 13DW · Sample 4206156
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
Unit Well 15 · Facility 10015 · 4 results
7/17/2018 · Point 15DW (SR) · Sample 3992469 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 15DW · Sample 3992469
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
7/17/2018 · Point 15DW (SR) · Sample 3992468 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 15DW · Sample 3992468
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=55.120µg/LEPA 300.0
2/21/2019 · Point 15DW (SR) · Sample 4206158 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 15DW · Sample 4206158
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
2/21/2019 · Point 15DW (SR) · Sample 4206157 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 15DW · Sample 4206157
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=58.120µg/LEPA 300.0
Unit Well 29 · Facility 10029 · 4 results
7/17/2018 · Point 29DW (SR) · Sample 3992363 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 29DW · Sample 3992363
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide<—20µg/LEPA 300.0
7/17/2018 · Point 29DW (SR) · Sample 3992364 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 29DW · Sample 3992364
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
2/21/2019 · Point 29DW (SR) · Sample 4206147 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 29DW · Sample 4206147
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide=21.920µg/LEPA 300.0
2/21/2019 · Point 29DW (SR) · Sample 4206148 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 29DW · Sample 4206148
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
Unit Well 31 · Facility 10031 · 4 results
7/17/2018 · Point 31DW (SR) · Sample 3992366 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 31DW · Sample 3992366
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C
7/17/2018 · Point 31DW (SR) · Sample 3992365 · 1 results
Full source identifiers and sampling metadata
7/17/2018 · Point 31DW · Sample 3992365
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide<—20µg/LEPA 300.0
2/21/2019 · Point 31DW (SR) · Sample 4206149 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 31DW · Sample 4206149
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromide<—20µg/LEPA 300.0
2/21/2019 · Point 31DW (SR) · Sample 4206150 · 1 results
Full source identifiers and sampling metadata
2/21/2019 · Point 31DW · Sample 4206150
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
total organic carbon<—1000µg/LSM 5310C

Utility-reported service ZIP codes · 16 rows

Read all 16 ZIP-code records
UCMR 4 · UCMR4_ZIPCodes.txt
PWSIDZIPCODE
WI113022453558
WI113022453562
WI113022453593
WI113022453703
WI113022453704
WI113022453705
WI113022453706
WI113022453711
WI113022453713
WI113022453714
WI113022453715
WI113022453716
WI113022453717
WI113022453718
WI113022453719
WI113022453726
UCMR 3 · 2015 · 1,330 occurrence rows

The 1,330 occurrence rows include EP and MR locations and AM/SS monitoring. Associated IDs describe the linked maximum-residence-time facility and sample point. The size category uses retail population as of December 31, 2010. CLGA in supplementary records means gaseous chlorine added before entry to the distribution system.

EPA’s UCMR 3 data and definitions (ZIP)

Contaminant results · 1330 rows

Unit Well 6 · Facility 00006 · 56 results
5/27/2015 · Point 6 (EP) · Sample 3250683 · 5 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250683
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=1.800.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
strontium=820.3µg/LEPA 200.8
5/27/2015 · Point 6 (EP) · Sample 3250685 · 7 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250685
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
5/27/2015 · Point 6 (EP) · Sample 3250676 · 1 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250676
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
5/27/2015 · Point 6 (EP) · Sample 3250677 · 6 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250677
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
5/27/2015 · Point 6 (EP) · Sample 3250681 · 7 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250681
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
5/27/2015 · Point 6 (EP) · Sample 3250680 · 1 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250680
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.900.03µg/LEPA 218.7
5/27/2015 · Point 6 (EP) · Sample 3250679 · 1 results
Full source identifiers and sampling metadata
5/27/2015 · Point 6 · Sample 3250679
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point 6 (EP) · Sample 3322738 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322738
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
9/15/2015 · Point 6 (EP) · Sample 3322744 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322744
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=750.3µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=1.900.2µg/LEPA 200.8
9/15/2015 · Point 6 (EP) · Sample 3322742 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322742
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
equilin<—0.004µg/LEPA 539
9/15/2015 · Point 6 (EP) · Sample 3322741 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322741
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=20.03µg/LEPA 218.7
9/15/2015 · Point 6 (EP) · Sample 3322740 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322740
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate=2020µg/LEPA 300.1
9/15/2015 · Point 6 (EP) · Sample 3322746 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322746
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
9/15/2015 · Point 6 (EP) · Sample 3322737 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 6 · Sample 3322737
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Unit Well 7 · Facility 00007 · 56 results
5/19/2015 · Point 7 (EP) · Sample 3245229 · 7 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245229
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
5/19/2015 · Point 7 (EP) · Sample 3245233 · 7 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245233
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
5/19/2015 · Point 7 (EP) · Sample 3245225 · 6 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245225
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
5/19/2015 · Point 7 (EP) · Sample 3245228 · 1 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245228
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
5/19/2015 · Point 7 (EP) · Sample 3245231 · 5 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245231
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=940.3µg/LEPA 200.8
5/19/2015 · Point 7 (EP) · Sample 3245227 · 1 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245227
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
5/19/2015 · Point 7 (EP) · Sample 3245224 · 1 results
Full source identifiers and sampling metadata
5/19/2015 · Point 7 · Sample 3245224
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 7 (EP) · Sample 3322849 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322849
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
strontium=940.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
9/15/2015 · Point 7 (EP) · Sample 3322847 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322847
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
9/15/2015 · Point 7 (EP) · Sample 3322843 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322843
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
9/15/2015 · Point 7 (EP) · Sample 3322842 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322842
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 7 (EP) · Sample 3322851 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322851
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromomethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
9/15/2015 · Point 7 (EP) · Sample 3322846 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322846
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.030.03µg/LEPA 218.7
9/15/2015 · Point 7 (EP) · Sample 3322845 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 7 · Sample 3322845
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 8 · Facility 00008 · 56 results
7/21/2015 · Point 8 (EP) · Sample 3284356 · 7 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284356
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
7/21/2015 · Point 8 (EP) · Sample 3284348 · 6 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284348
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
7/21/2015 · Point 8 (EP) · Sample 3284351 · 1 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284351
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
7/21/2015 · Point 8 (EP) · Sample 3284352 · 7 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284352
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estrone<—0.002µg/LEPA 539
7/21/2015 · Point 8 (EP) · Sample 3284354 · 5 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284354
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=710.3µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
7/21/2015 · Point 8 (EP) · Sample 3284347 · 1 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284347
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
7/21/2015 · Point 8 (EP) · Sample 3284350 · 1 results
Full source identifiers and sampling metadata
7/21/2015 · Point 8 · Sample 3284350
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/1/2015 · Point 8 (EP) · Sample 3313060 · 7 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313060
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-beta-estradiol<—0.0004µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
9/1/2015 · Point 8 (EP) · Sample 3313056 · 6 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313056
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
9/1/2015 · Point 8 (EP) · Sample 3313058 · 1 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313058
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/1/2015 · Point 8 (EP) · Sample 3313055 · 1 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313055
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/1/2015 · Point 8 (EP) · Sample 3313059 · 1 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313059
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/1/2015 · Point 8 (EP) · Sample 3313064 · 7 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313064
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
9/1/2015 · Point 8 (EP) · Sample 3313062 · 5 results
Full source identifiers and sampling metadata
9/1/2015 · Point 8 · Sample 3313062
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium<—0.2µg/LEPA 200.8
strontium=720.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
Unit Well 9 · Facility 00009 · 56 results
3/10/2015 · Point 9 (EP) · Sample 3202319 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202319
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.100.07µg/LEPA 522
3/10/2015 · Point 9 (EP) · Sample 3202324 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202324
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
3/10/2015 · Point 9 (EP) · Sample 3202328 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202328
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane=0.060.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
3/10/2015 · Point 9 (EP) · Sample 3202320 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202320
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
3/10/2015 · Point 9 (EP) · Sample 3202323 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202323
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.890.03µg/LEPA 218.7
3/10/2015 · Point 9 (EP) · Sample 3202326 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202326
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium=0.300.2µg/LEPA 200.8
strontium=730.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.800.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
3/10/2015 · Point 9 (EP) · Sample 3202322 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 9 · Sample 3202322
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/14/2015 · Point 9 (EP) · Sample 3321381 · 6 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321381
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
9/14/2015 · Point 9 (EP) · Sample 3321389 · 7 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321389
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,1-dichloroethane=0.080.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
9/14/2015 · Point 9 (EP) · Sample 3321387 · 5 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321387
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=710.3µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
chromium=0.800.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/14/2015 · Point 9 (EP) · Sample 3321383 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321383
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/14/2015 · Point 9 (EP) · Sample 3321385 · 7 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321385
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
9/14/2015 · Point 9 (EP) · Sample 3321384 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321384
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.840.03µg/LEPA 218.7
9/14/2015 · Point 9 (EP) · Sample 3321380 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point 9 · Sample 3321380
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.100.07µg/LEPA 522
Unit Well 11 · Facility 00011 · 56 results
3/10/2015 · Point 11 (EP) · Sample 3202473 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202473
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
3/10/2015 · Point 11 (EP) · Sample 3202472 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202472
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.840.03µg/LEPA 218.7
3/10/2015 · Point 11 (EP) · Sample 3202477 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202477
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
3/10/2015 · Point 11 (EP) · Sample 3202469 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202469
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
3/10/2015 · Point 11 (EP) · Sample 3202475 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202475
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=880.3µg/LEPA 200.8
chromium=0.900.2µg/LEPA 200.8
3/10/2015 · Point 11 (EP) · Sample 3202471 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202471
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point 11 (EP) · Sample 3202468 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 11 · Sample 3202468
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.430.07µg/LEPA 522
9/15/2015 · Point 11 (EP) · Sample 3322869 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322869
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=870.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.800.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/15/2015 · Point 11 (EP) · Sample 3322867 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322867
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
9/15/2015 · Point 11 (EP) · Sample 3322871 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322871
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
9/15/2015 · Point 11 (EP) · Sample 3322863 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322863
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
9/15/2015 · Point 11 (EP) · Sample 3322862 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322862
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.330.07µg/LEPA 522
9/15/2015 · Point 11 (EP) · Sample 3322866 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322866
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.820.03µg/LEPA 218.7
9/15/2015 · Point 11 (EP) · Sample 3322865 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 11 · Sample 3322865
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 12 · Facility 00012 · 56 results
3/9/2015 · Point 12 (EP) · Sample 3201797 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201797
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estrone<—0.002µg/LEPA 539
3/9/2015 · Point 12 (EP) · Sample 3201795 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201795
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point 12 (EP) · Sample 3201796 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201796
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.700.03µg/LEPA 218.7
3/9/2015 · Point 12 (EP) · Sample 3201801 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201801
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
3/9/2015 · Point 12 (EP) · Sample 3201793 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201793
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFNA<—0.02µg/LEPA 537
3/9/2015 · Point 12 (EP) · Sample 3201799 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201799
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=560.3µg/LEPA 200.8
chromium=0.700.2µg/LEPA 200.8
3/9/2015 · Point 12 (EP) · Sample 3201792 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 12 · Sample 3201792
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/16/2015 · Point 12 (EP) · Sample 3323911 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323911
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=530.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.600.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
9/16/2015 · Point 12 (EP) · Sample 3323905 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323905
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
9/16/2015 · Point 12 (EP) · Sample 3323913 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323913
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
9/16/2015 · Point 12 (EP) · Sample 3323909 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323909
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
equilin<—0.004µg/LEPA 539
9/16/2015 · Point 12 (EP) · Sample 3323904 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323904
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/16/2015 · Point 12 (EP) · Sample 3323907 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323907
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 12 (EP) · Sample 3323908 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 12 · Sample 3323908
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.620.03µg/LEPA 218.7
Unit Well 13 · Facility 00013 · 56 results
3/10/2015 · Point 13 (EP) · Sample 3202410 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202410
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
3/10/2015 · Point 13 (EP) · Sample 3202418 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202418
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
3/10/2015 · Point 13 (EP) · Sample 3202414 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202414
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estriol<—0.0008µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
equilin<—0.004µg/LEPA 539
3/10/2015 · Point 13 (EP) · Sample 3202413 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202413
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.300.03µg/LEPA 218.7
3/10/2015 · Point 13 (EP) · Sample 3202409 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202409
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/10/2015 · Point 13 (EP) · Sample 3202416 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202416
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=1.300.2µg/LEPA 200.8
strontium=780.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium=0.200.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
3/10/2015 · Point 13 (EP) · Sample 3202412 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 13 · Sample 3202412
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate=2120µg/LEPA 300.1
9/15/2015 · Point 13 (EP) · Sample 3322686 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322686
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
9/15/2015 · Point 13 (EP) · Sample 3322690 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322690
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
equilin<—0.004µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
9/15/2015 · Point 13 (EP) · Sample 3322689 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322689
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.200.03µg/LEPA 218.7
9/15/2015 · Point 13 (EP) · Sample 3322694 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322694
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
9/15/2015 · Point 13 (EP) · Sample 3322692 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322692
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=760.3µg/LEPA 200.8
chromium=1.200.2µg/LEPA 200.8
9/15/2015 · Point 13 (EP) · Sample 3322688 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322688
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate=2920µg/LEPA 300.1
9/15/2015 · Point 13 (EP) · Sample 3322685 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 13 · Sample 3322685
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Unit Well 14 · Facility 00014 · 56 results
3/9/2015 · Point 14 (EP) · Sample 3201689 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201689
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
3/9/2015 · Point 14 (EP) · Sample 3201685 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201685
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
3/9/2015 · Point 14 (EP) · Sample 3201688 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201688
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=20.03µg/LEPA 218.7
3/9/2015 · Point 14 (EP) · Sample 3201687 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201687
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point 14 (EP) · Sample 3201691 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201691
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=1.800.2µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=840.3µg/LEPA 200.8
3/9/2015 · Point 14 (EP) · Sample 3201693 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201693
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
3/9/2015 · Point 14 (EP) · Sample 3201684 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 14 · Sample 3201684
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.250.07µg/LEPA 522
9/16/2015 · Point 14 (EP) · Sample 3323939 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323939
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
9/16/2015 · Point 14 (EP) · Sample 3323931 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323931
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
9/16/2015 · Point 14 (EP) · Sample 3323935 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323935
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
equilin<—0.004µg/LEPA 539
9/16/2015 · Point 14 (EP) · Sample 3323937 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323937
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=760.3µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
chromium=1.800.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point 14 (EP) · Sample 3323934 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323934
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.900.03µg/LEPA 218.7
9/16/2015 · Point 14 (EP) · Sample 3323933 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323933
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 14 (EP) · Sample 3323930 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 14 · Sample 3323930
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.170.07µg/LEPA 522
Unit Well 15 · Facility 00015 · 56 results
3/10/2015 · Point 15 (EP) · Sample 3202381 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202381
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
3/10/2015 · Point 15 (EP) · Sample 3202389 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202389
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
3/10/2015 · Point 15 (EP) · Sample 3202387 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202387
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
chromium=0.500.2µg/LEPA 200.8
strontium=780.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
3/10/2015 · Point 15 (EP) · Sample 3202383 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202383
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point 15 (EP) · Sample 3202385 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202385
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
equilin<—0.004µg/LEPA 539
3/10/2015 · Point 15 (EP) · Sample 3202380 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202380
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.210.07µg/LEPA 522
3/10/2015 · Point 15 (EP) · Sample 3202384 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 15 · Sample 3202384
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.520.03µg/LEPA 218.7
9/15/2015 · Point 15 (EP) · Sample 3322666 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322666
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
9/15/2015 · Point 15 (EP) · Sample 3322662 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322662
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
9/15/2015 · Point 15 (EP) · Sample 3322661 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322661
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.130.07µg/LEPA 522
9/15/2015 · Point 15 (EP) · Sample 3322668 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322668
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=760.3µg/LEPA 200.8
chromium=0.600.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
9/15/2015 · Point 15 (EP) · Sample 3322665 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322665
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.480.03µg/LEPA 218.7
9/15/2015 · Point 15 (EP) · Sample 3322670 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322670
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
9/15/2015 · Point 15 (EP) · Sample 3322664 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 15 · Sample 3322664
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 16 · Facility 00016 · 56 results
3/9/2015 · Point 16 (EP) · Sample 3201773 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201773
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
3/9/2015 · Point 16 (EP) · Sample 3201769 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201769
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
estrone<—0.002µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
3/9/2015 · Point 16 (EP) · Sample 3201771 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201771
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=1.100.2µg/LEPA 200.8
strontium=620.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
3/9/2015 · Point 16 (EP) · Sample 3201765 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201765
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
3/9/2015 · Point 16 (EP) · Sample 3201768 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201768
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.200.03µg/LEPA 218.7
3/9/2015 · Point 16 (EP) · Sample 3201767 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201767
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point 16 (EP) · Sample 3201764 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 16 · Sample 3201764
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
12/29/2015 · Point 16 (EP) · Sample 3380090 · 6 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380090
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOS<—0.04µg/LEPA 537
12/29/2015 · Point 16 (EP) · Sample 3380094 · 7 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380094
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
12/29/2015 · Point 16 (EP) · Sample 3380096 · 5 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380096
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
strontium=650.3µg/LEPA 200.8
chromium=1.200.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
12/29/2015 · Point 16 (EP) · Sample 3380093 · 1 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380093
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.200.03µg/LEPA 218.7
12/29/2015 · Point 16 (EP) · Sample 3380098 · 7 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380098
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
12/29/2015 · Point 16 (EP) · Sample 3380092 · 1 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380092
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
12/29/2015 · Point 16 (EP) · Sample 3380089 · 1 results
Full source identifiers and sampling metadata
12/29/2015 · Point 16 · Sample 3380089
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Unit Well 17 · Facility 00017 · 56 results
5/21/2015 · Point 17 (EP) · Sample 3248056 · 1 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248056
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
5/21/2015 · Point 17 (EP) · Sample 3248058 · 7 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248058
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
5/21/2015 · Point 17 (EP) · Sample 3248060 · 5 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248060
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
strontium=930.3µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
5/21/2015 · Point 17 (EP) · Sample 3248062 · 7 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248062
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
5/21/2015 · Point 17 (EP) · Sample 3248054 · 6 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248054
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFNA<—0.02µg/LEPA 537
5/21/2015 · Point 17 (EP) · Sample 3248053 · 1 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248053
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.100.07µg/LEPA 522
5/21/2015 · Point 17 (EP) · Sample 3248057 · 1 results
Full source identifiers and sampling metadata
5/21/2015 · Point 17 · Sample 3248057
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/15/2015 · Point 17 (EP) · Sample 3322819 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322819
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estrone<—0.002µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
9/15/2015 · Point 17 (EP) · Sample 3322823 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322823
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
9/15/2015 · Point 17 (EP) · Sample 3322818 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322818
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/15/2015 · Point 17 (EP) · Sample 3322815 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322815
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOS<—0.04µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
9/15/2015 · Point 17 (EP) · Sample 3322821 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322821
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=810.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
9/15/2015 · Point 17 (EP) · Sample 3322814 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322814
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 17 (EP) · Sample 3322817 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 17 · Sample 3322817
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 18 · Facility 00018 · 56 results
3/9/2015 · Point 18 (EP) · Sample 3201753 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201753
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
3/9/2015 · Point 18 (EP) · Sample 3201751 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201751
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
strontium=880.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.500.2µg/LEPA 200.8
3/9/2015 · Point 18 (EP) · Sample 3201749 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201749
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
3/9/2015 · Point 18 (EP) · Sample 3201745 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201745
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
3/9/2015 · Point 18 (EP) · Sample 3201748 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201748
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.550.03µg/LEPA 218.7
3/9/2015 · Point 18 (EP) · Sample 3201744 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201744
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane=0.090.07µg/LEPA 522
3/9/2015 · Point 18 (EP) · Sample 3201747 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 18 · Sample 3201747
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 18 (EP) · Sample 3323902 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323902
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
9/16/2015 · Point 18 (EP) · Sample 3323898 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323898
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
9/16/2015 · Point 18 (EP) · Sample 3323900 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323900
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
cobalt<—1µg/LEPA 200.8
strontium=790.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
chromium=0.500.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point 18 (EP) · Sample 3323894 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323894
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
9/16/2015 · Point 18 (EP) · Sample 3323893 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323893
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/16/2015 · Point 18 (EP) · Sample 3323896 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323896
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 18 (EP) · Sample 3323897 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 18 · Sample 3323897
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.520.03µg/LEPA 218.7
Unit Well 19 · Facility 00019 · 56 results
3/9/2015 · Point 19 (EP) · Sample 3201808 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201808
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
3/9/2015 · Point 19 (EP) · Sample 3201812 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201812
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
3/9/2015 · Point 19 (EP) · Sample 3201810 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201810
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
cobalt=1.601µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
strontium=940.3µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
3/9/2015 · Point 19 (EP) · Sample 3201806 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201806
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point 19 (EP) · Sample 3201807 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201807
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
3/9/2015 · Point 19 (EP) · Sample 3201804 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201804
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
3/9/2015 · Point 19 (EP) · Sample 3201803 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 19 · Sample 3201803
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 19 (EP) · Sample 3322783 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322783
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
9/15/2015 · Point 19 (EP) · Sample 3322781 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322781
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt=1.401µg/LEPA 200.8
strontium=890.3µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
9/15/2015 · Point 19 (EP) · Sample 3322779 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322779
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-beta-estradiol<—0.0004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
9/15/2015 · Point 19 (EP) · Sample 3322775 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322775
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
9/15/2015 · Point 19 (EP) · Sample 3322777 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322777
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point 19 (EP) · Sample 3322778 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322778
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/15/2015 · Point 19 (EP) · Sample 3322774 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 19 · Sample 3322774
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Unit Well 20 · Facility 00020 · 56 results
3/9/2015 · Point 20 (EP) · Sample 3201830 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201830
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estriol<—0.0008µg/LEPA 539
estrone<—0.002µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
3/9/2015 · Point 20 (EP) · Sample 3201826 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201826
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
3/9/2015 · Point 20 (EP) · Sample 3201832 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201832
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=500.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.500.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
3/9/2015 · Point 20 (EP) · Sample 3201825 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201825
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/9/2015 · Point 20 (EP) · Sample 3201828 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201828
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point 20 (EP) · Sample 3201834 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201834
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chloromethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
3/9/2015 · Point 20 (EP) · Sample 3201829 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 20 · Sample 3201829
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.540.03µg/LEPA 218.7
9/16/2015 · Point 20 (EP) · Sample 3323916 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323916
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
9/16/2015 · Point 20 (EP) · Sample 3323922 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323922
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
chromium=1.200.2µg/LEPA 200.8
strontium=480.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point 20 (EP) · Sample 3323924 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323924
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
9/16/2015 · Point 20 (EP) · Sample 3323920 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323920
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
testosterone<—0.0001µg/LEPA 539
estriol<—0.0008µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
equilin<—0.004µg/LEPA 539
9/16/2015 · Point 20 (EP) · Sample 3323915 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323915
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/16/2015 · Point 20 (EP) · Sample 3323918 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323918
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 20 (EP) · Sample 3323919 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 20 · Sample 3323919
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=3.300.03µg/LEPA 218.7
Unit Well 23 · Facility 00023 · 56 results
7/8/2015 · Point 23 (EP) · Sample 3276582 · 7 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276582
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-beta-estradiol<—0.0004µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
7/8/2015 · Point 23 (EP) · Sample 3276577 · 1 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276577
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
7/8/2015 · Point 23 (EP) · Sample 3276586 · 7 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276586
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
7/8/2015 · Point 23 (EP) · Sample 3276584 · 5 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276584
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=890.3µg/LEPA 200.8
chromium=1.200.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
7/8/2015 · Point 23 (EP) · Sample 3276578 · 6 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276578
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFBS<—0.09µg/LEPA 537
7/8/2015 · Point 23 (EP) · Sample 3276580 · 1 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276580
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
7/8/2015 · Point 23 (EP) · Sample 3276581 · 1 results
Full source identifiers and sampling metadata
7/8/2015 · Point 23 · Sample 3276581
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.100.03µg/LEPA 218.7
9/14/2015 · Point 23 (EP) · Sample 3321407 · 6 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321407
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
9/14/2015 · Point 23 (EP) · Sample 3321411 · 7 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321411
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
equilin<—0.004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
9/14/2015 · Point 23 (EP) · Sample 3321413 · 5 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321413
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium=0.400.2µg/LEPA 200.8
strontium=880.3µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=1.300.2µg/LEPA 200.8
9/14/2015 · Point 23 (EP) · Sample 3321406 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321406
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/14/2015 · Point 23 (EP) · Sample 3321415 · 7 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321415
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
9/14/2015 · Point 23 (EP) · Sample 3321409 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321409
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/14/2015 · Point 23 (EP) · Sample 3321410 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point 23 · Sample 3321410
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=10.03µg/LEPA 218.7
Unit Well 24 · Facility 00024 · 56 results
3/10/2015 · Point 24 (EP) · Sample 3202349 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202349
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.03µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFBS<—0.09µg/LEPA 537
3/10/2015 · Point 24 (EP) · Sample 3202355 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202355
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=700.3µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
3/10/2015 · Point 24 (EP) · Sample 3202353 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202353
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
3/10/2015 · Point 24 (EP) · Sample 3202348 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202348
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/10/2015 · Point 24 (EP) · Sample 3202357 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202357
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
3/10/2015 · Point 24 (EP) · Sample 3202351 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202351
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point 24 (EP) · Sample 3202352 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 24 · Sample 3202352
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/15/2015 · Point 24 (EP) · Sample 3322626 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322626
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOS<—0.04µg/LEPA 537
9/15/2015 · Point 24 (EP) · Sample 3322630 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322630
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
9/15/2015 · Point 24 (EP) · Sample 3322632 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322632
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=650.3µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
9/15/2015 · Point 24 (EP) · Sample 3322629 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322629
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/15/2015 · Point 24 (EP) · Sample 3322628 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322628
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point 24 (EP) · Sample 3322634 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322634
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
9/15/2015 · Point 24 (EP) · Sample 3322625 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 24 · Sample 3322625
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Unit Well 25 · Facility 00025 · 56 results
3/10/2015 · Point 25 (EP) · Sample 3202302 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202302
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
3/10/2015 · Point 25 (EP) · Sample 3202306 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202306
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
3/10/2015 · Point 25 (EP) · Sample 3202304 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202304
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
chromium=0.500.2µg/LEPA 200.8
strontium=640.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
3/10/2015 · Point 25 (EP) · Sample 3202298 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202298
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
3/10/2015 · Point 25 (EP) · Sample 3202297 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202297
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/10/2015 · Point 25 (EP) · Sample 3202300 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202300
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point 25 (EP) · Sample 3202301 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 25 · Sample 3202301
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.560.03µg/LEPA 218.7
9/15/2015 · Point 25 (EP) · Sample 3322753 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322753
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
estrone<—0.002µg/LEPA 539
9/15/2015 · Point 25 (EP) · Sample 3322749 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322749
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOS<—0.04µg/LEPA 537
9/15/2015 · Point 25 (EP) · Sample 3322751 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322751
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point 25 (EP) · Sample 3322748 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322748
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 25 (EP) · Sample 3322755 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322755
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.600.2µg/LEPA 200.8
strontium=640.3µg/LEPA 200.8
9/15/2015 · Point 25 (EP) · Sample 3322757 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322757
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
9/15/2015 · Point 25 (EP) · Sample 3322752 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 25 · Sample 3322752
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.500.03µg/LEPA 218.7
Unit Well 26 · Facility 00026 · 56 results
3/11/2015 · Point 26 (EP) · Sample 3203974 · 7 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203974
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
3/11/2015 · Point 26 (EP) · Sample 3203965 · 1 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203965
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/11/2015 · Point 26 (EP) · Sample 3203966 · 6 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203966
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
3/11/2015 · Point 26 (EP) · Sample 3203968 · 1 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203968
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/11/2015 · Point 26 (EP) · Sample 3203970 · 7 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203970
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
estrone<—0.002µg/LEPA 539
equilin<—0.004µg/LEPA 539
3/11/2015 · Point 26 (EP) · Sample 3203969 · 1 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203969
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.360.03µg/LEPA 218.7
3/11/2015 · Point 26 (EP) · Sample 3203972 · 5 results
Full source identifiers and sampling metadata
3/11/2015 · Point 26 · Sample 3203972
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
cobalt<—1µg/LEPA 200.8
chromium=0.400.2µg/LEPA 200.8
strontium=510.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point 26 (EP) · Sample 3324019 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324019
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=500.3µg/LEPA 200.8
chromium=0.400.2µg/LEPA 200.8
9/16/2015 · Point 26 (EP) · Sample 3324013 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324013
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
9/16/2015 · Point 26 (EP) · Sample 3324021 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324021
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chloromethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
9/16/2015 · Point 26 (EP) · Sample 3324017 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324017
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estriol<—0.0008µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estrone<—0.002µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
9/16/2015 · Point 26 (EP) · Sample 3324016 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324016
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.360.03µg/LEPA 218.7
9/16/2015 · Point 26 (EP) · Sample 3324012 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324012
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/16/2015 · Point 26 (EP) · Sample 3324015 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 26 · Sample 3324015
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 27 · Facility 00027 · 56 results
3/9/2015 · Point 27 (EP) · Sample 3201819 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201819
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
estrone<—0.002µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
3/9/2015 · Point 27 (EP) · Sample 3201823 · 7 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201823
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
3/9/2015 · Point 27 (EP) · Sample 3201821 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201821
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
strontium=920.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
3/9/2015 · Point 27 (EP) · Sample 3201818 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201818
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
3/9/2015 · Point 27 (EP) · Sample 3201814 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201814
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/9/2015 · Point 27 (EP) · Sample 3201815 · 6 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201815
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
3/9/2015 · Point 27 (EP) · Sample 3201817 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 27 · Sample 3201817
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point 27 (EP) · Sample 3322731 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322731
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
9/15/2015 · Point 27 (EP) · Sample 3322727 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322727
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
9/15/2015 · Point 27 (EP) · Sample 3322733 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322733
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
strontium=870.3µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
9/15/2015 · Point 27 (EP) · Sample 3322735 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322735
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
bromomethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
9/15/2015 · Point 27 (EP) · Sample 3322729 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322729
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point 27 (EP) · Sample 3322730 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322730
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/15/2015 · Point 27 (EP) · Sample 3322726 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 27 · Sample 3322726
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Unit Well 28 · Facility 00028 · 56 results
5/19/2015 · Point 28 (EP) · Sample 3245218 · 7 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245218
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
equilin<—0.004µg/LEPA 539
5/19/2015 · Point 28 (EP) · Sample 3245222 · 7 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245222
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
5/19/2015 · Point 28 (EP) · Sample 3245214 · 6 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245214
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOA<—0.02µg/LEPA 537
5/19/2015 · Point 28 (EP) · Sample 3245220 · 5 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245220
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
strontium=460.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
5/19/2015 · Point 28 (EP) · Sample 3245213 · 1 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245213
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
5/19/2015 · Point 28 (EP) · Sample 3245216 · 1 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245216
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
5/19/2015 · Point 28 (EP) · Sample 3245217 · 1 results
Full source identifiers and sampling metadata
5/19/2015 · Point 28 · Sample 3245217
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.050.03µg/LEPA 218.7
9/16/2015 · Point 28 (EP) · Sample 3324046 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324046
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/16/2015 · Point 28 (EP) · Sample 3324049 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324049
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium<—0.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=470.3µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point 28 (EP) · Sample 3324051 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324051
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
9/16/2015 · Point 28 (EP) · Sample 3324043 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324043
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFNA<—0.02µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
9/16/2015 · Point 28 (EP) · Sample 3324047 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324047
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
estrone<—0.002µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estriol<—0.0008µg/LEPA 539
equilin<—0.004µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
9/16/2015 · Point 28 (EP) · Sample 3324042 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324042
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/16/2015 · Point 28 (EP) · Sample 3324045 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 28 · Sample 3324045
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 29 · Facility 00029 · 56 results
3/10/2015 · Point 29 (EP) · Sample 3202313 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202313
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
estriol<—0.0008µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
3/10/2015 · Point 29 (EP) · Sample 3202317 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202317
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
HCFC-22<—0.08µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
3/10/2015 · Point 29 (EP) · Sample 3202311 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202311
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point 29 (EP) · Sample 3202309 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202309
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFOA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFNA<—0.02µg/LEPA 537
3/10/2015 · Point 29 (EP) · Sample 3202315 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202315
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=780.3µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
3/10/2015 · Point 29 (EP) · Sample 3202312 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202312
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.040.03µg/LEPA 218.7
3/10/2015 · Point 29 (EP) · Sample 3202308 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 29 · Sample 3202308
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 29 (EP) · Sample 3322675 · 6 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322675
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
9/15/2015 · Point 29 (EP) · Sample 3322679 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322679
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
equilin<—0.004µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estriol<—0.0008µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estrone<—0.002µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
9/15/2015 · Point 29 (EP) · Sample 3322674 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322674
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
9/15/2015 · Point 29 (EP) · Sample 3322683 · 7 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322683
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
9/15/2015 · Point 29 (EP) · Sample 3322681 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322681
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=720.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/15/2015 · Point 29 (EP) · Sample 3322678 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322678
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.040.03µg/LEPA 218.7
9/15/2015 · Point 29 (EP) · Sample 3322677 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point 29 · Sample 3322677
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Unit Well 30 · Facility 00030 · 56 results
3/10/2015 · Point 30 (EP) · Sample 3202425 · 6 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202425
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFHxS<—0.03µg/LEPA 537
PFBS<—0.09µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFOS<—0.04µg/LEPA 537
PFNA<—0.02µg/LEPA 537
3/10/2015 · Point 30 (EP) · Sample 3202429 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202429
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
testosterone<—0.0001µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
estrone<—0.002µg/LEPA 539
estriol<—0.0008µg/LEPA 539
3/10/2015 · Point 30 (EP) · Sample 3202433 · 7 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202433
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
Halon 1011<—0.06µg/LEPA 524.3
1,1-dichloroethane<—0.03µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
3/10/2015 · Point 30 (EP) · Sample 3202431 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202431
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
strontium=1000.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
3/10/2015 · Point 30 (EP) · Sample 3202428 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202428
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
3/10/2015 · Point 30 (EP) · Sample 3202424 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202424
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
3/10/2015 · Point 30 (EP) · Sample 3202427 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point 30 · Sample 3202427
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 30 (EP) · Sample 3324077 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324077
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
17-alpha-ethynylestradiol<—0.0009µg/LEPA 539
estriol<—0.0008µg/LEPA 539
4-androstene-3,17-dione<—0.0003µg/LEPA 539
testosterone<—0.0001µg/LEPA 539
estrone<—0.002µg/LEPA 539
equilin<—0.004µg/LEPA 539
17-beta-estradiol<—0.0004µg/LEPA 539
9/16/2015 · Point 30 (EP) · Sample 3324079 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324079
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=950.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium<—0.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point 30 (EP) · Sample 3324073 · 6 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324073
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
PFBS<—0.09µg/LEPA 537
PFHxS<—0.03µg/LEPA 537
PFOA<—0.02µg/LEPA 537
PFHpA<—0.01µg/LEPA 537
PFNA<—0.02µg/LEPA 537
PFOS<—0.04µg/LEPA 537
9/16/2015 · Point 30 (EP) · Sample 3324076 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324076
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/16/2015 · Point 30 (EP) · Sample 3324081 · 7 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324081
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,1-dichloroethane<—0.03µg/LEPA 524.3
chloromethane<—0.2µg/LEPA 524.3
bromomethane<—0.2µg/LEPA 524.3
Halon 1011<—0.06µg/LEPA 524.3
HCFC-22<—0.08µg/LEPA 524.3
1,3-butadiene<—0.1µg/LEPA 524.3
1,2,3-trichloropropane<—0.03µg/LEPA 524.3
9/16/2015 · Point 30 (EP) · Sample 3324075 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324075
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 30 (EP) · Sample 3324072 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 30 · Sample 3324072
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,4-dioxane<—0.07µg/LEPA 522
Distribution System · Facility 00106 · 14 results
3/9/2015 · Point HSR (MR) · Sample 3201718 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point HSR · Sample 3201718
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.200.03µg/LEPA 218.7
3/9/2015 · Point HSR (MR) · Sample 3201715 · 5 results
Full source identifiers and sampling metadata
3/9/2015 · Point HSR · Sample 3201715
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=840.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=1.100.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
3/9/2015 · Point HSR (MR) · Sample 3201717 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point HSR · Sample 3201717
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point HSR (MR) · Sample 3322759 · 5 results
Full source identifiers and sampling metadata
9/15/2015 · Point HSR · Sample 3322759
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=1.200.2µg/LEPA 200.8
strontium=750.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
9/15/2015 · Point HSR (MR) · Sample 3322761 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point HSR · Sample 3322761
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point HSR (MR) · Sample 3322762 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point HSR · Sample 3322762
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.300.03µg/LEPA 218.7
Distribution System · Facility 00128 · 14 results
4/8/2015 · Point 128 (MR) · Sample 3222187 · 5 results
Full source identifiers and sampling metadata
4/8/2015 · Point 128 · Sample 3222187
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
strontium=520.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
chromium=0.400.2µg/LEPA 200.8
3/9/2015 · Point 128 (MR) · Sample 3201781 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 128 · Sample 3201781
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point 128 (MR) · Sample 3201782 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point 128 · Sample 3201782
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.370.03µg/LEPA 218.7
9/16/2015 · Point 128 (MR) · Sample 3324056 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 128 · Sample 3324056
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6<—0.03µg/LEPA 218.7
9/16/2015 · Point 128 (MR) · Sample 3324055 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point 128 · Sample 3324055
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point 128 (MR) · Sample 3324053 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point 128 · Sample 3324053
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
strontium=470.3µg/LEPA 200.8
Distribution System · Facility 99002 · 14 results
3/11/2015 · Point HLG (MR) · Sample 3203983 · 1 results
Full source identifiers and sampling metadata
3/11/2015 · Point HLG · Sample 3203983
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.380.03µg/LEPA 218.7
3/11/2015 · Point HLG (MR) · Sample 3203980 · 5 results
Full source identifiers and sampling metadata
3/11/2015 · Point HLG · Sample 3203980
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
strontium=530.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
chromium=0.400.2µg/LEPA 200.8
3/11/2015 · Point HLG (MR) · Sample 3203982 · 1 results
Full source identifiers and sampling metadata
3/11/2015 · Point HLG · Sample 3203982
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point HLG (MR) · Sample 3324005 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point HLG · Sample 3324005
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
chromium=0.400.2µg/LEPA 200.8
strontium=500.3µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
9/16/2015 · Point HLG (MR) · Sample 3324007 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point HLG · Sample 3324007
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point HLG (MR) · Sample 3324008 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point HLG · Sample 3324008
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.400.03µg/LEPA 218.7
Distribution System · Facility 99003 · 14 results
3/9/2015 · Point LS (MR) · Sample 3201838 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point LS · Sample 3201838
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/9/2015 · Point LS (MR) · Sample 3201839 · 1 results
Full source identifiers and sampling metadata
3/9/2015 · Point LS · Sample 3201839
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.620.03µg/LEPA 218.7
4/9/2015 · Point LS (MR) · Sample 3222173 · 5 results
Full source identifiers and sampling metadata
4/9/2015 · Point LS · Sample 3222173
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
vanadium<—0.2µg/LEPA 200.8
chromium=0.700.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=550.3µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point LS (MR) · Sample 3323926 · 5 results
Full source identifiers and sampling metadata
9/16/2015 · Point LS · Sample 3323926
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=490.3µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
chromium=0.600.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
9/16/2015 · Point LS (MR) · Sample 3323928 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point LS · Sample 3323928
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/16/2015 · Point LS (MR) · Sample 3323929 · 1 results
Full source identifiers and sampling metadata
9/16/2015 · Point LS · Sample 3323929
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.620.03µg/LEPA 218.7
Distribution System · Facility 99004 · 14 results
3/10/2015 · Point IEM (MR) · Sample 3202335 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point IEM · Sample 3202335
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.870.03µg/LEPA 218.7
3/10/2015 · Point IEM (MR) · Sample 3202332 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point IEM · Sample 3202332
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=730.3µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
chromium=0.800.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
3/10/2015 · Point IEM (MR) · Sample 3202334 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point IEM · Sample 3202334
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
10/14/2015 · Point IEM (MR) · Sample 3341712 · 5 results
Full source identifiers and sampling metadata
10/14/2015 · Point IEM · Sample 3341712
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molybdenum<—1µg/LEPA 200.8
vanadium=0.300.2µg/LEPA 200.8
strontium=720.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
chromium=0.800.2µg/LEPA 200.8
9/14/2015 · Point IEM (MR) · Sample 3321405 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point IEM · Sample 3321405
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.840.03µg/LEPA 218.7
9/14/2015 · Point IEM (MR) · Sample 3321404 · 1 results
Full source identifiers and sampling metadata
9/14/2015 · Point IEM · Sample 3321404
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
Distribution System · Facility 99005 · 14 results
3/10/2015 · Point MDS (MR) · Sample 3202401 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point MDS · Sample 3202401
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=1.300.2µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
strontium=780.3µg/LEPA 200.8
3/10/2015 · Point MDS (MR) · Sample 3202403 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point MDS · Sample 3202403
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point MDS (MR) · Sample 3202404 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point MDS · Sample 3202404
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.300.03µg/LEPA 218.7
9/15/2015 · Point MDS (MR) · Sample 3322710 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point MDS · Sample 3322710
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=1.200.03µg/LEPA 218.7
10/14/2015 · Point MDS (MR) · Sample 3341697 · 5 results
Full source identifiers and sampling metadata
10/14/2015 · Point MDS · Sample 3341697
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
strontium=770.3µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
chromium=1.200.2µg/LEPA 200.8
9/15/2015 · Point MDS (MR) · Sample 3322709 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point MDS · Sample 3322709
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate=2920µg/LEPA 300.1
Distribution System · Facility 99006 · 14 results
3/10/2015 · Point FS5 (MR) · Sample 3202456 · 5 results
Full source identifiers and sampling metadata
3/10/2015 · Point FS5 · Sample 3202456
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=0.800.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
strontium=870.3µg/LEPA 200.8
vanadium=0.200.2µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
3/10/2015 · Point FS5 (MR) · Sample 3202458 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point FS5 · Sample 3202458
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
3/10/2015 · Point FS5 (MR) · Sample 3202459 · 1 results
Full source identifiers and sampling metadata
3/10/2015 · Point FS5 · Sample 3202459
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.810.03µg/LEPA 218.7
10/14/2015 · Point FS5 (MR) · Sample 3341741 · 5 results
Full source identifiers and sampling metadata
10/14/2015 · Point FS5 · Sample 3341741
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium=0.800.2µg/LEPA 200.8
molybdenum<—1µg/LEPA 200.8
cobalt<—1µg/LEPA 200.8
vanadium<—0.2µg/LEPA 200.8
strontium=900.3µg/LEPA 200.8
9/15/2015 · Point FS5 (MR) · Sample 3322879 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point FS5 · Sample 3322879
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chlorate<—20µg/LEPA 300.1
9/15/2015 · Point FS5 (MR) · Sample 3322880 · 1 results
Full source identifiers and sampling metadata
9/15/2015 · Point FS5 · Sample 3322880
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
chromium-6=0.840.03µg/LEPA 218.7

Supplementary monitoring responses · 58 rows

Read all 58 supplementary records
UCMR 3 · UCMR3_Disinfectant_AddtlDataElem.txt
AdditionalDataElementResponsePWSIDFacilityIDSamplePointIDSampleEventCodeCollectionDate
DisinfectantTypeCLGAWI1130224000066SE15/27/2015
DisinfectantTypeCLGAWI1130224000066SE29/15/2015
DisinfectantTypeCLGAWI1130224000077SE15/19/2015
DisinfectantTypeCLGAWI1130224000077SE29/15/2015
DisinfectantTypeCLGAWI1130224000088SE17/21/2015
DisinfectantTypeCLGAWI1130224000088SE29/1/2015
DisinfectantTypeCLGAWI1130224000099SE13/10/2015
DisinfectantTypeCLGAWI1130224000099SE29/14/2015
DisinfectantTypeCLGAWI11302240001111SE13/10/2015
DisinfectantTypeCLGAWI11302240001111SE29/15/2015
DisinfectantTypeCLGAWI11302240001212SE13/9/2015
DisinfectantTypeCLGAWI11302240001212SE29/16/2015
DisinfectantTypeCLGAWI11302240001313SE13/10/2015
DisinfectantTypeCLGAWI11302240001313SE29/15/2015
DisinfectantTypeCLGAWI11302240001414SE13/9/2015
DisinfectantTypeCLGAWI11302240001414SE29/16/2015
DisinfectantTypeCLGAWI11302240001515SE13/10/2015
DisinfectantTypeCLGAWI11302240001515SE29/15/2015
DisinfectantTypeCLGAWI11302240001616SE13/9/2015
DisinfectantTypeCLGAWI11302240001616SE212/29/2015
DisinfectantTypeCLGAWI11302240001717SE15/21/2015
DisinfectantTypeCLGAWI11302240001717SE29/15/2015
DisinfectantTypeCLGAWI11302240001818SE13/9/2015
DisinfectantTypeCLGAWI11302240001818SE29/16/2015
DisinfectantTypeCLGAWI11302240001919SE13/9/2015
DisinfectantTypeCLGAWI11302240001919SE29/15/2015
DisinfectantTypeCLGAWI11302240002020SE13/9/2015
DisinfectantTypeCLGAWI11302240002020SE29/16/2015
DisinfectantTypeCLGAWI11302240002323SE17/8/2015
DisinfectantTypeCLGAWI11302240002323SE29/14/2015
DisinfectantTypeCLGAWI11302240002424SE13/10/2015
DisinfectantTypeCLGAWI11302240002424SE29/15/2015
DisinfectantTypeCLGAWI11302240002525SE13/10/2015
DisinfectantTypeCLGAWI11302240002525SE29/15/2015
DisinfectantTypeCLGAWI11302240002626SE13/11/2015
DisinfectantTypeCLGAWI11302240002626SE29/16/2015
DisinfectantTypeCLGAWI11302240002727SE13/9/2015
DisinfectantTypeCLGAWI11302240002727SE29/15/2015
DisinfectantTypeCLGAWI11302240002828SE15/19/2015
DisinfectantTypeCLGAWI11302240002828SE29/16/2015
DisinfectantTypeCLGAWI11302240002929SE13/10/2015
DisinfectantTypeCLGAWI11302240002929SE29/15/2015
DisinfectantTypeCLGAWI11302240003030SE13/10/2015
DisinfectantTypeCLGAWI11302240003030SE29/16/2015
DisinfectantTypeCLGAWI113022400106HSRSE13/9/2015
DisinfectantTypeCLGAWI113022400106HSRSE29/15/2015
DisinfectantTypeCLGAWI113022400128128SE13/9/2015
DisinfectantTypeCLGAWI113022400128128SE29/16/2015
DisinfectantTypeCLGAWI113022499002HLGSE13/11/2015
DisinfectantTypeCLGAWI113022499002HLGSE29/16/2015
DisinfectantTypeCLGAWI113022499003LSSE13/9/2015
DisinfectantTypeCLGAWI113022499003LSSE29/16/2015
DisinfectantTypeCLGAWI113022499004IEMSE13/10/2015
DisinfectantTypeCLGAWI113022499004IEMSE29/14/2015
DisinfectantTypeCLGAWI113022499005MDSSE13/10/2015
DisinfectantTypeCLGAWI113022499005MDSSE29/15/2015
DisinfectantTypeCLGAWI113022499006FS5SE13/10/2015
DisinfectantTypeCLGAWI113022499006FS5SE29/15/2015

Utility-reported service ZIP codes · 1 rows

Read all 1 ZIP-code records
UCMR 3 · UCMR3_ZIPCodes.txt
PWSIDZIPCODE
WI113022453713
UCMR 2 · 2008–2009 · 1,184 occurrence rows

The 1,184 occurrence rows include entry points (EP) and maximum-residence-time locations (MR). AM identifies Assessment Monitoring; SS identifies Screening Survey. Associated IDs describe the paired monitoring locations. The size category uses total population, including certain purchasing systems, as of June 30, 2005. The supplementary CL code means chlorine used to maintain a distribution-system residual during this monitoring.

EPA’s UCMR 2 data and definitions (ZIP)

Contaminant results · 1184 rows

Unit Well 6 · Facility 00006 · 50 results
8/18/2008 · Point 6 (EP) · Sample 080825012-026 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 6 · Sample 080825012-026
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
8/18/2008 · Point 6 (EP) · Sample 080825012-004 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 6 · Sample 080825012-004
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
4/20/2009 · Point 6 (EP) · Sample 090422030-004 · 15 results
Full source identifiers and sampling metadata
4/20/2009 · Point 6 · Sample 090422030-004
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
4/20/2009 · Point 6 (EP) · Sample 090422030-001 · 10 results
Full source identifiers and sampling metadata
4/20/2009 · Point 6 · Sample 090422030-001
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
Unit Well 7 · Facility 00007 · 50 results
8/19/2008 · Point 7 (EP) · Sample 080825012-041 · 15 results
Full source identifiers and sampling metadata
8/19/2008 · Point 7 · Sample 080825012-041
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
8/19/2008 · Point 7 (EP) · Sample 080825012-019 · 10 results
Full source identifiers and sampling metadata
8/19/2008 · Point 7 · Sample 080825012-019
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
2/9/2009 · Point 7 (EP) · Sample 090211019-030 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 7 · Sample 090211019-030
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
2/9/2009 · Point 7 (EP) · Sample 090211019-014 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 7 · Sample 090211019-014
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
Unit Well 8 · Facility 00008 · 50 results
8/18/2008 · Point 8 (EP) · Sample 080825012-037 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 8 · Sample 080825012-037
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
8/18/2008 · Point 8 (EP) · Sample 080825012-015 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 8 · Sample 080825012-015
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
7/13/2009 · Point 8 (EP) · Sample 090720026-004 · 9 results
Full source identifiers and sampling metadata
7/13/2009 · Point 8 · Sample 090720026-004
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
NMEA<—0.003µg/LEPA 521
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
7/15/2009 · Point 8 (EP) · Sample 090720026-007 · 6 results
Full source identifiers and sampling metadata
7/15/2009 · Point 8 · Sample 090720026-007
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
alachlor ESA<—1µg/LEPA 535
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
alachlor OA<—2µg/LEPA 535
7/13/2009 · Point 8 (EP) · Sample 090720026-001 · 10 results
Full source identifiers and sampling metadata
7/13/2009 · Point 8 · Sample 090720026-001
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
Unit Well 9 · Facility 00009 · 50 results
8/18/2008 · Point 9 (EP) · Sample 080825012-036 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 9 · Sample 080825012-036
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
8/18/2008 · Point 9 (EP) · Sample 080825012-014 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 9 · Sample 080825012-014
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
2/9/2009 · Point 9 (EP) · Sample 090211019-017 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 9 · Sample 090211019-017
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDBA<—0.004µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NDEA<—0.005µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
NDMA<—0.002µg/LEPA 521
metolachlor OA<—2µg/LEPA 535
NDPA<—0.007µg/LEPA 521
alachlor OA<—2µg/LEPA 535
2/9/2009 · Point 9 (EP) · Sample 090211019-001 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 9 · Sample 090211019-001
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
TNT<—0.8µg/LEPA 529
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
1,3-dinitrobenzene<—0.8µg/LEPA 529
Unit Well 11 · Facility 00011 · 50 results
8/18/2008 · Point 11 (EP) · Sample 080825012-034 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 11 · Sample 080825012-034
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 11 (EP) · Sample 080825012-012 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 11 · Sample 080825012-012
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 11 (EP) · Sample 090211019-018 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 11 · Sample 090211019-018
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 11 (EP) · Sample 090211019-002 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 11 · Sample 090211019-002
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
HBB<—0.7µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
RDX<—1µg/LEPA 529
BDE-99<—0.9µg/LEPA 527
TNT<—0.8µg/LEPA 529
Unit Well 12 · Facility 00012 · 50 results
8/18/2008 · Point 12 (EP) · Sample 080825012-023 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 12 · Sample 080825012-023
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 12 (EP) · Sample 080825012-001 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 12 · Sample 080825012-001
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 12 (EP) · Sample 090211019-019 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 12 · Sample 090211019-019
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 12 (EP) · Sample 090211019-003 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 12 · Sample 090211019-003
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 13 · Facility 00013 · 50 results
8/19/2008 · Point 13 (EP) · Sample 080825012-042 · 15 results
Full source identifiers and sampling metadata
8/19/2008 · Point 13 · Sample 080825012-042
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/19/2008 · Point 13 (EP) · Sample 080825012-020 · 10 results
Full source identifiers and sampling metadata
8/19/2008 · Point 13 · Sample 080825012-020
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 13 (EP) · Sample 090211019-031 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 13 · Sample 090211019-031
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 13 (EP) · Sample 090211019-015 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 13 · Sample 090211019-015
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 14 · Facility 00014 · 50 results
8/18/2008 · Point 14 (EP) · Sample 080825012-025 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 14 · Sample 080825012-025
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 14 (EP) · Sample 080825012-003 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 14 · Sample 080825012-003
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 14 (EP) · Sample 090211019-020 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 14 · Sample 090211019-020
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 14 (EP) · Sample 090211019-004 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 14 · Sample 090211019-004
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 15 · Facility 00015 · 50 results
8/19/2008 · Point 15 (EP) · Sample 080825012-043 · 15 results
Full source identifiers and sampling metadata
8/19/2008 · Point 15 · Sample 080825012-043
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/19/2008 · Point 15 (EP) · Sample 080825012-021 · 10 results
Full source identifiers and sampling metadata
8/19/2008 · Point 15 · Sample 080825012-021
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 15 (EP) · Sample 090211019-032 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 15 · Sample 090211019-032
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 15 (EP) · Sample 090211019-016 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 15 · Sample 090211019-016
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 16 · Facility 00016 · 50 results
8/18/2008 · Point 16 (EP) · Sample 080825012-024 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 16 · Sample 080825012-024
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 16 (EP) · Sample 080825012-002 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 16 · Sample 080825012-002
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 16 (EP) · Sample 090211019-027 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 16 · Sample 090211019-027
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 16 (EP) · Sample 090211019-011 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 16 · Sample 090211019-011
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 17 · Facility 00017 · 50 results
8/18/2008 · Point 17 (EP) · Sample 080825012-029 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 17 · Sample 080825012-029
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 17 (EP) · Sample 080825012-007 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 17 · Sample 080825012-007
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
7/13/2009 · Point 17 (EP) · Sample 090720026-005 · 15 results
Full source identifiers and sampling metadata
7/13/2009 · Point 17 · Sample 090720026-005
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
9/9/2009 · Point 17 (EP) · Sample 090914046-001 · 3 results
Full source identifiers and sampling metadata
9/9/2009 · Point 17 · Sample 090914046-001
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
TNT<—0.8µg/LEPA 529
7/13/2009 · Point 17 (EP) · Sample 090720026-002 · 7 results
Full source identifiers and sampling metadata
7/13/2009 · Point 17 · Sample 090720026-002
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
dimethoate<—0.7µg/LEPA 527
Unit Well 18 · Facility 00018 · 50 results
8/18/2008 · Point 18 (EP) · Sample 080825012-032 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 18 · Sample 080825012-032
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 18 (EP) · Sample 080825012-010 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 18 · Sample 080825012-010
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
4/21/2009 · Point 18 (EP) · Sample 090422030-005 · 15 results
Full source identifiers and sampling metadata
4/21/2009 · Point 18 · Sample 090422030-005
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
4/21/2009 · Point 18 (EP) · Sample 090422030-002 · 10 results
Full source identifiers and sampling metadata
4/21/2009 · Point 18 · Sample 090422030-002
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 19 · Facility 00019 · 50 results
8/18/2008 · Point 19 (EP) · Sample 080825012-027 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 19 · Sample 080825012-027
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 19 (EP) · Sample 080825012-005 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 19 · Sample 080825012-005
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 19 (EP) · Sample 090211019-021 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 19 · Sample 090211019-021
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 19 (EP) · Sample 090211019-005 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 19 · Sample 090211019-005
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 20 · Facility 00020 · 50 results
8/18/2008 · Point 20 (EP) · Sample 080825012-040 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 20 · Sample 080825012-040
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 20 (EP) · Sample 080825012-018 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 20 · Sample 080825012-018
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 20 (EP) · Sample 090211019-028 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 20 · Sample 090211019-028
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 20 (EP) · Sample 090211019-012 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 20 · Sample 090211019-012
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 23 · Facility 00023 · 50 results
8/18/2008 · Point 23 (EP) · Sample 080825012-033 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 23 · Sample 080825012-033
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 23 (EP) · Sample 080825012-011 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 23 · Sample 080825012-011
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 23 (EP) · Sample 090211019-022 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 23 · Sample 090211019-022
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 23 (EP) · Sample 090211019-006 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 23 · Sample 090211019-006
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 24 · Facility 00024 · 50 results
8/18/2008 · Point 24 (EP) · Sample 080825012-030 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 24 · Sample 080825012-030
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 24 (EP) · Sample 080825012-008 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 24 · Sample 080825012-008
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 24 (EP) · Sample 090211019-023 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 24 · Sample 090211019-023
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 24 (EP) · Sample 090211019-007 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 24 · Sample 090211019-007
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 25 · Facility 00025 · 50 results
8/18/2008 · Point 25 (EP) · Sample 080825012-035 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 25 · Sample 080825012-035
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 25 (EP) · Sample 080825012-013 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 25 · Sample 080825012-013
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 25 (EP) · Sample 090211019-024 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 25 · Sample 090211019-024
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 25 (EP) · Sample 090211019-008 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 25 · Sample 090211019-008
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 26 · Facility 00026 · 50 results
8/18/2008 · Point 26 (EP) · Sample 080825012-039 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 26 · Sample 080825012-039
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 26 (EP) · Sample 080825012-017 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 26 · Sample 080825012-017
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 26 (EP) · Sample 090211019-029 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 26 · Sample 090211019-029
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 26 (EP) · Sample 090211019-013 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 26 · Sample 090211019-013
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 27 · Facility 00027 · 50 results
8/18/2008 · Point 27 (EP) · Sample 080825012-028 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 27 · Sample 080825012-028
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 27 (EP) · Sample 080825012-006 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 27 · Sample 080825012-006
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 27 (EP) · Sample 090211019-025 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 27 · Sample 090211019-025
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 27 (EP) · Sample 090211019-009 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 27 · Sample 090211019-009
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 28 · Facility 00028 · 50 results
8/18/2008 · Point 28 (EP) · Sample 080825012-038 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 28 · Sample 080825012-038
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 28 (EP) · Sample 080825012-016 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 28 · Sample 080825012-016
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
7/13/2009 · Point 28 (EP) · Sample 090720026-006 · 15 results
Full source identifiers and sampling metadata
7/13/2009 · Point 28 · Sample 090720026-006
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
7/13/2009 · Point 28 (EP) · Sample 090720026-003 · 10 results
Full source identifiers and sampling metadata
7/13/2009 · Point 28 · Sample 090720026-003
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 29 · Facility 00029 · 50 results
8/19/2008 · Point 29 (EP) · Sample 080825012-044 · 15 results
Full source identifiers and sampling metadata
8/19/2008 · Point 29 · Sample 080825012-044
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/19/2008 · Point 29 (EP) · Sample 080825012-022 · 10 results
Full source identifiers and sampling metadata
8/19/2008 · Point 29 · Sample 080825012-022
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
4/20/2009 · Point 29 (EP) · Sample 090422030-006 · 15 results
Full source identifiers and sampling metadata
4/20/2009 · Point 29 · Sample 090422030-006
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
4/20/2009 · Point 29 (EP) · Sample 090422030-003 · 10 results
Full source identifiers and sampling metadata
4/20/2009 · Point 29 · Sample 090422030-003
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Unit Well 30 · Facility 00030 · 50 results
8/18/2008 · Point 30 (EP) · Sample 080825012-031 · 15 results
Full source identifiers and sampling metadata
8/18/2008 · Point 30 · Sample 080825012-031
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
8/18/2008 · Point 30 (EP) · Sample 080825012-009 · 10 results
Full source identifiers and sampling metadata
8/18/2008 · Point 30 · Sample 080825012-009
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
2/9/2009 · Point 30 (EP) · Sample 090211019-026 · 15 results
Full source identifiers and sampling metadata
2/9/2009 · Point 30 · Sample 090211019-026
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
metolachlor<—1µg/LEPA 525.2
NPYR<—0.002µg/LEPA 521
alachlor<—2µg/LEPA 525.2
acetochlor ESA<—1µg/LEPA 535
metolachlor ESA<—1µg/LEPA 535
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
acetochlor OA<—2µg/LEPA 535
metolachlor OA<—2µg/LEPA 535
acetochlor<—2µg/LEPA 525.2
alachlor OA<—2µg/LEPA 535
NDBA<—0.004µg/LEPA 521
alachlor ESA<—1µg/LEPA 535
2/9/2009 · Point 30 (EP) · Sample 090211019-010 · 10 results
Full source identifiers and sampling metadata
2/9/2009 · Point 30 · Sample 090211019-010
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
1,3-dinitrobenzene<—0.8µg/LEPA 529
RDX<—1µg/LEPA 529
BDE-153<—0.8µg/LEPA 527
terbufos sulfone<—0.4µg/LEPA 527
BDE-100<—0.5µg/LEPA 527
HBB<—0.7µg/LEPA 527
BDE-99<—0.9µg/LEPA 527
BDE-47<—0.3µg/LEPA 527
TNT<—0.8µg/LEPA 529
dimethoate<—0.7µg/LEPA 527
Distribution System · Facility 00106 · 12 results
8/18/2008 · Point HSR (MR) · Sample 080825012-047 · 6 results
Full source identifiers and sampling metadata
8/18/2008 · Point HSR · Sample 080825012-047
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point HSR (MR) · Sample 090211019-034 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point HSR · Sample 090211019-034
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
Distribution System · Facility 00128 · 12 results
8/18/2008 · Point 128 (MR) · Sample 080825012-048 · 6 results
Full source identifiers and sampling metadata
8/18/2008 · Point 128 · Sample 080825012-048
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point 128 (MR) · Sample 090211019-035 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point 128 · Sample 090211019-035
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
Distribution System · Facility 99002 · 12 results
8/18/2008 · Point HLG (MR) · Sample 080825012-049 · 6 results
Full source identifiers and sampling metadata
8/18/2008 · Point HLG · Sample 080825012-049
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point HLG (MR) · Sample 090211019-036 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point HLG · Sample 090211019-036
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
Distribution System · Facility 99003 · 12 results
8/18/2008 · Point LS (MR) · Sample 080825012-050 · 6 results
Full source identifiers and sampling metadata
8/18/2008 · Point LS · Sample 080825012-050
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point LS (MR) · Sample 090211019-037 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point LS · Sample 090211019-037
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
Distribution System · Facility 99004 · 12 results
8/18/2008 · Point IEM (MR) · Sample 080825012-045 · 6 results
Full source identifiers and sampling metadata
8/18/2008 · Point IEM · Sample 080825012-045
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point IEM (MR) · Sample 090211019-033 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point IEM · Sample 090211019-033
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
Distribution System · Facility 99005 · 12 results
8/19/2008 · Point MDS (MR) · Sample 080825012-051 · 6 results
Full source identifiers and sampling metadata
8/19/2008 · Point MDS · Sample 080825012-051
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point MDS (MR) · Sample 090211019-038 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point MDS · Sample 090211019-038
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
Distribution System · Facility 99006 · 12 results
8/18/2008 · Point FS5 (MR) · Sample 080825012-046 · 6 results
Full source identifiers and sampling metadata
8/18/2008 · Point FS5 · Sample 080825012-046
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521
2/9/2009 · Point FS5 (MR) · Sample 090211019-039 · 6 results
Full source identifiers and sampling metadata
2/9/2009 · Point FS5 · Sample 090211019-039
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
NDEA<—0.005µg/LEPA 521
NPYR<—0.002µg/LEPA 521
NMEA<—0.003µg/LEPA 521
NDMA<—0.002µg/LEPA 521
NDPA<—0.007µg/LEPA 521
NDBA<—0.004µg/LEPA 521

Supplementary monitoring responses · 58 rows

Read all 58 supplementary records
UCMR 2 · UCMR2_Disinfectant_AddtlDataElem.txt
AdditionalDataElementResponsePWSIDFacilityIDSamplePointIDSampleEventCodeCollectionDate
DisinfectantTypeCLWI1130224000066SE18/18/2008
DisinfectantTypeCLWI1130224000066SE24/20/2009
DisinfectantTypeCLWI1130224000077SE18/19/2008
DisinfectantTypeCLWI1130224000077SE22/9/2009
DisinfectantTypeCLWI1130224000088SE18/18/2008
DisinfectantTypeCLWI1130224000088SE27/13/2009
DisinfectantTypeCLWI1130224000099SE18/18/2008
DisinfectantTypeCLWI1130224000099SE22/9/2009
DisinfectantTypeCLWI11302240001111SE18/18/2008
DisinfectantTypeCLWI11302240001111SE22/9/2009
DisinfectantTypeCLWI11302240001212SE18/18/2008
DisinfectantTypeCLWI11302240001212SE22/9/2009
DisinfectantTypeCLWI11302240001313SE18/19/2008
DisinfectantTypeCLWI11302240001313SE22/9/2009
DisinfectantTypeCLWI11302240001414SE18/18/2008
DisinfectantTypeCLWI11302240001414SE22/9/2009
DisinfectantTypeCLWI11302240001515SE18/19/2008
DisinfectantTypeCLWI11302240001515SE22/9/2009
DisinfectantTypeCLWI11302240001616SE18/18/2008
DisinfectantTypeCLWI11302240001616SE22/9/2009
DisinfectantTypeCLWI11302240001717SE18/18/2008
DisinfectantTypeCLWI11302240001717SE27/13/2009
DisinfectantTypeCLWI11302240001818SE18/18/2008
DisinfectantTypeCLWI11302240001818SE24/21/2009
DisinfectantTypeCLWI11302240001919SE18/18/2008
DisinfectantTypeCLWI11302240001919SE22/9/2009
DisinfectantTypeCLWI11302240002020SE18/18/2008
DisinfectantTypeCLWI11302240002020SE22/9/2009
DisinfectantTypeCLWI11302240002323SE18/18/2008
DisinfectantTypeCLWI11302240002323SE22/9/2009
DisinfectantTypeCLWI11302240002424SE18/18/2008
DisinfectantTypeCLWI11302240002424SE22/9/2009
DisinfectantTypeCLWI11302240002525SE18/18/2008
DisinfectantTypeCLWI11302240002525SE22/9/2009
DisinfectantTypeCLWI11302240002626SE18/18/2008
DisinfectantTypeCLWI11302240002626SE22/9/2009
DisinfectantTypeCLWI11302240002727SE18/18/2008
DisinfectantTypeCLWI11302240002727SE22/9/2009
DisinfectantTypeCLWI11302240002828SE18/18/2008
DisinfectantTypeCLWI11302240002828SE27/13/2009
DisinfectantTypeCLWI11302240002929SE18/19/2008
DisinfectantTypeCLWI11302240002929SE24/20/2009
DisinfectantTypeCLWI11302240003030SE18/18/2008
DisinfectantTypeCLWI11302240003030SE22/9/2009
DisinfectantTypeCLWI113022400106HSRSE18/18/2008
DisinfectantTypeCLWI113022400106HSRSE22/9/2009
DisinfectantTypeCLWI113022400128128SE18/18/2008
DisinfectantTypeCLWI113022400128128SE22/9/2009
DisinfectantTypeCLWI113022499002HLGSE18/18/2008
DisinfectantTypeCLWI113022499002HLGSE22/9/2009
DisinfectantTypeCLWI113022499003LSSE18/18/2008
DisinfectantTypeCLWI113022499003LSSE22/9/2009
DisinfectantTypeCLWI113022499004IEMSE18/18/2008
DisinfectantTypeCLWI113022499004IEMSE22/9/2009
DisinfectantTypeCLWI113022499005MDSSE18/19/2008
DisinfectantTypeCLWI113022499005MDSSE22/9/2009
DisinfectantTypeCLWI113022499006FS5SE18/18/2008
DisinfectantTypeCLWI113022499006FS5SE22/9/2009
UCMR 1 · 2002–2005 · 361 occurrence rows

All 361 occurrence rows are treated field samples (TFS) at entry points (EP). SampleEventCode and associated-facility/sample-point fields are blank by design for UCMR 1. Sample IDs were constructed by EPA from system, facility, sample point, date, method and sample type. The size category uses the 2000 retail-population snapshot.

EPA’s UCMR 1 data and definitions (ZIP)

Contaminant results · 361 rows

Unnamed facility · Facility 00003T · 10 results
8/22/2005 · Point 3 (EP) · Sample WI113022400003T38/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 3 · Sample WI113022400003T38/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 3 (EP) · Sample WI113022400003T38/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 3 · Sample WI113022400003T38/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 3 (EP) · Sample WI113022400003T38/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 3 · Sample WI113022400003T38/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00005T · 10 results
10/25/2005 · Point 5 (EP) · Sample WI113022400005T510/25/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
10/25/2005 · Point 5 · Sample WI113022400005T510/25/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
10/25/2005 · Point 5 (EP) · Sample WI113022400005T510/25/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
10/25/2005 · Point 5 · Sample WI113022400005T510/25/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
10/25/2005 · Point 5 (EP) · Sample WI113022400005T510/25/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
10/25/2005 · Point 5 · Sample WI113022400005T510/25/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00006T · 10 results
8/22/2005 · Point 6 (EP) · Sample WI113022400006T68/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 6 · Sample WI113022400006T68/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 6 (EP) · Sample WI113022400006T68/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 6 · Sample WI113022400006T68/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 6 (EP) · Sample WI113022400006T68/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 6 · Sample WI113022400006T68/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00007T · 10 results
10/25/2005 · Point 7 (EP) · Sample WI113022400007T710/25/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
10/25/2005 · Point 7 · Sample WI113022400007T710/25/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
10/25/2005 · Point 7 (EP) · Sample WI113022400007T710/25/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
10/25/2005 · Point 7 · Sample WI113022400007T710/25/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
10/25/2005 · Point 7 (EP) · Sample WI113022400007T710/25/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
10/25/2005 · Point 7 · Sample WI113022400007T710/25/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00008T · 20 results
1/10/2005 · Point 8 (EP) · Sample WI113022400008T81/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 8 · Sample WI113022400008T81/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 8 (EP) · Sample WI113022400008T81/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 8 · Sample WI113022400008T81/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 8 (EP) · Sample WI113022400008T81/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 8 · Sample WI113022400008T81/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 8 (EP) · Sample WI113022400008T88/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 8 · Sample WI113022400008T88/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 8 (EP) · Sample WI113022400008T88/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 8 · Sample WI113022400008T88/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 8 (EP) · Sample WI113022400008T88/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 8 · Sample WI113022400008T88/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00009T · 20 results
1/10/2005 · Point 9 (EP) · Sample WI113022400009T91/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 9 · Sample WI113022400009T91/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 9 (EP) · Sample WI113022400009T91/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 9 · Sample WI113022400009T91/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 9 (EP) · Sample WI113022400009T91/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 9 · Sample WI113022400009T91/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/24/2005 · Point 9 (EP) · Sample WI113022400009T98/24/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/24/2005 · Point 9 · Sample WI113022400009T98/24/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/24/2005 · Point 9 (EP) · Sample WI113022400009T98/24/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/24/2005 · Point 9 · Sample WI113022400009T98/24/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/24/2005 · Point 9 (EP) · Sample WI113022400009T98/24/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/24/2005 · Point 9 · Sample WI113022400009T98/24/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00011T · 10 results
8/22/2005 · Point 11 (EP) · Sample WI113022400011T118/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 11 · Sample WI113022400011T118/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 11 (EP) · Sample WI113022400011T118/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 11 · Sample WI113022400011T118/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 11 (EP) · Sample WI113022400011T118/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 11 · Sample WI113022400011T118/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00012T · 20 results
1/10/2005 · Point 12 (EP) · Sample WI113022400012T121/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 12 · Sample WI113022400012T121/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 12 (EP) · Sample WI113022400012T121/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 12 · Sample WI113022400012T121/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 12 (EP) · Sample WI113022400012T121/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 12 · Sample WI113022400012T121/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/24/2005 · Point 12 (EP) · Sample WI113022400012T128/24/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/24/2005 · Point 12 · Sample WI113022400012T128/24/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/24/2005 · Point 12 (EP) · Sample WI113022400012T128/24/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/24/2005 · Point 12 · Sample WI113022400012T128/24/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/24/2005 · Point 12 (EP) · Sample WI113022400012T128/24/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/24/2005 · Point 12 · Sample WI113022400012T128/24/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00013T · 20 results
1/10/2005 · Point 13 (EP) · Sample WI113022400013T131/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 13 · Sample WI113022400013T131/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 13 (EP) · Sample WI113022400013T131/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 13 · Sample WI113022400013T131/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 13 (EP) · Sample WI113022400013T131/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 13 · Sample WI113022400013T131/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 13 (EP) · Sample WI113022400013T138/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 13 · Sample WI113022400013T138/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 13 (EP) · Sample WI113022400013T138/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 13 · Sample WI113022400013T138/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 13 (EP) · Sample WI113022400013T138/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 13 · Sample WI113022400013T138/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00014T · 20 results
1/10/2005 · Point 14 (EP) · Sample WI113022400014T141/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 14 · Sample WI113022400014T141/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 14 (EP) · Sample WI113022400014T141/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 14 · Sample WI113022400014T141/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 14 (EP) · Sample WI113022400014T141/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 14 · Sample WI113022400014T141/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 14 (EP) · Sample WI113022400014T148/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 14 · Sample WI113022400014T148/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 14 (EP) · Sample WI113022400014T148/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 14 · Sample WI113022400014T148/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 14 (EP) · Sample WI113022400014T148/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 14 · Sample WI113022400014T148/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00015T · 31 results
1/10/2005 · Point 15 (EP) · Sample WI113022400015T151/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 15 · Sample WI113022400015T151/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 15 (EP) · Sample WI113022400015T151/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 15 · Sample WI113022400015T151/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 15 (EP) · Sample WI113022400015T151/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 15 · Sample WI113022400015T151/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
5/22/2002 · Point 15 (EP) · Sample WI113022400015T155/22/2002EPA314.0TFS · 1 results
Full source identifiers and sampling metadata
5/22/2002 · Point 15 · Sample WI113022400015T155/22/2002EPA314.0TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
perchlorate<—4µg/LEPA 314.0
5/22/2002 · Point 15 (EP) · Sample WI113022400015T155/22/2002EPA515.4TFS · 1 results
Full source identifiers and sampling metadata
5/22/2002 · Point 15 · Sample WI113022400015T155/22/2002EPA515.4TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.4
5/22/2002 · Point 15 (EP) · Sample WI113022400015T155/22/2002EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
5/22/2002 · Point 15 · Sample WI113022400015T155/22/2002EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
5/22/2002 · Point 15 (EP) · Sample WI113022400015T155/22/2002EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
5/22/2002 · Point 15 · Sample WI113022400015T155/22/2002EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 15 (EP) · Sample WI113022400015T158/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 15 · Sample WI113022400015T158/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 15 (EP) · Sample WI113022400015T158/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 15 · Sample WI113022400015T158/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 15 (EP) · Sample WI113022400015T158/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 15 · Sample WI113022400015T158/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00016T · 10 results
8/22/2005 · Point 16 (EP) · Sample WI113022400016T168/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 16 · Sample WI113022400016T168/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 16 (EP) · Sample WI113022400016T168/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 16 · Sample WI113022400016T168/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 16 (EP) · Sample WI113022400016T168/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 16 · Sample WI113022400016T168/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00017T · 10 results
8/22/2005 · Point 17 (EP) · Sample WI113022400017T178/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 17 · Sample WI113022400017T178/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 17 (EP) · Sample WI113022400017T178/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 17 · Sample WI113022400017T178/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 17 (EP) · Sample WI113022400017T178/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 17 · Sample WI113022400017T178/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00018T · 10 results
1/10/2005 · Point 18 (EP) · Sample WI113022400018T181/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 18 · Sample WI113022400018T181/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 18 (EP) · Sample WI113022400018T181/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 18 · Sample WI113022400018T181/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 18 (EP) · Sample WI113022400018T181/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 18 · Sample WI113022400018T181/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00019T · 20 results
1/10/2005 · Point 19 (EP) · Sample WI113022400019T191/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 19 · Sample WI113022400019T191/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 19 (EP) · Sample WI113022400019T191/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 19 · Sample WI113022400019T191/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 19 (EP) · Sample WI113022400019T191/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 19 · Sample WI113022400019T191/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 19 (EP) · Sample WI113022400019T198/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 19 · Sample WI113022400019T198/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 19 (EP) · Sample WI113022400019T198/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 19 · Sample WI113022400019T198/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 19 (EP) · Sample WI113022400019T198/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 19 · Sample WI113022400019T198/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00020T · 20 results
1/10/2005 · Point 20 (EP) · Sample WI113022400020T201/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 20 · Sample WI113022400020T201/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 20 (EP) · Sample WI113022400020T201/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 20 · Sample WI113022400020T201/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 20 (EP) · Sample WI113022400020T201/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 20 · Sample WI113022400020T201/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 20 (EP) · Sample WI113022400020T208/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 20 · Sample WI113022400020T208/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 20 (EP) · Sample WI113022400020T208/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 20 · Sample WI113022400020T208/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 20 (EP) · Sample WI113022400020T208/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 20 · Sample WI113022400020T208/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00023T · 20 results
1/10/2005 · Point 23 (EP) · Sample WI113022400023T231/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 23 · Sample WI113022400023T231/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 23 (EP) · Sample WI113022400023T231/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 23 · Sample WI113022400023T231/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 23 (EP) · Sample WI113022400023T231/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 23 · Sample WI113022400023T231/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/24/2005 · Point 23 (EP) · Sample WI113022400023T238/24/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/24/2005 · Point 23 · Sample WI113022400023T238/24/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/24/2005 · Point 23 (EP) · Sample WI113022400023T238/24/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/24/2005 · Point 23 · Sample WI113022400023T238/24/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/24/2005 · Point 23 (EP) · Sample WI113022400023T238/24/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/24/2005 · Point 23 · Sample WI113022400023T238/24/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00024T · 20 results
1/10/2005 · Point 24 (EP) · Sample WI113022400024T241/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 24 · Sample WI113022400024T241/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 24 (EP) · Sample WI113022400024T241/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 24 · Sample WI113022400024T241/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 24 (EP) · Sample WI113022400024T241/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 24 · Sample WI113022400024T241/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 24 (EP) · Sample WI113022400024T248/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 24 · Sample WI113022400024T248/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 24 (EP) · Sample WI113022400024T248/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 24 · Sample WI113022400024T248/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 24 (EP) · Sample WI113022400024T248/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 24 · Sample WI113022400024T248/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00025T · 20 results
1/10/2005 · Point 25 (EP) · Sample WI113022400025T251/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 25 · Sample WI113022400025T251/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 25 (EP) · Sample WI113022400025T251/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 25 · Sample WI113022400025T251/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 25 (EP) · Sample WI113022400025T251/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 25 · Sample WI113022400025T251/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 25 (EP) · Sample WI113022400025T258/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 25 · Sample WI113022400025T258/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 25 (EP) · Sample WI113022400025T258/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 25 · Sample WI113022400025T258/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 25 (EP) · Sample WI113022400025T258/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 25 · Sample WI113022400025T258/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00026T · 20 results
1/10/2005 · Point 26 (EP) · Sample WI113022400026T261/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 26 · Sample WI113022400026T261/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 26 (EP) · Sample WI113022400026T261/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 26 · Sample WI113022400026T261/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 26 (EP) · Sample WI113022400026T261/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 26 · Sample WI113022400026T261/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/22/2005 · Point 26 (EP) · Sample WI113022400026T268/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 26 · Sample WI113022400026T268/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 26 (EP) · Sample WI113022400026T268/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 26 · Sample WI113022400026T268/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 26 (EP) · Sample WI113022400026T268/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 26 · Sample WI113022400026T268/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00027T · 10 results
8/22/2005 · Point 27 (EP) · Sample WI113022400027T278/22/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/22/2005 · Point 27 · Sample WI113022400027T278/22/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/22/2005 · Point 27 (EP) · Sample WI113022400027T278/22/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/22/2005 · Point 27 · Sample WI113022400027T278/22/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/22/2005 · Point 27 (EP) · Sample WI113022400027T278/22/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/22/2005 · Point 27 · Sample WI113022400027T278/22/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
Unnamed facility · Facility 00028 · 20 results
1/10/2005 · Point 28 (EP) · Sample WI113022400028281/10/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
1/10/2005 · Point 28 · Sample WI113022400028281/10/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
1/10/2005 · Point 28 (EP) · Sample WI113022400028281/10/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
1/10/2005 · Point 28 · Sample WI113022400028281/10/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
1/10/2005 · Point 28 (EP) · Sample WI113022400028281/10/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
1/10/2005 · Point 28 · Sample WI113022400028281/10/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2
8/24/2005 · Point 28 (EP) · Sample WI113022400028288/24/2005EPA515.1TFS · 1 results
Full source identifiers and sampling metadata
8/24/2005 · Point 28 · Sample WI113022400028288/24/2005EPA515.1TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
DCPA mono/di-acid degradate<—1µg/LEPA 515.1
8/24/2005 · Point 28 (EP) · Sample WI113022400028288/24/2005EPA524.2TFS · 2 results
Full source identifiers and sampling metadata
8/24/2005 · Point 28 · Sample WI113022400028288/24/2005EPA524.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
nitrobenzene<—10µg/LEPA 524.2
MTBE<—5µg/LEPA 524.2
8/24/2005 · Point 28 (EP) · Sample WI113022400028288/24/2005EPA525.2TFS · 7 results
Full source identifiers and sampling metadata
8/24/2005 · Point 28 · Sample WI113022400028288/24/2005EPA525.2TFS
ContaminantResult signReported valueReporting level (MRL)UnitsMethod
molinate<—0.9µg/LEPA 525.2
EPTC<—1µg/LEPA 525.2
2,4-dinitrotoluene<—2µg/LEPA 525.2
4,4'-DDE<—0.8µg/LEPA 525.2
terbacil<—2µg/LEPA 525.2
acetochlor<—2µg/LEPA 525.2
2,6-dinitrotoluene<—2µg/LEPA 525.2

EPA data retrieved September 17, 2026. Official UCMR datasets and cycle-specific definitions. This is the history in the reviewed releases, not every test ever collected by the utility or a live assessment of tap-water conditions.

Lead and copper

Tap-sampling results and monitoring history

Madison Water Utility’s published monitoring summaries cover 2011, 2014, 2017, 2020, and 2023. These results describe water collected at sampled locations and dates. They do not establish the result at another home or today’s conditions at a previously sampled location.

The utility’s published 90th-percentile summaries

The utility defines the 90th percentile as the level below which 90% of sample results fall; ppb means parts per billion. A percentile is not the average result or a result that applies to every household. Both columns below use ppb.

2023
Lead: 1.8 ppb · Copper: 150 ppb
2020
Lead: 3.2 ppb · Copper: 168 ppb
2017
Lead: 3.2 ppb · Copper: 169 ppb
2014
Lead: 3.5 ppb · Copper: 185 ppb
2011 (summary)
Lead: 3.0 ppb · Copper: 172 ppb
Read the utility’s lead and copper monitoring summary

Choose a report and source page to read every printed row. The “Street & Block” and “Area” fields retain the utility’s historical labels; they do not confirm service, plumbing materials, or a current result for an individual address. Repeated IDs and dates remain separate.

A value beginning with < is below the stated reporting threshold, not zero. Most result columns use ppb, but the 2011 iron column uses ppm. Total lead and dissolved lead are separate measurements. The report rows have not been combined to calculate a new regulatory percentile or compliance finding.

2023 monitoring report50 printed rows · 2 pages

Printed revision date: September 25, 2023. Result dates are preserved in each row.

Read the original 2023 monitoring PDF
Source page 1 · 25 rows

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2023 report · source page 1 · units as printed
ID #Street & BlockSample DateTotal Lead ppbTotal Copper ppb
15300 BROOKSHIRE LANE7/24/20230.77110
2100 COACH HOUSE DRIVE7/24/20231.1100
3200 COACH HOUSE DRIVE7/26/2023<0.5093
45200 MILWAUKEE STREET7/24/20230.8089
55000 PICCADILLY DRIVE7/24/2023<0.5096
65000 PICCADILLY DRIVE8/8/20231.2120
85100 PICCADILLY DRIVE7/25/20231.0120
125100 PICCADILLY DRIVE7/24/20231.5130
13200 ST ALBANS AVENUE7/25/20231.9140
155100 STAGE HOUSE TRAIL7/25/20230.88100
1015100 STAGE HOUSE TRAIL7/24/20231.293
184900 CAMILLA ROAD7/21/20231.8190
19LA CRESCENTA CIRCLE8/18/20230.82100
205000 PEBBLEBROOK DRIVE7/21/20230.85100
215100 PEBBLEBROOK DRIVE9/5/20231.3100
22SANDLEWOOD CIRCLE7/25/2023<0.50130
235000 STONEHAVEN DRIVE7/22/20231.4190
262000 VONDRON ROAD8/21/20231.184
27700 WOODLAWN DRIVE7/22/20231.1100
30500 MUIR DRIVE8/4/20230.5977
314500 TEXAS TRAIL7/24/20234.2100
345500 MANITOWISH WAY7/25/20231.0110
351200 MENOMONIE LANE7/22/20231.3110
36GRANBY CIRCLE7/24/20232.1130
394000 TOMSCOT TRAIL7/24/20231.9130
Source page 2 · 25 rows

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2023 report · source page 2 · units as printed
ID #Street & BlockSample DateTotal Lead ppbTotal Copper ppb
442900 BARLOW STREET7/25/20231.7210
47400 S OWEN DRIVE7/24/20231.2120
503000 IRVINGTON WAY7/25/20230.50120
53GEORGETOWN COURT7/24/2023<0.50100
54GEORGETOWN COURT7/24/2023<0.50110
557000 GLADSTONE DRIVE7/19/2023<0.5095
582900 GREENWAY TRAIL7/24/20230.71110
60JACOBS COURT7/22/2023<0.50110
62LANCASTER COURT8/20/20230.67110
63LANCASTER COURT7/25/20231.1100
657100 LANCASTER LANE7/24/2023<0.5091
682300 WHITLOCK ROAD7/24/20230.56100
702300 WHITLOCK ROAD7/24/20231.296
712400 WHITLOCK ROAD7/24/20231.184
74APPLE HILL CIRCLE7/24/20230.93120
807000 HARVEST HILL ROAD7/24/20230.6388
817100 HARVEST HILL ROAD8/15/20230.5295
821800 HICKORY DRIVE8/8/20235.8150
84RAMSGATE CIRCLE7/24/2023<0.50100
86E SPYGLASS COURT7/21/20230.76150
907800 W OAKBROOK CIRCLE8/7/20230.80110
957800 E OAKBROOK CIRCLE7/24/20230.94120
967800 E OAKBROOK CIRCLE7/25/20231.5170
97SANDY COURT7/26/2023<0.5097
100STONEHEDGE COURT7/25/20230.66100
2020 monitoring report51 printed rows · 2 pages

Printed revision date: September 25, 2023. Result dates are preserved in each row.

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Source page 1 · 27 rows

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2020 report · source page 1 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbTotal Copper ppb
205000 PEBBLEBROOK DRIVEBUCKEYE7/28/20200.4696
22SANDLEWOOD CIRCLEBUCKEYE9/25/20200.48132
235000 STONEHAVEN DRIVEBUCKEYE7/28/20204.23207
245000 STONEHAVEN DRIVEBUCKEYE7/28/20201.63147
255000 STONEHAVEN DRIVEBUCKEYE7/28/20200.79126
262000 VONDRON ROADBUCKEYE7/28/20200.8984.9
27700 WOODLAWN DRIVEBUCKEYE7/29/20203.24153
15300 BROOKSHIRE LANEEAST7/28/20200.89104
2100 COACH HOUSE DRIVEEAST7/28/20200.9084.3
3200 COACH HOUSE DRIVEEAST7/30/20200.3386.5
102200 COACH HOUSE DRIVEEAST8/6/20201.70122
45200 MILWAUKEE STREETEAST7/28/20201.38112
55000 PICCADILLY DRIVEEAST7/31/20201.02119
65000 PICCADILLY DRIVEEAST9/25/20200.5467.9
85100 PICCADILLY DRIVEEAST7/28/20201.08116
105100 PICCADILLY DRIVEEAST7/30/20201.52116
115100 PICCADILLY DRIVEEAST8/18/20201.11103
125100 PICCADILLY DRIVEEAST7/29/20201.63126
175100 STAGE HOUSE TRAILEAST7/28/20201.55123
184900 CAMILLA ROADEAST7/28/20201.53193
1015100 STAGE HOUSE TRAILEAST8/4/20201.0094.6
442900 BARLOW STREETNEARWEST7/28/20203.61205
47400 S OWEN DRIVENEARWEST8/18/20201.05128
345500 MANITOWISH WAYNORTH17/28/20201.21134
351200 MENOMONIE LANENORTH17/31/20201.48126
30500 MUIR DRIVENORTH29/30/20200.7297.2
314500 TEXAS TRAILNORTH27/28/20202.2276.7
Source page 2 · 24 rows

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2020 report · source page 2 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbTotal Copper ppb
36GRANBY CIRCLENORTHEAST7/28/20202.12132
373500 OLD GATE ROADNORTHEAST9/24/20204.13199
394000 TOMSCOT TRAILNORTHEAST8/1/20202.52162
404000 TOMSCOT TRAILNORTHEAST8/17/20201.36160
503000 IRVINGTON WAYSOUTH7/28/20200.83176
557000 GLADSTONE DRIVESOUTHWEST7/30/20200.3899.8
582900 GREENWAY TRAILSOUTHWEST8/1/20200.89122
593000 GREENWAY TRAILSOUTHWEST7/29/20208.75145
60JACOBS COURTSOUTHWEST8/4/20200.32132
63LANCASTER COURTSOUTHWEST7/28/20200.97118
657100 LANCASTER LANESOUTHWEST8/14/20200.21109
682300 WHITLOCK ROADSOUTHWEST7/28/20200.56108
702300 WHITLOCK ROADSOUTHWEST8/6/20201.42104
712400 WHITLOCK ROADSOUTHWEST8/8/20202.05104
74APPLE HILL CIRCLEWEST7/29/20200.99102
807000 HARVEST HILL ROADWEST8/9/20200.75107
817100 HARVEST HILL ROADWEST8/6/20200.4487.2
821800 HICKORY DRIVEWEST8/7/20204.73138
84RAMSGATE CIRCLEWEST7/28/20200.41115
86E SPYGLASS COURTWEST7/31/20200.63154
947800 E OAKBROOK CIRCLEWEST8/4/20200.83109
957800 E OAKBROOK CIRCLEWEST7/28/20200.48124
967800 E OAKBROOK CIRCLEWEST7/28/20201.72168
100STONEHEDGE COURTWEST7/28/20201.51102
2017 monitoring report52 printed rows · 2 pages

Printed revision date: February 13, 2018. Result dates are preserved in each row.

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Source page 1 · 25 rows

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2017 report · source page 1 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbTotal Copper ppb
215100 PEBBLEBROOK DRIVEBUCKEYE8/27/20172.47182
235000 STONEHAVEN DRIVEBUCKEYE7/23/20173.32242
255000 STONEHAVEN DRIVEBUCKEYE7/18/20170.95154
205000 PEBBLEBROOK DRIVEBUCKEYE7/27/20170.70101
15300 BROOKSHIRE LANEEAST7/17/20170.89104
2100 COACH HOUSE DRIVEEAST7/24/20171.08114
3200 COACH HOUSE DRIVEEAST7/26/20170.69126
55000 PICCADILLY DRIVEEAST7/25/20171.36108
65000 PICCADILLY DRIVEEAST8/26/20172.71129
75000 PICCADILLY DRIVEEAST7/19/20171.43126
85100 PICCADILLY DRIVEEAST7/18/20171.55128
105100 PICCADILLY DRIVEEAST7/17/20171.87130
13200 ST ALBANS AVENUEEAST8/28/20171.76141
155100 STAGE HOUSE TRAILEAST8/8/20171.35133
165100 STAGE HOUSE TRAILEAST7/16/20170.62103
175100 STAGE HOUSE TRAILEAST7/15/20171.98156
1015100 STAGE HOUSE TRAILEAST7/20/20172.13154
442900 BARLOW STREETNEARWEST7/15/20172.74169
47400 S OWEN DRIVENEARWEST8/1/20171.35156
331400 BURNING WOOD WAYNORTH17/15/20170.67123
345500 MANITOWISH WAYNORTH17/15/20170.98148
351200 MENOMONIE LANENORTH17/18/20171.71133
291500 MAYFIELD LANENORTH27/18/20170.88152
30500 MUIR DRIVENORTH27/26/20173.16154
314500 TEXAS TRAILNORTH27/20/20172.1086
Source page 2 · 27 rows

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2017 report · source page 2 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbTotal Copper ppb
36GRANBY CIRCLENORTHEAST8/29/20171.5099.8
373500 OLD GATE ROADNORTHEAST7/16/20175.14131
394000 TOMSCOT TRAILNORTHEAST7/21/20173.0798.4
404000 TOMSCOT TRAILNORTHEAST7/19/20170.7887.6
516900 CARNWOOD ROADSOUTHWEST7/26/20178.77153
53GEORGETOWN COURTSOUTHWEST7/31/20170.61112
54GEORGETOWN COURTSOUTHWEST7/25/20170.50145
557000 GLADSTONE DRIVESOUTHWEST8/30/20170.79132
572900 GREENWAY TRAILSOUTHWEST7/28/20171.3175
582900 GREENWAY TRAILSOUTHWEST7/17/20171.05127
593000 GREENWAY TRAILSOUTHWEST7/15/201725.5182
60JACOBS COURTSOUTHWEST8/27/20171.98164
63LANCASTER COURTSOUTHWEST7/17/20171.15127
657100 LANCASTER LANESOUTHWEST7/24/20170.23120
682300 WHITLOCK ROADSOUTHWEST7/23/20170.70116
712400 WHITLOCK ROADSOUTHWEST7/31/20172.30117
74APPLE HILL CIRCLEWEST7/15/20170.8595
755500 BELIN STREETWEST7/15/20171.40131
807000 HARVEST HILL ROADWEST8/27/20170.5594.4
817100 HARVEST HILL ROADWEST8/30/20170.80110
84RAMSGATE CIRCLEWEST8/10/20170.31123
86E SPYGLASS COURTWEST7/18/20170.77117
89OAK GLEN COURTWEST7/24/20173.33176
907800 W OAKBROOK CIRCLEWEST7/24/20170.9692.6
947800 E OAKBROOK CIRCLEWEST7/25/20171.26146
957800 E OAKBROOK CIRCLEWEST7/15/20170.60133
100STONEHEDGE COURTWEST7/26/20172.85186
2014 monitoring report52 printed rows · 2 pages

Printed revision date: February 9, 2016. Result dates are preserved in each row.

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Source page 1 · 26 rows

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2014 report · source page 1 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbTotal Copper ppb
215100 PEBBLEBROOK DRIVEBUCKEYE7/17/201410.4203
255000 STONEHAVEN DRIVEBUCKEYE7/16/20142.59192
15300 BROOKSHIRE LANEEAST7/16/20141.21116
2100 COACH HOUSE DRIVEEAST7/18/20141.32105
75000 PICCADILLY DRIVEEAST7/17/20141.01123
85100 PICCADILLY DRIVEEAST7/16/20141.35135
105100 PICCADILLY DRIVEEAST8/21/20141.19130
115100 PICCADILLY DRIVEEAST7/16/20141.10119
165100 STAGE HOUSE TRAILEAST7/16/20141.22157
175100 STAGE HOUSE TRAILEAST7/16/20142.20129
1015100 STAGE HOUSE TRAILEAST7/18/20143.14159
442900 BARLOW STREETNEARWEST7/17/20143.52239
45100 LARKIN STREETNEARWEST7/16/20145.61162
47400 S OWEN DRIVENEARWEST7/22/20140.97107
485300 SHAWANO TERRACENEARWEST7/18/2014< 0.503110
331400 BURNING WOOD WAYNORTH19/23/20141.45180
345500 MANITOWISH WAYNORTH19/9/20141.44165
351200 MENOMONIE LANENORTH19/10/20142.56177
284400 AMERICAN ASH DRIVENORTH28/21/2014< 0.503128
291500 MAYFIELDNORTH28/19/20140.9594.2
30500 MUIR DRIVENORTH29/2/20142.18131
314500 TEXAS TRAILNORTH28/21/20142.68117
324500 WHITE ASPEN ROADNORTH29/9/20140.69149
373500 OLD GATE ROADNORTHEAST7/16/20141.76281
394000 TOMSCOT TRAILNORTHEAST7/16/20143.56156
404000 TOMSCOT TRAILNORTHEAST7/16/20141.26147
Source page 2 · 26 rows

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2014 report · source page 2 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbTotal Copper ppb
493000 IRVINGTON WAYSOUTH7/23/20140.7935.4
503000 IRVINGTON WAYSOUTH7/23/2014< 0.503103
27700 WOODLAWN DRIVESOUTHEAST7/25/20145.66292
527000 CARNWOOD ROADSOUTHWEST7/21/20140.7094.3
572900 GREENWAY TRAILSOUTHWEST7/28/20141.57103
582900 GREENWAY TRAILSOUTHWEST7/16/20143.37168
593000 GREENWAY TRAILSOUTHWEST7/16/20145.46185
61LANCASTER COURTSOUTHWEST7/16/20141.93130
62LANCASTER COURTSOUTHWEST7/16/20141.89156
63LANCASTER COURTSOUTHWEST7/17/20142.69175
64LANCASTER COURTSOUTHWEST7/22/2014< 0.50383.8
692300 WHITLOCK ROADSOUTHWEST7/16/20140.85103
712400 WHITLOCK ROADSOUTHWEST7/16/20141.6296.4
74APPLE HILL CIRCLEWEST7/25/20141.8092.4
755500 BELIN STREETWEST7/24/20141.69144
786900 HARVEST HILL ROADWEST7/16/20140.75109
817100 HARVEST HILL ROADWEST7/17/20141.44138
957800 E OAKBROOK CIRCLEWEST8/25/20141.32143
907800 W OAKBROOK CIRCLEWEST8/27/20141.51115
917800 W OAKBROOK CIRCLEWEST8/26/20141.11158
927800 W OAKBROOK CIRCLEWEST8/25/2014< 0.503157
84RAMSGATE CIRCLEWEST7/23/20141.83127
97SANDY COURTWEST8/25/2014< 0.503109
85200 SARATOGA CIRCLEWEST7/16/2014< 0.503115
86E SPYGLASS COURTWEST7/17/20141.37168
100STONEHEDGE COURTWEST8/27/20141.83178
2011 monitoring report201 printed rows · 7 pages

Printed revision date: January 18, 2012. Result dates are preserved in each row.

Read the original 2011 monitoring PDF

This report includes spring and fall sampling, along with later dates printed in the table. All five result columns are retained, including dissolved lead, manganese, and iron.

Source page 1 · 31 rows

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2011 report · source page 1 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
184900 CAMILLA ROADBUCKEYE4/17/20112.600.59975.60.060
184900 CAMILLA ROADBUCKEYE9/27/20112.051.191241.60.013
19LA CRESCENTA CIRCLEBUCKEYE4/19/201120.6< 0.503132440.390
19LA CRESCENTA CIRCLEBUCKEYE9/30/20111.31< 0.503927.20.028
205000 PEBBLEBROOK DRIVEBUCKEYE4/17/20111.130.51942.30.026
205000 PEBBLEBROOK DRIVEBUCKEYE9/27/20112.29< 0.503117150.052
215100 PEBBLEBROOK DRIVEBUCKEYE5/1/20111.350.641222.40.024
215100 PEBBLEBROOK DRIVEBUCKEYE9/28/20110.51< 0.50344130.040
22SANDLEWOOD CIRCLEBUCKEYE4/17/20111.460.531401.90.024
22SANDLEWOOD CIRCLEBUCKEYE9/29/20110.830.581453.80.027
235000 STONEHAVEN DRIVEBUCKEYE4/17/20110.69< 0.5031202.00.028
235000 STONEHAVEN DRIVEBUCKEYE9/28/20111.80< 0.503150110.035
245000 STONEHAVEN DRIVEBUCKEYE4/16/20112.962.032042.70.014
245000 STONEHAVEN DRIVEBUCKEYE9/28/20113.160.72192120.035
255000 STONEHAVEN DRIVEBUCKEYE4/18/20111.15< 0.5031231.40.019
255000 STONEHAVEN DRIVEBUCKEYE9/28/20111.43< 0.503150120.040
262000 VONDRON ROADBUCKEYE4/18/20112.061.141101.50.020
262000 VONDRON ROADBUCKEYE9/30/20114.190.52161140.048
42100 S FRANKLIN STREETCENTRAL4/17/20118.98< 0.503167340.217
42100 S FRANKLIN STREETCENTRAL9/29/20114.32< 0.503145210.099
43100 S FRANKLIN STREETCENTRAL4/20/20110.75< 0.50388110.082
43100 S FRANKLIN STREETCENTRAL9/29/20111.10< 0.50388190.086
15300 BROOKSHIRE LANEEAST4/18/20110.91< 0.503843.00.042
15300 BROOKSHIRE LANEEAST9/27/20111.43< 0.5031762.80.044
2100 COACH HOUSE DRIVEEAST4/15/20111.31< 0.5031012.90.043
2100 COACH HOUSE DRIVEEAST9/27/20111.41< 0.503952.50.042
3200 COACH HOUSE DRIVEEAST4/25/20111.11< 0.5031142.20.037
3200 COACH HOUSE DRIVEEAST10/10/20112.000.521342.70.039
102200 COACH HOUSE DRIVEEAST12/14/20111.01<0.503902.80.045
45200 MILWAUKEE STREETEAST4/17/20118.90< 0.5031857.90.075
45200 MILWAUKEE STREETEAST9/28/201111.5< 0.5031265.80.084
Source page 2 · 30 rows

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2011 report · source page 2 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
55000 PICCADILLY DRIVEEAST4/19/20112.320.681303.60.040
55000 PICCADILLY DRIVEEAST9/29/20112.761.301372.80.039
65000 PICCADILLY DRIVEEAST4/20/20110.66< 0.503992.90.040
65000 PICCADILLY DRIVEEAST9/29/20111.46< 0.5031172.70.044
75000 PICCADILLY DRIVEEAST4/21/20111.28< 0.503892.60.038
75000 PICCADILLY DRIVEEAST9/28/20111.290.93111210.364
85100 PICCADILLY DRIVEEAST4/19/20111.120.701552.10.012
85100 PICCADILLY DRIVEEAST9/28/20111.770.591512.10.036
95100 PICCADILLY DRIVEEAST4/19/2011< 0.503< 0.503802.70.041
95100 PICCADILLY DRIVEEAST10/11/20110.71< 0.503912.70.042
105100 PICCADILLY DRIVEEAST4/20/20110.85< 0.5032242.60.037
105100 PICCADILLY DRIVEEAST9/29/20111.08< 0.5031712.60.040
115100 PICCADILLY DRIVEEAST4/18/20110.71< 0.503952.60.036
115100 PICCADILLY DRIVEEAST9/28/20110.94< 0.5031052.20.037
125100 PICCADILLY DRIVEEAST4/18/20110.81< 0.5031222.40.034
125100 PICCADILLY DRIVEEAST9/28/20111.13< 0.5031172.30.040
13200 ST ALBANS AVENUEEAST4/18/20110.82< 0.5031053.30.048
14STACY LANEEAST4/18/2011< 0.503< 0.503852.70.035
14STACY LANEEAST9/28/2011< 0.503< 0.5031057.20.039
155100 STAGE HOUSE TRAILEAST4/16/20111.24< 0.5031072.80.047
155100 STAGE HOUSE TRAILEAST9/28/20111.57< 0.5031103.10.045
165100 STAGE HOUSE TRAILEAST4/17/2011< 0.503< 0.5031093.20.047
165100 STAGE HOUSE TRAILEAST10/5/20112.270.541753.80.037
175100 STAGE HOUSE TRAILEAST4/18/20111.36< 0.5031192.30.033
175100 STAGE HOUSE TRAILEAST9/29/20111.890.651342.70.043
1015100 STAGE HOUSE TRAILEAST12/9/20112.431.321482.70.034
442900 BARLOW STREETNEARWEST4/19/20112.792.561780.20.003
442900 BARLOW STREETNEARWEST9/29/20113.372.711870.20.013
45100 LARKIN STREETNEARWEST4/21/20113.143.001220.70.001
45100 LARKIN STREETNEARWEST9/29/20113.913.742022.00.001
Source page 3 · 30 rows

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2011 report · source page 3 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
463300 GREGORY STREETNEARWEST4/21/20110.55< 0.5031120.30.003
463300 GREGORY STREETNEARWEST10/4/20110.59< 0.503940.20.001
47400 S OWEN DRIVENEARWEST4/20/20110.930.821270.50.003
47400 S OWEN DRIVENEARWEST9/27/20111.150.801330.60.005
485300 SHAWANO TERRACENEARWEST4/20/20111.681.371461.50.009
485300 SHAWANO TERRACENEARWEST9/27/20110.52< 0.5031071.90.013
331400 BURNING WOOD WAYNORTH14/18/20111.41< 0.5031266.00.089
331400 BURNING WOOD WAYNORTH19/29/20111.09< 0.5031395.30.049
345500 MANITOWISH WAYNORTH14/18/20112.090.732025.10.033
345500 MANITOWISH WAYNORTH19/28/20112.711.161894.60.031
351200 MENOMONIE LANENORTH14/18/20110.87< 0.5031236.20.039
351200 MENOMONIE LANENORTH19/29/20111.75< 0.5031205.30.038
284400 AMERICAN ASH DRIVENORTH24/19/20111.45< 0.5031589.10.041
284400 AMERICAN ASH DRIVENORTH29/30/2011< 0.503< 0.5031065.00.031
291500 MAYFIELDNORTH24/18/20111.31< 0.503794.50.031
291500 MAYFIELDNORTH29/28/20111.49< 0.503984.40.023
30500 MUIR DRIVENORTH24/19/20110.99< 0.503993.60.025
30500 MUIR DRIVENORTH29/28/20110.99< 0.5031053.20.023
314500 TEXASTRAILNORTH24/18/2011< 0.503< 0.503335.40.031
314500 TEXASTRAILNORTH29/30/20112.620.78704.20.025
324500 WHITE ASPEN ROADNORTH24/18/20110.80< 0.5031455.70.031
324500 WHITE ASPEN ROADNORTH210/5/20110.71< 0.5031503.00.020
36GRANBY CIRCLENORTHEAST4/16/20112.091.051452.30.012
36GRANBY CIRCLENORTHEAST9/27/20111.881.251251.40.007
373500 OLD GATE ROADNORTHEAST4/17/20114.162.632392.90.011
373500 OLD GATE ROADNORTHEAST9/28/20113.562.491832.90.006
383300 SUNBROOK ROADNORTHEAST4/19/20110.580.58831.10.006
383300 SUNBROOK ROADNORTHEAST9/29/20112.452.411121.40.003
394000 TOMSCOT TRAILNORTHEAST4/18/20113.301.851512.60.012
394000 TOMSCOT TRAILNORTHEAST9/28/20114.323.401781.40.006
Source page 4 · 30 rows

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2011 report · source page 4 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
404000 TOMSCOT TRAILNORTHEAST4/19/20111.04< 0.5031202.70.012
404000 TOMSCOT TRAILNORTHEAST9/28/20111.290.831061.40.006
414100 TOMSCOTT RAILNORTHEAST4/18/20112.511.411533.30.014
414100 TOMSCOTT RAILNORTHEAST9/26/20112.801.811611.40.009
493000 IRVINGTON WAYSOUTH4/20/20110.830.861070.30.001
493000 IRVINGTON WAYSOUTH9/28/20111.180.80990.20.001
503000 IRVINGTON WAYSOUTH4/21/2011< 0.503< 0.5031200.30.001
503000 IRVINGTON WAYSOUTH9/28/20110.51< 0.5031210.30.001
27700 WOODLAWN DRIVESOUTHEAST4/17/20111.741.471200.60.009
27700 WOODLAWN DRIVESOUTHEAST9/28/20112.642.131890.30.008
516900 CARNWOOD ROADSOUTHWEST5/11/20112.582.22960.50.001
516900 CARNWOOD ROADSOUTHWEST10/5/20115.535.491730.20.001
527000 CARNWOOD ROADSOUTHWEST5/10/20110.56< 0.503920.40.001
527000 CARNWOOD ROADSOUTHWEST10/5/2011< 0.503< 0.5031030.30.001
53GEORGETOWN COURTSOUTHWEST4/21/20112.36< 0.503750.70.007
53GEORGETOWN COURTSOUTHWEST9/28/20110.830.73820.20.001
54GEORGETOWN COURTSOUTHWEST4/22/20112.221.981300.60.002
54GEORGETOWN COURTSOUTHWEST9/29/20111.581.401190.20.001
557000 GLADSTONE DRIVESOUTHWEST4/27/20111.321.011080.60.001
557000 GLADSTONE DRIVESOUTHWEST9/28/20110.860.741080.40.001
562900 GREENWAY TRAILSOUTHWEST4/21/20111.041.03830.40.001
562900 GREENWAY TRAILSOUTHWEST9/28/20110.52< 0.503880.20.001
572900 GREENWAY TRAILSOUTHWEST4/21/20111.66< 0.5031350.70.002
572900 GREENWAY TRAILSOUTHWEST10/6/20111.431.32290.60.001
582900 GREENWAY TRAILSOUTHWEST5/20/20111.070.98119< 0.150.001
582900 GREENWAY TRAILSOUTHWEST9/27/20111.820.971160.20.001
593000 GREENWAY TRAILSOUTHWEST4/20/20110.760.681480.40.001
593000 GREENWAY TRAILSOUTHWEST9/28/20110.930.811520.20.001
60JACOBS COURTSOUTHWEST4/20/20111.211.061230.40.001
60JACOBS COURTSOUTHWEST10/10/20112.702.611280.20.001
Source page 5 · 30 rows

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2011 report · source page 5 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
61LANCASTER COURTSOUTHWEST4/19/20111.381.231130.70.001
61LANCASTER COURTSOUTHWEST10/3/20111.050.71730.80.001
62LANCASTER COURTSOUTHWEST4/21/20111.571.421380.40.001
62LANCASTER COURTSOUTHWEST9/29/20111.911.771450.20.001
63LANCASTER COURTSOUTHWEST4/20/20112.311.932150.90.001
63LANCASTER COURTSOUTHWEST9/28/20112.132.021660.40.001
64LANCASTER COURTSOUTHWEST5/7/20110.51< 0.503820.40.001
64LANCASTER COURTSOUTHWEST10/6/2011< 0.503< 0.503760.20.001
657100 LANCASTER LANESOUTHWEST4/20/20111.571.101091.10.001
657100 LANCASTER LANESOUTHWEST9/29/20111.511.431090.40.001
662700 MUIR FIELD ROADSOUTHWEST5/10/20111.260.941190.30.001
662700 MUIR FIELD ROADSOUTHWEST9/28/20111.231.161320.60.001
677100 PAGHAM DRIVESOUTHWEST4/20/2011< 0.503< 0.503820.80.001
677100 PAGHAM DRIVESOUTHWEST11/15/2011<0.503<0.503520.50.001
682300 WHITLOCK ROADSOUTHWEST4/20/20111.671.621180.90.001
682300 WHITLOCK ROADSOUTHWEST9/28/20111.981.691170.50.001
692300 WHITLOCK ROADSOUTHWEST4/21/20110.60< 0.503821.20.001
692300 WHITLOCK ROADSOUTHWEST9/29/20110.990.90970.60.001
702300 WHITLOCK ROADSOUTHWEST4/28/20111.200.92961.00.001
702300 WHITLOCK ROADSOUTHWEST10/5/20110.990.89910.40.001
712400 WHITLOCK ROADSOUTHWEST4/20/20111.761.301111.40.001
712400 WHITLOCK ROADSOUTHWEST9/30/20112.441.971240.60.001
722600 WHITLOCK ROADSOUTHWEST4/17/20110.720.56800.80.001
722600 WHITLOCK ROADSOUTHWEST10/11/20110.760.701030.40.001
73APPLE HILL CIRCLEWEST5/12/2011< 0.503< 0.503444.20.034
73APPLE HILL CIRCLEWEST9/29/2011< 0.503< 0.503701.20.011
74APPLE HILL CIRCLEWEST4/25/20111.060.571071.70.010
74APPLE HILL CIRCLEWEST10/10/20111.270.861130.90.002
755500 BELIN STREETWEST4/20/20111.050.73920.30.005
755500 BELIN STREETWEST9/29/20111.211.071140.20.005
Source page 6 · 30 rows

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2011 report · source page 6 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
76FISKDALE CIRCLEWEST4/21/20110.77< 0.5031153.80.040
76FISKDALE CIRCLEWEST10/3/2011< 0.503< 0.5031130.70.001
776800 HARVEST HILL ROADWEST4/21/20110.80< 0.503911.50.014
776800 HARVEST HILL ROADWEST9/29/20110.830.63840.50.001
786900 HARVEST HILL ROADWEST4/16/2011< 0.503< 0.5031051.30.004
786900 HARVEST HILL ROADWEST9/27/20110.53< 0.5031063.20.032
797000 HARVEST HILL ROADWEST4/18/20110.97< 0.503903.70.033
797000 HARVEST HILL ROADWEST9/28/20110.620.571030.20.002
807000 HARVEST HILL ROADWEST4/19/20111.24< 0.503877.90.082
807000 HARVEST HILL ROADWEST9/28/20110.840.70990.40.002
817100 HARVEST HILL ROADWEST4/20/20111.10< 0.503858.60.096
817100 HARVEST HILL ROADWEST10/10/20110.57< 0.5031081.20.002
821800 HICKORY DRIVEWEST5/10/20115.595.59170< 0.150.001
821800 HICKORY DRIVEWEST11/3/20113.883.221500.80.007
83MORNINGDALE CIRCLEWEST4/17/2011< 0.503< 0.503720.30.002
83MORNINGDALE CIRCLEWEST9/29/2011< 0.503< 0.503291.00.003
84RAMSGATE CIRCLEWEST4/20/20111.13< 0.5031204.60.050
84RAMSGATE CIRCLEWEST9/28/20112.411.421342.00.026
85200 SARATOGA CIRCLEWEST4/18/20110.84< 0.5031272.10.023
85200 SARATOGA CIRCLEWEST10/3/2011< 0.503< 0.5031170.20.001
86E SPYGLASS COURTWEST4/21/20111.520.781451.50.014
86E SPYGLASS COURTWEST10/13/20111.361.121471.30.001
87N STRATHFIELD CIRCLEWEST4/21/20111.76< 0.5031395.80.055
87N STRATHFIELD CIRCLEWEST9/30/201117.53.792443.30.063
881000 N WESTFIELD ROADWEST4/19/20110.65< 0.5031054.40.036
881000 N WESTFIELD ROADWEST10/23/20112.83<0.5034930.30.003
89OAK GLEN COURTWEST4/20/20111.10< 0.5031519.30.093
89OAK GLEN COURTWEST9/29/20112.040.681462.40.012
907800 W OAKBROOK CIRCLEWEST4/20/20111.84< 0.5031118.60.082
907800 W OAKBROOK CIRCLEWEST9/28/20110.82< 0.503982.70.006
Source page 7 · 20 rows

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2011 report · source page 7 · units as printed
ID #Street & BlockAreaSample DateTotal Lead ppbDissolved Lead ppbCopper ppbManganese ppbIron ppm
917800 W OAKBROOK CIRCLEWEST4/19/20110.66< 0.5031112.00.006
917800 W OAKBROOK CIRCLEWEST9/27/20110.800.621090.60.006
927800 W OAKBROOK CIRCLEWEST4/20/2011< 0.503< 0.503956.60.001
927800 W OAKBROOK CIRCLEWEST9/28/2011< 0.503< 0.5036180.002
937800 W OAKBROOK CIRCLEWEST4/21/20111.521.011351.80.006
937800 W OAKBROOK CIRCLEWEST9/29/20111.510.921171.50.002
947800 E OAKBROOK CIRCLEWEST5/11/20112.95< 0.5031329.00.096
947800 E OAKBROOK CIRCLEWEST9/28/20111.280.951201.20.003
957800 E OAKBROOK CIRCLEWEST4/16/20110.59< 0.5031171.50.005
957800 E OAKBROOK CIRCLEWEST9/28/20113.750.57116120.046
967800 E OAKBROOK CIRCLEWEST4/26/20111.170.971421.00.002
967800 E OAKBROOK CIRCLEWEST10/4/20111.100.59951.90.001
97SANDY COURTWEST4/21/20110.97< 0.5031011.80.005
97SANDY COURTWEST9/29/20111.050.54983.70.014
98SANDY COURTWEST4/19/20111.03< 0.5031099.00.088
98SANDY COURTWEST9/28/20110.92< 0.5031082.30.008
99STONEHEDGE COURTWEST4/20/20110.590.56392.00.005
99STONEHEDGE COURTWEST9/28/20111.130.86542.50.004
100STONEHEDGE COURTWEST4/20/20111.59< 0.5031727.40.078
100STONEHEDGE COURTWEST9/28/20118.633.921931.70.002
Why state sample records can look different

The state’s bulk lead/copper listing also contains water-quality-parameter samples. Their detailed pages can report substances such as hardness, alkalinity, iron, or manganese while the bulk lead/copper fields are blank. A blank field is not a nondetect or proof that no sampling occurred.

Some state percentile fields differ from the utility’s published summary. For example, the 2020 state snapshot includes fields of 2.52 for lead and 162 for copper, while the utility summary prints 3.2 and 168 ppb. Their calculation periods and record-selection rules have not been reconciled, so these values are not merged into a new statistic.

Open Wisconsin DNR’s system record and sample details
Official utility reports and state records reviewed. Historical measurements and summary statistics do not replace current utility guidance or a properly collected test at your own tap.

Wisconsin DNR sample records

Lead, copper, and water-quality parameters by sample

Want to know when or where a lead or copper sample was collected, beyond the annual report’s summary? Wisconsin DNR lists 643 sample records for Madison Water Utility (11302247), with 2,880 individual results dated 1992–2026. Use the sample date, location, and group together; this public snapshot may omit tests and cannot describe your tap today.

  • 452 lead/copper samples contain 902 result rows. Two 2006 samples list lead without a copper result; missing copper is not a nondetect.
  • 191 water-quality-parameter samples contain 1,978 results, including hardness, alkalinity, pH, and metals. They are a separate state sample group, not 191 missing lead/copper tests.

Sample dates, locations, and purposes matter. “Distribution System” and “Entry Point” are the state’s sample-source labels. An entry-point result does not describe every tap. The 2026 records do not establish that the monitoring period is complete, and historical results do not establish current household conditions.

Every result below keeps the state’s ten result fields. — means the source field is blank, not zero or “not detected.” A numeric zero accompanied by “Non-detect” must be read with that qualifier and its detection and quantitation limits. Result units and the separate “MCL Units” field may differ; no unit conversion or compliance comparison has been calculated here.

Open a year, then a sample. Full source metadata identifies the laboratory, collection details, reported date, and any comment. Wider result tables scroll horizontally on a narrow screen.

Lead and copper · 452 samples

2026 · 36 sample records
8/17/2026 · Distribution System · Site 110027 · Record 6542715
Open original DNR sample 6542715
Sample 6542715 · 8/17/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER82.5UG/L——UG/L2.361
1030LEAD0.65UG/L——UG/L.5.0852
8/17/2026 · Distribution System · Site 920080 · Record 6542714
Open original DNR sample 6542714
Sample 6542714 · 8/17/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L2.361
1030LEAD0.59UG/L——UG/L.5.0852
8/10/2026 · Distribution System · Site 920006 · Record 6542723
Open original DNR sample 6542723
Sample 6542723 · 8/10/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER113UG/L——UG/L2.361
1030LEAD0.95UG/L——UG/L.5.0852
8/10/2026 · Distribution System · Site 110071 · Record 6542722
Open original DNR sample 6542722
Sample 6542722 · 8/10/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER87.1UG/L——UG/L2.361
1030LEAD1.3UG/L——UG/L.5.0852
8/7/2026 · Distribution System · Site 110055 · Record 6542694
Open original DNR sample 6542694
Sample 6542694 · 8/7/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER124UG/L——UG/L2.361
1030LEAD0.5UG/L——UG/L.5.0852
8/6/2026 · Distribution System · Site 110021 · Record 6542693
Open original DNR sample 6542693
Sample 6542693 · 8/6/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L2.361
1030LEAD0.6UG/L——UG/L.5.0852
8/4/2026 · Distribution System · Site 110031 · Record 6526669
Open original DNR sample 6526669
Sample 6526669 · 8/4/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER102UG/L——UG/L2.361
1030LEAD4UG/L——UG/L.5.0852
8/3/2026 · Distribution System · Site 110036 · Record 6526668
Open original DNR sample 6526668
Sample 6526668 · 8/3/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER118UG/L——UG/L2.361
1030LEAD1.4UG/L——UG/L.5.0852
8/3/2026 · Distribution System · Site 920035 · Record 6526667
Open original DNR sample 6526667
Sample 6526667 · 8/3/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L2.361
1030LEAD1UG/L——UG/L.5.0852
7/31/2026 · Distribution System · Site 920015 · Record 6526666
Open original DNR sample 6526666
Sample 6526666 · 7/31/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER77.9UG/L——UG/L2.361
1030LEAD0.54UG/L——UG/L.5.0852
7/31/2026 · Distribution System · Site 110084 · Record 6526665
Open original DNR sample 6526665
Sample 6526665 · 7/31/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER102UG/L——UG/L2.361
1030LEAD0.31UG/LBetween LOD and LOQ—UG/L.5.0852
7/30/2026 · Distribution System · Site 110013 · Record 6513723
Open original DNR sample 6513723
Sample 6513723 · 7/30/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER114UG/L——UG/L2.361
1030LEAD0.88UG/L——UG/L.5.0852
7/28/2026 · Distribution System · Site 110060 · Record 6513722
Open original DNR sample 6513722
Sample 6513722 · 7/28/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER156UG/L——UG/L2.361
1030LEAD0.51UG/L——UG/L.5.0852
7/24/2026 · Distribution System · Site 110075 · Record 6504756
Open original DNR sample 6504756
Sample 6504756 · 7/24/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER135UG/L——UG/L2.361
1030LEAD0.49UG/LBetween LOD and LOQ—UG/L.5.0852
7/24/2026 · Distribution System · Site 110101 · Record 6504748
Open original DNR sample 6504748
Sample 6504748 · 7/24/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER91.6UG/L——UG/L2.361
1030LEAD9.7UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 920008 · Record 6504755
Open original DNR sample 6504755
Sample 6504755 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER143UG/L——UG/L2.361
1030LEAD1.2UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 920065 · Record 6504753
Open original DNR sample 6504753
Sample 6504753 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.6UG/L——UG/L2.361
1030LEAD0.39UG/LBetween LOD and LOQ—UG/L.5.0852
7/23/2026 · Distribution System · Site 920096 · Record 6504752
Open original DNR sample 6504752
Sample 6504752 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER159UG/L——UG/L2.361
1030LEAD2.8UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 110044 · Record 6504751
Open original DNR sample 6504751
Sample 6504751 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER228UG/L——UG/L2.361
1030LEAD1.3UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 110004 · Record 6504750
Open original DNR sample 6504750
Sample 6504750 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER92UG/L——UG/L2.361
1030LEAD0.8UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 110047 · Record 6504749
Open original DNR sample 6504749
Sample 6504749 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER140UG/L——UG/L2.361
1030LEAD0.98UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 110070 · Record 6504746
Open original DNR sample 6504746
Sample 6504746 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER91.7UG/L——UG/L2.361
1030LEAD0.63UG/L——UG/L.5.0852
7/23/2026 · Distribution System · Site 110058 · Record 6495546
Open original DNR sample 6495546
Sample 6495546 · 7/23/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER154UG/L——UG/L2.361
1030LEAD2UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 920012 · Record 6504754
Open original DNR sample 6504754
Sample 6504754 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER139UG/L——UG/L2.361
1030LEAD1.7UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110063 · Record 6504747
Open original DNR sample 6504747
Sample 6504747 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L2.361
1030LEAD220UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110020 · Record 6495554
Open original DNR sample 6495554
Sample 6495554 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER99.2UG/L——UG/L2.361
1030LEAD0.61UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110094 · Record 6495553
Open original DNR sample 6495553
Sample 6495553 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L2.361
1030LEAD0.77UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110100 · Record 6495552
Open original DNR sample 6495552
Sample 6495552 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L2.361
1030LEAD0.74UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110001 · Record 6495551
Open original DNR sample 6495551
Sample 6495551 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L2.361
1030LEAD0.53UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110091 · Record 6495550
Open original DNR sample 6495550
Sample 6495550 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER111UG/L——UG/L2.361
1030LEAD0.54UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 110074 · Record 6495549
Open original DNR sample 6495549
Sample 6495549 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER113UG/L——UG/L2.361
1030LEAD0.9UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 920050 · Record 6495547
Open original DNR sample 6495547
Sample 6495547 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L2.361
1030LEAD0.8UG/L——UG/L.5.0852
7/22/2026 · Distribution System · Site 920059 · Record 6495545
Open original DNR sample 6495545
Sample 6495545 · 7/22/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER201UG/L——UG/L2.361
1030LEAD69.2UG/L——UG/L.5.0852
7/21/2026 · Distribution System · Site 920086 · Record 6495555
Open original DNR sample 6495555
Sample 6495555 · 7/21/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER162UG/L——UG/L2.361
1030LEAD0.81UG/L——UG/L.5.0852
7/21/2026 · Distribution System · Site 110018 · Record 6495548
Open original DNR sample 6495548
Sample 6495548 · 7/21/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER135UG/L——UG/L2.361
1030LEAD1.7UG/L——UG/L.5.0852
7/21/2026 · Distribution System · Site 920026 · Record 6495544
Open original DNR sample 6495544
Sample 6495544 · 7/21/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER97.7UG/L——UG/L2.361
1030LEAD0.96UG/L——UG/L.5.0852
2023 · 50 sample records
9/5/2023 · Distribution System · Site 110021 · Record 5467093
Open original DNR sample 5467093
Sample 5467093 · 9/5/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.3UG/LToo much contaminant to quantify—UG/L.5.132
8/21/2023 · Distribution System · Site 920026 · Record 5447900
Open original DNR sample 5447900
Sample 5447900 · 8/21/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER84UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.1UG/LToo much contaminant to quantify—UG/L.5.132
8/20/2023 · Distribution System · Site 920062 · Record 5447902
Open original DNR sample 5447902
Sample 5447902 · 8/20/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.67UG/LToo much contaminant to quantify—UG/L.5.132
8/18/2023 · Distribution System · Site 110019 · Record 5447901
Open original DNR sample 5447901
Sample 5447901 · 8/18/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.82UG/LToo much contaminant to quantify—UG/L.5.132
8/15/2023 · Distribution System · Site 920081K · Record 5447899
Open original DNR sample 5447899
Sample 5447899 · 8/15/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.52UG/LToo much contaminant to quantify—UG/L.5.132
8/8/2023 · Distribution System · Site 110082 · Record 5442955
Open original DNR sample 5442955
Sample 5442955 · 8/8/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD5.8UG/LToo much contaminant to quantify—UG/L.5.132
8/8/2023 · Distribution System · Site 920006 · Record 5442954
Open original DNR sample 5442954
Sample 5442954 · 8/8/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.2UG/LToo much contaminant to quantify—UG/L.5.132
8/7/2023 · Distribution System · Site 920090 · Record 5442952
Open original DNR sample 5442952
Sample 5442952 · 8/7/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.8UG/LToo much contaminant to quantify—UG/L.5.132
8/4/2023 · Distribution System · Site 920030 · Record 5442953
Open original DNR sample 5442953
Sample 5442953 · 8/4/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER77UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.59UG/LToo much contaminant to quantify—UG/L.5.132
7/26/2023 · Distribution System · Site 110003 · Record 5436992
Open original DNR sample 5436992
Sample 5436992 · 7/26/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER93UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/26/2023 · Distribution System · Site 110097 · Record 5436991
Open original DNR sample 5436991
Sample 5436991 · 7/26/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER97UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/25/2023 · Distribution System · Site 110013 · Record 5437001
Open original DNR sample 5437001
Sample 5437001 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER140UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.9UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 110022 · Record 5436993
Open original DNR sample 5436993
Sample 5436993 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/25/2023 · Distribution System · Site 110034 · Record 5436990
Open original DNR sample 5436990
Sample 5436990 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 110044 · Record 5430718
Open original DNR sample 5430718
Sample 5430718 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER210UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.7UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 110063 · Record 5430717
Open original DNR sample 5430717
Sample 5430717 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.1UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 110100 · Record 5430710
Open original DNR sample 5430710
Sample 5430710 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.66UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 920015 · Record 5430709
Open original DNR sample 5430709
Sample 5430709 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.88UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 920008 · Record 5430708
Open original DNR sample 5430708
Sample 5430708 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 920050 · Record 5430706
Open original DNR sample 5430706
Sample 5430706 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.5UG/LToo much contaminant to quantify—UG/L.5.132
7/25/2023 · Distribution System · Site 920096 · Record 5430705
Open original DNR sample 5430705
Sample 5430705 · 7/25/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER170UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.5UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110068 · Record 5437000
Open original DNR sample 5437000
Sample 5437000 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.56UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110054 · Record 5436998
Open original DNR sample 5436998
Sample 5436998 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/24/2023 · Distribution System · Site 920095 · Record 5436997
Open original DNR sample 5436997
Sample 5436997 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.94UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110053 · Record 5436995
Open original DNR sample 5436995
Sample 5436995 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/24/2023 · Distribution System · Site 110004 · Record 5436994
Open original DNR sample 5436994
Sample 5436994 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER89UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.8UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110101 · Record 5436989
Open original DNR sample 5436989
Sample 5436989 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER93UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.2UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110031 · Record 5436987
Open original DNR sample 5436987
Sample 5436987 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD4.2UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110070 · Record 5436984
Open original DNR sample 5436984
Sample 5436984 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.2UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 920002 · Record 5436983
Open original DNR sample 5436983
Sample 5436983 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.1UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110074 · Record 5436982
Open original DNR sample 5436982
Sample 5436982 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.93UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110084 · Record 5436979
Open original DNR sample 5436979
Sample 5436979 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/24/2023 · Distribution System · Site 110058 · Record 5436978
Open original DNR sample 5436978
Sample 5436978 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.71UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110036 · Record 5436977
Open original DNR sample 5436977
Sample 5436977 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD2.1UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 920065 · Record 5436976
Open original DNR sample 5436976
Sample 5436976 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER91UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/24/2023 · Distribution System · Site 110047 · Record 5430716
Open original DNR sample 5430716
Sample 5430716 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.2UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 920012 · Record 5430715
Open original DNR sample 5430715
Sample 5430715 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.5UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 920039 · Record 5430713
Open original DNR sample 5430713
Sample 5430713 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.9UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 920080 · Record 5430712
Open original DNR sample 5430712
Sample 5430712 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER88UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.63UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110001 · Record 5430711
Open original DNR sample 5430711
Sample 5430711 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.77UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110071 · Record 5430707
Open original DNR sample 5430707
Sample 5430707 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER84UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.1UG/LToo much contaminant to quantify—UG/L.5.132
7/24/2023 · Distribution System · Site 110005 · Record 5430704
Open original DNR sample 5430704
Sample 5430704 · 7/24/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/22/2023 · Distribution System · Site 920035 · Record 5436999
Open original DNR sample 5436999
Sample 5436999 · 7/22/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.3UG/LToo much contaminant to quantify—UG/L.5.132
7/22/2023 · Distribution System · Site 110060 · Record 5436996
Open original DNR sample 5436996
Sample 5436996 · 7/22/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
7/22/2023 · Distribution System · Site 110027 · Record 5436988
Open original DNR sample 5436988
Sample 5436988 · 7/22/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.1UG/LToo much contaminant to quantify—UG/L.5.132
7/22/2023 · Distribution System · Site 110023 · Record 5430714
Open original DNR sample 5430714
Sample 5430714 · 7/22/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER190UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.4UG/LToo much contaminant to quantify—UG/L.5.132
7/21/2023 · Distribution System · Site 110018 · Record 5436986
Open original DNR sample 5436986
Sample 5436986 · 7/21/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER190UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD1.8UG/LToo much contaminant to quantify—UG/L.5.132
7/21/2023 · Distribution System · Site 920086 · Record 5436981
Open original DNR sample 5436981
Sample 5436981 · 7/21/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.76UG/LToo much contaminant to quantify—UG/L.5.132
7/21/2023 · Distribution System · Site 110020 · Record 5436980
Open original DNR sample 5436980
Sample 5436980 · 7/21/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER100UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0.85UG/LToo much contaminant to quantify—UG/L.5.132
7/19/2023 · Distribution System · Site 110055 · Record 5436985
Open original DNR sample 5436985
Sample 5436985 · 7/19/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95UG/LToo much contaminant to quantify—UG/L1.571
1030LEAD0UG/LNon-detect—UG/L.5.132
2020 · 51 sample records
9/30/2020 · Distribution System · Site 920030 · Record 4922436
Open original DNR sample 4922436
Sample 4922436 · 9/30/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER97.2UG/L——UG/L—.2061
1030LEAD0.724UG/L——UG/L—.1032
9/25/2020 · Distribution System · Site 110022 · Record 4922435
Open original DNR sample 4922435
Sample 4922435 · 9/25/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—.2061
1030LEAD0.478UG/L——UG/L—.1032
9/25/2020 · Distribution System · Site 920006 · Record 4922434
Open original DNR sample 4922434
Sample 4922434 · 9/25/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER67.9UG/L——UG/L—.2061
1030LEAD0.541UG/L——UG/L—.1032
9/24/2020 · Distribution System · Site 110037 · Record 4922433
Open original DNR sample 4922433
Sample 4922433 · 9/24/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER199UG/L——UG/L—.2061
1030LEAD4.13UG/L——UG/L—.1032
8/18/2020 · Distribution System · Site 920011 · Record 4922404
Open original DNR sample 4922404
Sample 4922404 · 8/18/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—.2061
1030LEAD1.11UG/L——UG/L—.1032
8/18/2020 · Distribution System · Site 110047 · Record 4922401
Open original DNR sample 4922401
Sample 4922401 · 8/18/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER128UG/L——UG/L—.2061
1030LEAD1.05UG/L——UG/L—.1032
8/17/2020 · Distribution System · Site 110040 · Record 4922402
Open original DNR sample 4922402
Sample 4922402 · 8/17/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER160UG/L——UG/L—.2061
1030LEAD1.36UG/L——UG/L—.1032
8/14/2020 · Distribution System · Site 920065 · Record 4922403
Open original DNR sample 4922403
Sample 4922403 · 8/14/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—.2061
1030LEAD0.206UG/LBetween LOD and LOQ—UG/L—.1032
8/9/2020 · Distribution System · Site 920080 · Record 4922400
Open original DNR sample 4922400
Sample 4922400 · 8/9/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER107UG/L——UG/L—.2061
1030LEAD0.746UG/L——UG/L—.1032
8/8/2020 · Distribution System · Site 110071 · Record 4922399
Open original DNR sample 4922399
Sample 4922399 · 8/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER104UG/L——UG/L—.2061
1030LEAD2.05UG/L——UG/L—.1032
8/7/2020 · Distribution System · Site 110082 · Record 4922398
Open original DNR sample 4922398
Sample 4922398 · 8/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER138UG/L——UG/L—.2061
1030LEAD4.73UG/L——UG/L—.1032
8/6/2020 · Distribution System · Site 920081 · Record 4895961
Open original DNR sample 4895961
Sample 4895961 · 8/6/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER87.2UG/L——UG/L—.2061
1030LEAD0.441UG/L——UG/L—.1032
8/6/2020 · Distribution System · Site 110070 · Record 4895960
Open original DNR sample 4895960
Sample 4895960 · 8/6/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER104UG/L——UG/L—.2061
1030LEAD1.42UG/L——UG/L—.1032
8/6/2020 · Distribution System · Site 110102 · Record 4895959
Open original DNR sample 4895959
Sample 4895959 · 8/6/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER122UG/L——UG/L—.2061
1030LEAD1.7UG/L——UG/L—.1032
8/4/2020 · Distribution System · Site 110060 · Record 4895958
Open original DNR sample 4895958
Sample 4895958 · 8/4/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—.2061
1030LEAD0.315UG/LBetween LOD and LOQ—UG/L—.1032
8/4/2020 · Distribution System · Site 110094 · Record 4895956
Open original DNR sample 4895956
Sample 4895956 · 8/4/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—.2061
1030LEAD0.826UG/L——UG/L—.1032
8/4/2020 · Distribution System · Site 110101 · Record 4895955
Open original DNR sample 4895955
Sample 4895955 · 8/4/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.6UG/L——UG/L—.2061
1030LEAD0.998UG/L——UG/L—.1032
8/1/2020 · Distribution System · Site 110058 · Record 4895957
Open original DNR sample 4895957
Sample 4895957 · 8/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER122UG/L——UG/L—.2061
1030LEAD0.887UG/L——UG/L—.1032
8/1/2020 · Distribution System · Site 920039 · Record 4895954
Open original DNR sample 4895954
Sample 4895954 · 8/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER162UG/L——UG/L—.2061
1030LEAD2.52UG/L——UG/L—.1032
7/31/2020 · Distribution System · Site 920086 · Record 4895856
Open original DNR sample 4895856
Sample 4895856 · 7/31/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER154UG/L——UG/L—.2061
1030LEAD0.628UG/L——UG/L—.1032
7/31/2020 · Distribution System · Site 920035 · Record 4895855
Open original DNR sample 4895855
Sample 4895855 · 7/31/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—.2061
1030LEAD1.48UG/L——UG/L—.1032
7/30/2020 · Distribution System · Site 920010 · Record 4895953
Open original DNR sample 4895953
Sample 4895953 · 7/30/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—.2061
1030LEAD1.52UG/L——UG/L—.1032
7/30/2020 · Distribution System · Site 110055 · Record 4895858
Open original DNR sample 4895858
Sample 4895858 · 7/30/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER99.8UG/L——UG/L—.2061
1030LEAD0.379UG/L——UG/L—.1032
7/30/2020 · Distribution System · Site 110005 · Record 4895857
Open original DNR sample 4895857
Sample 4895857 · 7/30/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER119UG/L——UG/L—.2061
1030LEAD1.02UG/L——UG/L—.1032
7/30/2020 · Distribution System · Site 110003 · Record 4895854
Open original DNR sample 4895854
Sample 4895854 · 7/30/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER86.5UG/L——UG/L—.2061
1030LEAD0.333UG/LBetween LOD and LOQ—UG/L—.1032
7/29/2020 · Distribution System · Site 920059 · Record 4895862
Open original DNR sample 4895862
Sample 4895862 · 7/29/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—.2061
1030LEAD8.75UG/L——UG/L—.1032
7/29/2020 · Distribution System · Site 110074 · Record 4895861
Open original DNR sample 4895861
Sample 4895861 · 7/29/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER102UG/L——UG/L—.2061
1030LEAD0.992UG/L——UG/L—.1032
7/29/2020 · Distribution System · Site 110027 · Record 4895860
Open original DNR sample 4895860
Sample 4895860 · 7/29/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER153UG/L——UG/L—.2061
1030LEAD3.24UG/L——UG/L—.1032
7/29/2020 · Distribution System · Site 920012 · Record 4895853
Open original DNR sample 4895853
Sample 4895853 · 7/29/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—.2061
1030LEAD1.63UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920096 · Record 4895859
Open original DNR sample 4895859
Sample 4895859 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER168UG/L——UG/L—.2061
1030LEAD1.72UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110100 · Record 4895718
Open original DNR sample 4895718
Sample 4895718 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER102UG/L——UG/L—.2061
1030LEAD1.51UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110044 · Record 4895717
Open original DNR sample 4895717
Sample 4895717 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER205UG/L——UG/L—.2061
1030LEAD3.61UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920050 · Record 4895716
Open original DNR sample 4895716
Sample 4895716 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER176UG/L——UG/L—.2061
1030LEAD0.826UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920095 · Record 4895715
Open original DNR sample 4895715
Sample 4895715 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER124UG/L——UG/L—.2061
1030LEAD0.476UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920017 · Record 4895714
Open original DNR sample 4895714
Sample 4895714 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER123UG/L——UG/L—.2061
1030LEAD1.55UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110068 · Record 4895713
Open original DNR sample 4895713
Sample 4895713 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER108UG/L——UG/L—.2061
1030LEAD0.556UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110084 · Record 4895712
Open original DNR sample 4895712
Sample 4895712 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER115UG/L——UG/L—.2061
1030LEAD0.41UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110063 · Record 4895711
Open original DNR sample 4895711
Sample 4895711 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER118UG/L——UG/L—.2061
1030LEAD0.974UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920026 · Record 4895640
Open original DNR sample 4895640
Sample 4895640 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER84.9UG/L——UG/L—.2061
1030LEAD0.888UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110023 · Record 4895639
Open original DNR sample 4895639
Sample 4895639 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER207UG/L——UG/L—.2061
1030LEAD4.23UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920025 · Record 4895638
Open original DNR sample 4895638
Sample 4895638 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—.2061
1030LEAD0.794UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110024 · Record 4895637
Open original DNR sample 4895637
Sample 4895637 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER147UG/L——UG/L—.2061
1030LEAD1.63UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920002 · Record 4895636
Open original DNR sample 4895636
Sample 4895636 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER84.3UG/L——UG/L—.2061
1030LEAD0.901UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 11001 · Record 4895635
Open original DNR sample 4895635
Sample 4895635 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER104UG/L——UG/L—.2061
1030LEAD0.886UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110020 · Record 4895634
Open original DNR sample 4895634
Sample 4895634 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96UG/L——UG/L—.2061
1030LEAD0.456UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 920008 · Record 4895633
Open original DNR sample 4895633
Sample 4895633 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—.2061
1030LEAD1.08UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110034 · Record 4895632
Open original DNR sample 4895632
Sample 4895632 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER134UG/L——UG/L—.2061
1030LEAD1.21UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110036 · Record 4895631
Open original DNR sample 4895631
Sample 4895631 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—.2061
1030LEAD2.12UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110031 · Record 4895630
Open original DNR sample 4895630
Sample 4895630 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER76.7UG/L——UG/L—.2061
1030LEAD2.22UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110004 · Record 4895629
Open original DNR sample 4895629
Sample 4895629 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L—.2061
1030LEAD1.38UG/L——UG/L—.1032
7/28/2020 · Distribution System · Site 110018 · Record 4895628
Open original DNR sample 4895628
Sample 4895628 · 7/28/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER193UG/L——UG/L—.2061
1030LEAD1.53UG/L——UG/L—.1032
2017 · 54 sample records
8/30/2017 · Distribution System · Site 110055 · Record 4423482
Open original DNR sample 4423482
Sample 4423482 · 8/30/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—1.21
1030LEAD0.793UG/L——UG/L—.042
8/30/2017 · Distribution System · Site 920081 · Record 4423480
Open original DNR sample 4423480
Sample 4423480 · 8/30/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/L——UG/L—1.21
1030LEAD0.796UG/L——UG/L—.042
8/29/2017 · Distribution System · Site 110036 · Record 4423479
Open original DNR sample 4423479
Sample 4423479 · 8/29/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER99.8UG/L——UG/L—1.21
1030LEAD1.5UG/L——UG/L—.042
8/28/2017 · Distribution System · Site 110013 · Record 4423417
Open original DNR sample 4423417
Sample 4423417 · 8/28/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER141UG/L——UG/L—1.21
1030LEAD1.76UG/L——UG/L—.042
8/27/2017 · Distribution System · Site 920080 · Record 4423420
Open original DNR sample 4423420
Sample 4423420 · 8/27/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.4UG/L——UG/L—1.21
1030LEAD0.552UG/L——UG/L—.042
8/27/2017 · Distribution System · Site 110060 · Record 4423419
Open original DNR sample 4423419
Sample 4423419 · 8/27/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER164UG/L——UG/L—1.21
1030LEAD1.98UG/L——UG/L—.042
8/27/2017 · Distribution System · Site 110021 · Record 4423418
Open original DNR sample 4423418
Sample 4423418 · 8/27/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER182UG/L——UG/L—1.21
1030LEAD2.47UG/L——UG/L—.042
8/26/2017 · Distribution System · Site 920006 · Record 4423481
Open original DNR sample 4423481
Sample 4423481 · 8/26/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER129UG/L——UG/L—1.21
1030LEAD2.71UG/L——UG/L—.042
8/10/2017 · Distribution System · Site 110084 · Record 4417654
Open original DNR sample 4417654
Sample 4417654 · 8/10/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER123UG/L——UG/L—1.21
1030LEAD0.307UG/L——UG/L—.042
8/8/2017 · Distribution System · Site 920015 · Record 4417653
Open original DNR sample 4417653
Sample 4417653 · 8/8/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER133UG/L——UG/L—1.21
1030LEAD1.35UG/L——UG/L—.042
8/1/2017 · Distribution System · Site 110047 · Record 4409700
Open original DNR sample 4409700
Sample 4409700 · 8/1/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER156UG/L——UG/L—1.21
1030LEAD1.35UG/L——UG/L—.042
7/31/2017 · Distribution System · Site 920059 · Record 4410192
Open original DNR sample 4410192
Sample 4410192 · 7/31/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER229UG/L——UG/L—1.21
1030LEAD12.7UG/L——UG/L—.042
7/31/2017 · Distribution System · Site 920059 · Record 4410191
Open original DNR sample 4410191
Sample 4410191 · 7/31/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER29.2UG/L——UG/L—1.21
1030LEAD1.02UG/L——UG/L—.042
7/31/2017 · Distribution System · Site 110053 · Record 4409695
Open original DNR sample 4409695
Sample 4409695 · 7/31/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L—1.21
1030LEAD0.608UG/L——UG/L—.042
7/30/2017 · Distribution System · Site 110071 · Record 4409696
Open original DNR sample 4409696
Sample 4409696 · 7/30/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.21
1030LEAD2.3UG/L——UG/L—.042
7/28/2017 · Distribution System · Site 110057 · Record 4409694
Open original DNR sample 4409694
Sample 4409694 · 7/28/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER75UG/L——UG/L—1.21
1030LEAD1.31UG/L——UG/L—.042
7/27/2017 · Distribution System · Site 110020 · Record 4409693
Open original DNR sample 4409693
Sample 4409693 · 7/27/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER101UG/L——UG/L—1.21
1030LEAD0.704UG/L——UG/L—.042
7/26/2017 · Distribution System · Site 110100 · Record 4409699
Open original DNR sample 4409699
Sample 4409699 · 7/26/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER186UG/L——UG/L—1.21
1030LEAD2.85UG/L——UG/L—.042
7/26/2017 · Distribution System · Site 110003 · Record 4409698
Open original DNR sample 4409698
Sample 4409698 · 7/26/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—1.21
1030LEAD0.691UG/L——UG/L—.042
7/26/2017 · Distribution System · Site 110051 · Record 4409697
Open original DNR sample 4409697
Sample 4409697 · 7/26/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER153UG/L——UG/L—1.21
1030LEAD8.77UG/L——UG/L—.042
7/26/2017 · Distribution System · Site 920030 · Record 4409691
Open original DNR sample 4409691
Sample 4409691 · 7/26/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER154UG/L——UG/L—1.21
1030LEAD3.16UG/L——UG/L—.042
7/25/2017 · Distribution System · Site 110054 · Record 4409692
Open original DNR sample 4409692
Sample 4409692 · 7/25/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—1.21
1030LEAD0.496UG/L——UG/L—.042
7/25/2017 · Distribution System · Site 110005 · Record 4409690
Open original DNR sample 4409690
Sample 4409690 · 7/25/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER108UG/L——UG/L—1.21
1030LEAD1.36UG/L——UG/L—.042
7/25/2017 · Distribution System · Site 110094 · Record 4409689
Open original DNR sample 4409689
Sample 4409689 · 7/25/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER146UG/L——UG/L—1.21
1030LEAD1.26UG/L——UG/L—.042
7/24/2017 · Distribution System · Site 110089 · Record 4409688
Open original DNR sample 4409688
Sample 4409688 · 7/24/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER176UG/L——UG/L—1.21
1030LEAD3.33UG/L——UG/L—.042
7/24/2017 · Distribution System · Site 920090 · Record 4409687
Open original DNR sample 4409687
Sample 4409687 · 7/24/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER92.6UG/L——UG/L—1.21
1030LEAD0.964UG/L——UG/L—.042
7/24/2017 · Distribution System · Site 920065 · Record 4409670
Open original DNR sample 4409670
Sample 4409670 · 7/24/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—1.21
1030LEAD0.225UG/L——UG/L—.042
7/24/2017 · Distribution System · Site 920002 · Record 4409667
Open original DNR sample 4409667
Sample 4409667 · 7/24/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER114UG/L——UG/L—1.21
1030LEAD1.08UG/L——UG/L—.042
7/23/2017 · Distribution System · Site 110068 · Record 4409669
Open original DNR sample 4409669
Sample 4409669 · 7/23/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—1.21
1030LEAD0.697UG/L——UG/L—.042
7/23/2017 · Distribution System · Site 110023 · Record 4409668
Open original DNR sample 4409668
Sample 4409668 · 7/23/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER242UG/L——UG/L—1.21
1030LEAD3.32UG/L——UG/L—.042
7/21/2017 · Distribution System · Site 920039 · Record 4399102
Open original DNR sample 4399102
Sample 4399102 · 7/21/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER98.4UG/L——UG/L—.181
1030LEAD3.07UG/L——UG/L—.042
7/20/2017 · Distribution System · Site 110101 · Record 4399101
Open original DNR sample 4399101
Sample 4399101 · 7/20/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—.181
1030LEAD1.43UG/L——UG/L—.042
7/20/2017 · Distribution System · Site 110031 · Record 4399100
Open original DNR sample 4399100
Sample 4399100 · 7/20/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER87.6UG/L——UG/L—.181
1030LEAD0.782UG/L——UG/L—.042
7/19/2017 · Distribution System · Site 920007 · Record 4399099
Open original DNR sample 4399099
Sample 4399099 · 7/19/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—.181
1030LEAD1.43UG/L——UG/L—.042
7/19/2017 · Distribution System · Site 110040 · Record 4399098
Open original DNR sample 4399098
Sample 4399098 · 7/19/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER87.6UG/L——UG/L—.181
1030LEAD0.782UG/L——UG/L—.042
7/18/2017 · Distribution System · Site 920008 · Record 4399097
Open original DNR sample 4399097
Sample 4399097 · 7/18/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER128UG/L——UG/L—.181
1030LEAD1.55UG/L——UG/L—.042
7/18/2017 · Distribution System · Site 920086 · Record 4399096
Open original DNR sample 4399096
Sample 4399096 · 7/18/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—.181
1030LEAD0.773UG/L——UG/L—.042
7/18/2017 · Distribution System · Site 920025 · Record 4399095
Open original DNR sample 4399095
Sample 4399095 · 7/18/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER154UG/L——UG/L—.181
1030LEAD0.946UG/L——UG/L—.042
7/18/2017 · Distribution System · Site 920035 · Record 4399094
Open original DNR sample 4399094
Sample 4399094 · 7/18/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER133UG/L——UG/L—.181
1030LEAD1.71UG/L——UG/L—.042
7/18/2017 · Distribution System · Site 110029 · Record 4399093
Open original DNR sample 4399093
Sample 4399093 · 7/18/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER152UG/L——UG/L—.181
1030LEAD0.88UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 110058 · Record 4399162
Open original DNR sample 4399162
Sample 4399162 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER127UG/L——UG/L—.181
1030LEAD1.05UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 11001 · Record 4399092
Open original DNR sample 4399092
Sample 4399092 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER104UG/L——UG/L—.181
1030LEAD0.887UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 920010 · Record 4399091
Open original DNR sample 4399091
Sample 4399091 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/L——UG/L—.181
1030LEAD1.87UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 920095 · Record 4398993
Open original DNR sample 4398993
Sample 4398993 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER133UG/L——UG/L—.181
1030LEAD0.6UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 110044 · Record 4398992
Open original DNR sample 4398992
Sample 4398992 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER169UG/L——UG/L—.181
1030LEAD2.74UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 920059 · Record 4398991
Open original DNR sample 4398991
Sample 4398991 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER182UG/L——UG/L—.181
1030LEAD25.5UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 110033 · Record 4398990
Open original DNR sample 4398990
Sample 4398990 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER122UG/L——UG/L—.181
1030LEAD0.674UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 110034 · Record 4398989
Open original DNR sample 4398989
Sample 4398989 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER148UG/L——UG/L—.181
1030LEAD0.98UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 920017 · Record 4398988
Open original DNR sample 4398988
Sample 4398988 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER156UG/L——UG/L—.181
1030LEAD1.98UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 110074 · Record 4398987
Open original DNR sample 4398987
Sample 4398987 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95UG/L——UG/L—.181
1030LEAD0.853UG/L——UG/L—.042
7/17/2017 · Distribution System · Site 110063 · Record 4398986
Open original DNR sample 4398986
Sample 4398986 · 7/17/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER127UG/L——UG/L—.181
1030LEAD1.15UG/L——UG/L—.042
7/16/2017 · Distribution System · Site 110016 · Record 4399161
Open original DNR sample 4399161
Sample 4399161 · 7/16/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—.181
1030LEAD0.619UG/L——UG/L—.042
7/16/2017 · Distribution System · Site 110037 · Record 4398985
Open original DNR sample 4398985
Sample 4398985 · 7/16/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER131UG/L——UG/L—.181
1030LEAD5.14UG/L——UG/L—.042
7/15/2017 · Distribution System · Site 110075 · Record 4398984
Open original DNR sample 4398984
Sample 4398984 · 7/15/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER131UG/L——UG/L—.181
1030LEAD1.4UG/L——UG/L—.042
2014 · 52 sample records
9/23/2014 · Distribution System · Site 110033 · Record 3924864
Open original DNR sample 3924864
Sample 3924864 · 9/23/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER180UG/L——UG/L—1.0061
1030LEAD1.45UG/LBetween LOD and LOQ—UG/L—0.5032
9/10/2014 · Distribution System · Site 920035 · Record 3919535
Open original DNR sample 3919535
Sample 3919535 · 9/10/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER177UG/L——UG/L—1.0061
1030LEAD2.56UG/L——UG/L—0.5032
9/9/2014 · Distribution System · Site 110034 · Record 3919534
Open original DNR sample 3919534
Sample 3919534 · 9/9/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER165UG/L——UG/L—1.0061
1030LEAD1.44UG/LBetween LOD and LOQ—UG/L—0.5032
9/9/2014 · Distribution System · Site 110032 · Record 3919533
Open original DNR sample 3919533
Sample 3919533 · 9/9/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER149UG/L——UG/L—1.0061
1030LEAD0.688UG/LBetween LOD and LOQ—UG/L—0.5032
9/2/2014 · Distribution System · Site 920030 · Record 3919532
Open original DNR sample 3919532
Sample 3919532 · 9/2/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER131UG/L——UG/L—1.0061
1030LEAD2.18UG/L——UG/L—0.5032
8/27/2014 · Distribution System · Site 110100 · Record 3911839
Open original DNR sample 3911839
Sample 3911839 · 8/27/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER178UG/L——UG/L—1.0061
1030LEAD1.83UG/L——UG/L—0.5032
8/27/2014 · Distribution System · Site 920090 · Record 3910875
Open original DNR sample 3910875
Sample 3910875 · 8/27/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER115UG/L——UG/L—1.0061
1030LEAD1.51UG/LBetween LOD and LOQ—UG/L—0.5032
8/26/2014 · Distribution System · Site 110091 · Record 3910874
Open original DNR sample 3910874
Sample 3910874 · 8/26/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER158UG/L——UG/L—1.0061
1030LEAD1.11UG/LBetween LOD and LOQ—UG/L—0.5032
8/25/2014 · Distribution System · Site 110097 · Record 3910873
Open original DNR sample 3910873
Sample 3910873 · 8/25/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—0.5032
8/25/2014 · Distribution System · Site 920092 · Record 3910872
Open original DNR sample 3910872
Sample 3910872 · 8/25/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER157UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—0.5032
8/25/2014 · Distribution System · Site 920095 · Record 3910871
Open original DNR sample 3910871
Sample 3910871 · 8/25/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER143UG/L——UG/L—1.0061
1030LEAD1.32UG/LBetween LOD and LOQ—UG/L—0.5032
8/21/2014 · Distribution System · Site 110031 · Record 3910921
Open original DNR sample 3910921
Sample 3910921 · 8/21/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—1.0061
1030LEAD2.68UG/L——UG/L—0.5032
8/21/2014 · Distribution System · Site 920010 · Record 3910870
Open original DNR sample 3910870
Sample 3910870 · 8/21/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/L——UG/L—1.0061
1030LEAD1.19UG/LBetween LOD and LOQ—UG/L—0.5032
8/21/2014 · Distribution System · Site 110028 · Record 3910869
Open original DNR sample 3910869
Sample 3910869 · 8/21/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER128UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—0.5032
8/19/2014 · Distribution System · Site 110029 · Record 3910868
Open original DNR sample 3910868
Sample 3910868 · 8/19/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.2UG/L——UG/L—1.0061
1030LEAD0.953UG/LBetween LOD and LOQ—UG/L—0.5032
7/28/2014 · Distribution System · Site 110057 · Record 3892955
Open original DNR sample 3892955
Sample 3892955 · 7/28/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—1.031
1030LEAD1.57UG/LBetween LOD and LOQ—UG/L—0.5032
7/25/2014 · Distribution System · Site 110027 · Record 3892954
Open original DNR sample 3892954
Sample 3892954 · 7/25/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER292UG/L——UG/L—1.031
1030LEAD5.66UG/L——UG/L—0.5032
7/25/2014 · Distribution System · Site 110074 · Record 3892953
Open original DNR sample 3892953
Sample 3892953 · 7/25/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER92.3UG/L——UG/L—1.031
1030LEAD1.8UG/L——UG/L—0.5032
7/24/2014 · Distribution System · Site 110075 · Record 3892952
Open original DNR sample 3892952
Sample 3892952 · 7/24/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER144UG/L——UG/L—1.031
1030LEAD1.69UG/L——UG/L—0.5032
7/23/2014 · Distribution System · Site 110084 · Record 3892951
Open original DNR sample 3892951
Sample 3892951 · 7/23/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER127UG/L——UG/L—1.031
1030LEAD1.83UG/L——UG/L—0.5032
7/23/2014 · Distribution System · Site 110049 · Record 3892949
Open original DNR sample 3892949
Sample 3892949 · 7/23/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER35.4UG/L——UG/L—1.031
1030LEAD0.785UG/LBetween LOD and LOQ—UG/L—0.5032
7/23/2014 · Distribution System · Site 920050 · Record 3892948
Open original DNR sample 3892948
Sample 3892948 · 7/23/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—1.031
1030LEAD0UG/LNon-detect—UG/L—0.5032
7/22/2014 · Distribution System · Site 920064 · Record 3892950
Open original DNR sample 3892950
Sample 3892950 · 7/22/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER83.8UG/L——UG/L—1.031
1030LEAD0UG/LNon-detect—UG/L—0.5032
7/22/2014 · Distribution System · Site 920052 · Record 3892947
Open original DNR sample 3892947
Sample 3892947 · 7/22/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.3UG/L——UG/L—1.031
1030LEAD0.695UG/LBetween LOD and LOQ—UG/L—0.5032
7/22/2014 · Distribution System · Site 110047 · Record 3892946
Open original DNR sample 3892946
Sample 3892946 · 7/22/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER107UG/L——UG/L—1.031
1030LEAD0.973UG/LBetween LOD and LOQ—UG/L—0.5032
7/18/2014 · Distribution System · Site 110048 · Record 3892945
Open original DNR sample 3892945
Sample 3892945 · 7/18/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/L——UG/L—1.031
1030LEAD0UG/LNon-detect—UG/L—0.5032
7/18/2014 · Distribution System · Site 110101 · Record 3892944
Open original DNR sample 3892944
Sample 3892944 · 7/18/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER159UG/L——UG/L—1.031
1030LEAD3.14UG/L——UG/L—0.5032
7/18/2014 · Distribution System · Site 920002 · Record 3892943
Open original DNR sample 3892943
Sample 3892943 · 7/18/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER105UG/L——UG/L—1.031
1030LEAD1.32UG/LBetween LOD and LOQ—UG/L—0.5032
7/17/2014 · Distribution System · Site 920086 · Record 3892939
Open original DNR sample 3892939
Sample 3892939 · 7/17/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER168UG/L——UG/L—1.031
1030LEAD1.37UG/LBetween LOD and LOQ—UG/L—0.5032
7/17/2014 · Distribution System · Site 920081 · Record 3892938
Open original DNR sample 3892938
Sample 3892938 · 7/17/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER138UG/L——UG/L—1.031
1030LEAD1.44UG/LBetween LOD and LOQ—UG/L—0.5032
7/17/2014 · Distribution System · Site 110063 · Record 3892937
Open original DNR sample 3892937
Sample 3892937 · 7/17/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER175UG/L——UG/L—1.031
1030LEAD2.69UG/L——UG/L—0.5032
7/17/2014 · Distribution System · Site 110044 · Record 3892936
Open original DNR sample 3892936
Sample 3892936 · 7/17/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER239UG/L——UG/L—1.031
1030LEAD3.52UG/L——UG/L—0.5032
7/17/2014 · Distribution System · Site 920007 · Record 3892934
Open original DNR sample 3892934
Sample 3892934 · 7/17/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER123UG/L——UG/L—1.031
1030LEAD1.01UG/LBetween LOD and LOQ—UG/L—0.5032
7/17/2014 · Distribution System · Site 110021 · Record 3892603
Open original DNR sample 3892603
Sample 3892603 · 7/17/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER203UG/L——UG/L—1.031
1030LEAD10.4UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 110069 · Record 3893224
Open original DNR sample 3893224
Sample 3893224 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—1.031
1030LEAD0.846UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 110071 · Record 3893130
Open original DNR sample 3893130
Sample 3893130 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96.4UG/L——UG/L—1.031
1030LEAD1.62UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 110061 · Record 3893129
Open original DNR sample 3893129
Sample 3893129 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/L——UG/L—1.031
1030LEAD1.93UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 920062 · Record 3893128
Open original DNR sample 3893128
Sample 3893128 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER156UG/L——UG/L—1.031
1030LEAD1.89UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 110058 · Record 3893127
Open original DNR sample 3893127
Sample 3893127 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER168UG/L——UG/L—1.031
1030LEAD3.37UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 920059 · Record 3893126
Open original DNR sample 3893126
Sample 3893126 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER185UG/L——UG/L—1.031
1030LEAD5.46UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 11001 · Record 3893125
Open original DNR sample 3893125
Sample 3893125 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—1.031
1030LEAD1.21UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 920017 · Record 3893124
Open original DNR sample 3893124
Sample 3893124 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER129UG/L——UG/L—1.031
1030LEAD2.2UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 920011 · Record 3893123
Open original DNR sample 3893123
Sample 3893123 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER119UG/L——UG/L—1.031
1030LEAD1.1UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 920008 · Record 3893122
Open original DNR sample 3893122
Sample 3893122 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER135UG/L——UG/L—1.031
1030LEAD1.35UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 920025 · Record 3893121
Open original DNR sample 3893121
Sample 3893121 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER192UG/L——UG/L—1.031
1030LEAD2.59UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 920039 · Record 3893120
Open original DNR sample 3893120
Sample 3893120 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER156UG/L——UG/L—1.031
1030LEAD3.56UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 110040 · Record 3893119
Open original DNR sample 3893119
Sample 3893119 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER147UG/L——UG/L—1.031
1030LEAD1.26UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 110037 · Record 3893118
Open original DNR sample 3893118
Sample 3893118 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER281UG/L——UG/L—1.031
1030LEAD1.76UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 920078 · Record 3892942
Open original DNR sample 3892942
Sample 3892942 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—1.031
1030LEAD0.748UG/LBetween LOD and LOQ—UG/L—0.5032
7/16/2014 · Distribution System · Site 110085 · Record 3892941
Open original DNR sample 3892941
Sample 3892941 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER114UG/L——UG/L—1.031
1030LEAD0UG/LNon-detect—UG/L—0.5032
7/16/2014 · Distribution System · Site 110045 · Record 3892940
Open original DNR sample 3892940
Sample 3892940 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER162UG/L——UG/L—1.031
1030LEAD5.61UG/L——UG/L—0.5032
7/16/2014 · Distribution System · Site 110016 · Record 3892935
Open original DNR sample 3892935
Sample 3892935 · 7/16/2014 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER157UG/L——UG/L—1.031
1030LEAD1.22UG/LBetween LOD and LOQ—UG/L—0.5032
2011 · 204 sample records
12/14/2011 · Distribution System · Source not recorded · Record 3430320
Open original DNR sample 3430320
Sample 3430320 · 12/14/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER89.9UG/L——UG/L—1.0061
1030LEAD1.01UG/LBetween LOD and LOQ—UG/L—.5032
12/9/2011 · Distribution System · Source not recorded · Record 3430319
Open original DNR sample 3430319
Sample 3430319 · 12/9/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER148UG/L——UG/L—1.0061
1030LEAD2.43UG/L——UG/L—.5032
11/15/2011 · Distribution System · Source not recorded · Record 3420155
Open original DNR sample 3420155
Sample 3420155 · 11/15/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER51.9UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
11/3/2011 · Distribution System · Source not recorded · Record 3414101
Open original DNR sample 3414101
Sample 3414101 · 11/3/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/L——UG/L—1.0061
1030LEAD3.88UG/L——UG/L—.5032
10/23/2011 · Distribution System · Source not recorded · Record 3413590
Open original DNR sample 3413590
Sample 3413590 · 10/23/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER493UG/L——UG/L—1.0061
1030LEAD2.83UG/L——UG/L—.5032
10/13/2011 · Distribution System · Source not recorded · Record 3408719
Open original DNR sample 3408719
Sample 3408719 · 10/13/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER147UG/L——UG/L—1.0061
1030LEAD1.36UG/LBetween LOD and LOQ—UG/L—.5032
10/11/2011 · Distribution System · Source not recorded · Record 3408718
Open original DNR sample 3408718
Sample 3408718 · 10/11/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER102UG/L——UG/L—1.0061
1030LEAD0.764UG/LBetween LOD and LOQ—UG/L—.5032
10/11/2011 · Distribution System · Source not recorded · Record 3408717
Open original DNR sample 3408717
Sample 3408717 · 10/11/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER90.8UG/L——UG/L—1.0061
1030LEAD0.711UG/LBetween LOD and LOQ—UG/L—.5032
10/10/2011 · Distribution System · Source not recorded · Record 3408716
Open original DNR sample 3408716
Sample 3408716 · 10/10/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER128UG/L——UG/L—1.0061
1030LEAD2.7UG/L——UG/L—.5032
10/10/2011 · Distribution System · Source not recorded · Record 3408715
Open original DNR sample 3408715
Sample 3408715 · 10/10/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER134UG/L——UG/L—1.0061
1030LEAD2UG/L——UG/L—.5032
10/10/2011 · Distribution System · Source not recorded · Record 3408667
Open original DNR sample 3408667
Sample 3408667 · 10/10/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER113UG/L——UG/L—1.0061
1030LEAD1.27UG/LBetween LOD and LOQ—UG/L—.5032
10/10/2011 · Distribution System · Source not recorded · Record 3408666
Open original DNR sample 3408666
Sample 3408666 · 10/10/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER108UG/L——UG/L—1.0061
1030LEAD0.568UG/LBetween LOD and LOQ—UG/L—.5032
10/6/2011 · Distribution System · Source not recorded · Record 3401720
Open original DNR sample 3401720
Sample 3401720 · 10/6/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER28.8UG/L——UG/L—1.0061
1030LEAD1.43UG/LBetween LOD and LOQ—UG/L—.5032
10/6/2011 · Distribution System · Source not recorded · Record 3401719
Open original DNR sample 3401719
Sample 3401719 · 10/6/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER76UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
10/5/2011 · Distribution System · Source not recorded · Record 3401717
Open original DNR sample 3401717
Sample 3401717 · 10/5/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER175UG/L——UG/L—1.0061
1030LEAD2.27UG/L——UG/L—.5032
10/5/2011 · Distribution System · Source not recorded · Record 3401716
Open original DNR sample 3401716
Sample 3401716 · 10/5/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
10/5/2011 · Distribution System · Source not recorded · Record 3401715
Open original DNR sample 3401715
Sample 3401715 · 10/5/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER91.1UG/L——UG/L—1.0061
1030LEAD0.989UG/LBetween LOD and LOQ—UG/L—.5032
10/5/2011 · Distribution System · Source not recorded · Record 3401714
Open original DNR sample 3401714
Sample 3401714 · 10/5/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER173UG/L——UG/L—1.0061
1030LEAD5.53UG/L——UG/L—.5032
10/5/2011 · Distribution System · Source not recorded · Record 3401711
Open original DNR sample 3401711
Sample 3401711 · 10/5/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/L——UG/L—1.0061
1030LEAD0.707UG/LBetween LOD and LOQ—UG/L—.5032
10/4/2011 · Distribution System · Source not recorded · Record 3401718
Open original DNR sample 3401718
Sample 3401718 · 10/4/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER93.7UG/L——UG/L—1.0061
1030LEAD0.592UG/LBetween LOD and LOQ—UG/L—.5032
10/4/2011 · Distribution System · Source not recorded · Record 3401712
Open original DNR sample 3401712
Sample 3401712 · 10/4/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.7UG/L——UG/L—1.0061
1030LEAD1.1UG/LBetween LOD and LOQ—UG/L—.5032
10/3/2011 · Distribution System · Source not recorded · Record 3401713
Open original DNR sample 3401713
Sample 3401713 · 10/3/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
10/3/2011 · Distribution System · Source not recorded · Record 3401710
Open original DNR sample 3401710
Sample 3401710 · 10/3/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
10/3/2011 · Distribution System · Source not recorded · Record 3401709
Open original DNR sample 3401709
Sample 3401709 · 10/3/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER73UG/L——UG/L—1.0061
1030LEAD1.05UG/LBetween LOD and LOQ—UG/L—.5032
9/30/2011 · Distribution System · Source not recorded · Record 3404286
Open original DNR sample 3404286
Sample 3404286 · 9/30/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER244UG/L——UG/L—1.0061
1030LEAD17.5UG/L——UG/L—.5032
9/30/2011 · Distribution System · Source not recorded · Record 3398287
Open original DNR sample 3398287
Sample 3398287 · 9/30/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER92.4UG/L——UG/L—1.0061
1030LEAD1.31UG/LBetween LOD and LOQ—UG/L—.5032
9/30/2011 · Distribution System · Source not recorded · Record 3398285
Open original DNR sample 3398285
Sample 3398285 · 9/30/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER161UG/L——UG/L—1.0061
1030LEAD4.19UG/L——UG/L—.5032
9/30/2011 · Distribution System · Source not recorded · Record 3398284
Open original DNR sample 3398284
Sample 3398284 · 9/30/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER106UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
9/30/2011 · Distribution System · Source not recorded · Record 3398283
Open original DNR sample 3398283
Sample 3398283 · 9/30/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER70.1UG/L——UG/L—1.0061
1030LEAD2.62UG/L——UG/L—.5032
9/30/2011 · Distribution System · Source not recorded · Record 3398282
Open original DNR sample 3398282
Sample 3398282 · 9/30/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER124UG/L——UG/L—1.0061
1030LEAD2.44UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402146
Open original DNR sample 3402146
Sample 3402146 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER134UG/L——UG/L—1.0061
1030LEAD1.89UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402145
Open original DNR sample 3402145
Sample 3402145 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.0061
1030LEAD1.46UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402144
Open original DNR sample 3402144
Sample 3402144 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER137UG/L——UG/L—1.0061
1030LEAD2.76UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402143
Open original DNR sample 3402143
Sample 3402143 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—1.0061
1030LEAD0.83UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402142
Open original DNR sample 3402142
Sample 3402142 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER146UG/L——UG/L—1.0061
1030LEAD2.04UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402141
Open original DNR sample 3402141
Sample 3402141 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER114UG/L——UG/L—1.0061
1030LEAD1.21UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402140
Open original DNR sample 3402140
Sample 3402140 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER202UG/L——UG/L—1.0061
1030LEAD3.91UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402139
Open original DNR sample 3402139
Sample 3402139 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER98.1UG/L——UG/L—1.0061
1030LEAD1.05UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402138
Open original DNR sample 3402138
Sample 3402138 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.0061
1030LEAD1.51UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402137
Open original DNR sample 3402137
Sample 3402137 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER84.2UG/L——UG/L—1.0061
1030LEAD0.831UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402135
Open original DNR sample 3402135
Sample 3402135 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER29.4UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402133
Open original DNR sample 3402133
Sample 3402133 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER69.6UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402132
Open original DNR sample 3402132
Sample 3402132 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER187UG/L——UG/L—1.0061
1030LEAD3.36UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402131
Open original DNR sample 3402131
Sample 3402131 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—1.0061
1030LEAD4.32UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402130
Open original DNR sample 3402130
Sample 3402130 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER139UG/L——UG/L—1.0061
1030LEAD1.09UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402129
Open original DNR sample 3402129
Sample 3402129 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—1.0061
1030LEAD1.75UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402128
Open original DNR sample 3402128
Sample 3402128 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L—1.0061
1030LEAD2.45UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402127
Open original DNR sample 3402127
Sample 3402127 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER119UG/L——UG/L—1.0061
1030LEAD1.58UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402107
Open original DNR sample 3402107
Sample 3402107 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—1.0061
1030LEAD1.91UG/L——UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402106
Open original DNR sample 3402106
Sample 3402106 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—1.0061
1030LEAD1.51UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402105
Open original DNR sample 3402105
Sample 3402105 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96.8UG/L——UG/L—1.0061
1030LEAD0.994UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3402103
Open original DNR sample 3402103
Sample 3402103 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER87.5UG/L——UG/L—1.0061
1030LEAD1.1UG/LBetween LOD and LOQ—UG/L—.5032
9/29/2011 · Distribution System · Source not recorded · Record 3398288
Open original DNR sample 3398288
Sample 3398288 · 9/29/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER171UG/L——UG/L—1.0061
1030LEAD1.08UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403518
Open original DNR sample 3403518
Sample 3403518 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/L——UG/L—1.0061
1030LEAD1.43UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403454
Open original DNR sample 3403454
Sample 3403454 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER192UG/L——UG/L—1.0061
1030LEAD3.16UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403453
Open original DNR sample 3403453
Sample 3403453 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/L——UG/L—1.0061
1030LEAD1.8UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403451
Open original DNR sample 3403451
Sample 3403451 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—1.0061
1030LEAD11.5UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403450
Open original DNR sample 3403450
Sample 3403450 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/L——UG/L—1.0061
1030LEAD1.57UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403449
Open original DNR sample 3403449
Sample 3403449 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.0061
1030LEAD1.13UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403448
Open original DNR sample 3403448
Sample 3403448 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER105UG/L——UG/L—1.0061
1030LEAD0.941UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403447
Open original DNR sample 3403447
Sample 3403447 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER105UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403446
Open original DNR sample 3403446
Sample 3403446 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER189UG/L——UG/L—1.0061
1030LEAD2.64UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403445
Open original DNR sample 3403445
Sample 3403445 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER151UG/L——UG/L—1.0061
1030LEAD1.77UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403444
Open original DNR sample 3403444
Sample 3403444 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER111UG/L——UG/L—1.0061
1030LEAD1.29UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403443
Open original DNR sample 3403443
Sample 3403443 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER189UG/L——UG/L—1.0061
1030LEAD2.71UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403442
Open original DNR sample 3403442
Sample 3403442 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER97.8UG/L——UG/L—1.0061
1030LEAD1.49UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3403441
Open original DNR sample 3403441
Sample 3403441 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER105UG/L——UG/L—1.0061
1030LEAD0.989UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402393
Open original DNR sample 3402393
Sample 3402393 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER183UG/L——UG/L—1.0061
1030LEAD3.56UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402391
Open original DNR sample 3402391
Sample 3402391 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER106UG/L——UG/L—1.0061
1030LEAD1.29UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402390
Open original DNR sample 3402390
Sample 3402390 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER178UG/L——UG/L—1.0061
1030LEAD4.32UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402389
Open original DNR sample 3402389
Sample 3402389 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—1.0061
1030LEAD0.506UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402388
Open original DNR sample 3402388
Sample 3402388 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER81.5UG/L——UG/L—1.0061
1030LEAD0.833UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402387
Open original DNR sample 3402387
Sample 3402387 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER152UG/L——UG/L—1.0061
1030LEAD0.93UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402386
Open original DNR sample 3402386
Sample 3402386 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER88.1UG/L——UG/L—1.0061
1030LEAD0.521UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402385
Open original DNR sample 3402385
Sample 3402385 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER166UG/L——UG/L—1.0061
1030LEAD2.13UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402384
Open original DNR sample 3402384
Sample 3402384 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.0061
1030LEAD1.98UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402383
Open original DNR sample 3402383
Sample 3402383 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER98.8UG/L——UG/L—1.0061
1030LEAD1.18UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402381
Open original DNR sample 3402381
Sample 3402381 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER103UG/L——UG/L—1.0061
1030LEAD0.622UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402380
Open original DNR sample 3402380
Sample 3402380 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER99.1UG/L——UG/L—1.0061
1030LEAD0.84UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402379
Open original DNR sample 3402379
Sample 3402379 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—1.0061
1030LEAD1.28UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402378
Open original DNR sample 3402378
Sample 3402378 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER97.6UG/L——UG/L—1.0061
1030LEAD0.815UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402376
Open original DNR sample 3402376
Sample 3402376 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER6.43UG/L——UG/L—1.0061
1030LEAD0UG/LNon-detect—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402249
Open original DNR sample 3402249
Sample 3402249 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER134UG/L——UG/L—1.0061
1030LEAD2.4UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402248
Open original DNR sample 3402248
Sample 3402248 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER108UG/L——UG/L—1.0061
1030LEAD0.922UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402247
Open original DNR sample 3402247
Sample 3402247 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER54.4UG/L——UG/L—1.0061
1030LEAD1.13UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402136
Open original DNR sample 3402136
Sample 3402136 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER193UG/L——UG/L—1.0061
1030LEAD8.63UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402134
Open original DNR sample 3402134
Sample 3402134 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—1.0061
1030LEAD3.74UG/L——UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402108
Open original DNR sample 3402108
Sample 3402108 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—1.0061
1030LEAD1.23UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3402104
Open original DNR sample 3402104
Sample 3402104 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER108UG/L——UG/L—1.0061
1030LEAD0.858UG/LBetween LOD and LOQ—UG/L—.5032
9/28/2011 · Distribution System · Source not recorded · Record 3398286
Open original DNR sample 3398286
Sample 3398286 · 9/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER43.5UG/L——UG/L—1.0061
1030LEAD0.508UG/LBetween LOD and LOQ—UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3403452
Open original DNR sample 3403452
Sample 3403452 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—1.0061
1030LEAD2.29UG/L——UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3402392
Open original DNR sample 3402392
Sample 3402392 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER125UG/L——UG/L—1.0061
1030LEAD1.88UG/L——UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3402382
Open original DNR sample 3402382
Sample 3402382 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER106UG/L——UG/L—1.0061
1030LEAD0.53UG/LBetween LOD and LOQ—UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3402377
Open original DNR sample 3402377
Sample 3402377 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—1.0061
1030LEAD0.8UG/LBetween LOD and LOQ—UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3402375
Open original DNR sample 3402375
Sample 3402375 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER133UG/L——UG/L—1.0061
1030LEAD1.15UG/LBetween LOD and LOQ—UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3398281
Open original DNR sample 3398281
Sample 3398281 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER107UG/L——UG/L—1.0061
1030LEAD0.516UG/LBetween LOD and LOQ—UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3398280
Open original DNR sample 3398280
Sample 3398280 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER176UG/L——UG/L—1.0061
1030LEAD1.43UG/LBetween LOD and LOQ—UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3398278
Open original DNR sample 3398278
Sample 3398278 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER124UG/L——UG/L—1.0061
1030LEAD2.05UG/L——UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3398277
Open original DNR sample 3398277
Sample 3398277 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER116UG/L——UG/L—1.0061
1030LEAD1.82UG/L——UG/L—.5032
9/27/2011 · Distribution System · Source not recorded · Record 3397654
Open original DNR sample 3397654
Sample 3397654 · 9/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95.3UG/L——UG/L—1.0061
1030LEAD1.41UG/LBetween LOD and LOQ—UG/L—.5032
9/26/2011 · Distribution System · Source not recorded · Record 3398279
Open original DNR sample 3398279
Sample 3398279 · 9/26/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER161UG/L——UG/L—1.0061
1030LEAD2.8UG/L——UG/L—.5032
5/24/2011 · Distribution System · Source not recorded · Record 3317911
Open original DNR sample 3317911
Sample 3317911 · 5/24/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER98.2UG/L——UG/L—.5031
1030LEAD1.9UG/L——UG/L—.5032
5/24/2011 · Distribution System · Source not recorded · Record 3317910
Open original DNR sample 3317910
Sample 3317910 · 5/24/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—.5031
1030LEAD1.46UG/LBetween LOD and LOQ—UG/L—.5032
5/20/2011 · Distribution System · Source not recorded · Record 3317799
Open original DNR sample 3317799
Sample 3317799 · 5/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER119UG/L——UG/L—.5031
1030LEAD1.07UG/LBetween LOD and LOQ—UG/L—.5032
5/12/2011 · Distribution System · Source not recorded · Record 3307312
Open original DNR sample 3307312
Sample 3307312 · 5/12/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER44.3UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
5/11/2011 · Distribution System · Source not recorded · Record 3307311
Open original DNR sample 3307311
Sample 3307311 · 5/11/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—.5031
1030LEAD2.95UG/L——UG/L—.5032
5/11/2011 · Distribution System · Source not recorded · Record 3307309
Open original DNR sample 3307309
Sample 3307309 · 5/11/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER91.9UG/L——UG/L—.5031
1030LEAD0.555UG/LBetween LOD and LOQ—UG/L—.5032
5/11/2011 · Distribution System · Source not recorded · Record 3307308
Open original DNR sample 3307308
Sample 3307308 · 5/11/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95.5UG/L——UG/L—.5031
1030LEAD2.57UG/L——UG/L—.5032
5/10/2011 · Distribution System · Source not recorded · Record 3307310
Open original DNR sample 3307310
Sample 3307310 · 5/10/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER170UG/L——UG/L—.5031
1030LEAD5.59UG/L——UG/L—.5032
5/10/2011 · Distribution System · Source not recorded · Record 3307307
Open original DNR sample 3307307
Sample 3307307 · 5/10/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER119UG/L——UG/L—.5031
1030LEAD1.26UG/LBetween LOD and LOQ—UG/L—.5032
5/7/2011 · Distribution System · Source not recorded · Record 3307232
Open original DNR sample 3307232
Sample 3307232 · 5/7/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER82.1UG/L——UG/L—.5031
1030LEAD0.505UG/LBetween LOD and LOQ—UG/L—.5032
5/1/2011 · Distribution System · Source not recorded · Record 3302846
Open original DNR sample 3302846
Sample 3302846 · 5/1/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER122UG/L——UG/L—.5031
1030LEAD1.34UG/LBetween LOD and LOQ—UG/L—.5032
4/28/2011 · Distribution System · Source not recorded · Record 3302845
Open original DNR sample 3302845
Sample 3302845 · 4/28/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96.1UG/L——UG/L—.5031
1030LEAD1.2UG/L——UG/L—.5032
4/27/2011 · Distribution System · Source not recorded · Record 3303750
Open original DNR sample 3303750
Sample 3303750 · 4/27/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER108UG/L——UG/L—.5031
1030LEAD1.32UG/LBetween LOD and LOQ—UG/L—.5032
4/26/2011 · Distribution System · Source not recorded · Record 3296867
Open original DNR sample 3296867
Sample 3296867 · 4/26/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER142UG/L——UG/L—.5031
1030LEAD1.17UG/LBetween LOD and LOQ—UG/L—.5032
4/25/2011 · Distribution System · Source not recorded · Record 3296866
Open original DNR sample 3296866
Sample 3296866 · 4/25/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER107UG/L——UG/L—.5031
1030LEAD1.06UG/LBetween LOD and LOQ—UG/L—.5032
4/25/2011 · Distribution System · Source not recorded · Record 3296863
Open original DNR sample 3296863
Sample 3296863 · 4/25/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER114UG/L——UG/L—.5031
1030LEAD1.11UG/LBetween LOD and LOQ—UG/L—.5032
4/24/2011 · Distribution System · Source not recorded · Record 3303749
Open original DNR sample 3303749
Sample 3303749 · 4/24/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER156UG/L——UG/L—.5031
1030LEAD1.51UG/LBetween LOD and LOQ—UG/L—.5032
4/22/2011 · Distribution System · Source not recorded · Record 3296865
Open original DNR sample 3296865
Sample 3296865 · 4/22/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/L——UG/L—.5031
1030LEAD2.22UG/L——UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297007
Open original DNR sample 3297007
Sample 3297007 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297006
Open original DNR sample 3297006
Sample 3297006 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER82.4UG/L——UG/L—.5031
1030LEAD0.597UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297005
Open original DNR sample 3297005
Sample 3297005 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER83UG/L——UG/L—.5031
1030LEAD1.04UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297004
Open original DNR sample 3297004
Sample 3297004 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER139UG/L——UG/L—.5031
1030LEAD1.76UG/L——UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297003
Open original DNR sample 3297003
Sample 3297003 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER101UG/L——UG/L—.5031
1030LEAD0.968UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297002
Open original DNR sample 3297002
Sample 3297002 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER90.6UG/L——UG/L—.5031
1030LEAD0.802UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297001
Open original DNR sample 3297001
Sample 3297001 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER138UG/L——UG/L—.5031
1030LEAD1.57UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3297000
Open original DNR sample 3297000
Sample 3297000 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—.5031
1030LEAD1.52UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3296999
Open original DNR sample 3296999
Sample 3296999 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER75.2UG/L——UG/L—.5031
1030LEAD2.36UG/L——UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3296996
Open original DNR sample 3296996
Sample 3296996 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER122UG/L——UG/L—.5031
1030LEAD3.14UG/L——UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3296864
Open original DNR sample 3296864
Sample 3296864 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER114UG/L——UG/L—.5031
1030LEAD0.768UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3296861
Open original DNR sample 3296861
Sample 3296861 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER89.2UG/L——UG/L—.5031
1030LEAD1.28UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3296860
Open original DNR sample 3296860
Sample 3296860 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER135UG/L——UG/L—.5031
1030LEAD1.52UG/LBetween LOD and LOQ—UG/L—.5032
4/21/2011 · Distribution System · Source not recorded · Record 3296859
Open original DNR sample 3296859
Sample 3296859 · 4/21/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER135UG/L——UG/L—.5031
1030LEAD1.66UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297032
Open original DNR sample 3297032
Sample 3297032 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—.5031
1030LEAD1.57UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297031
Open original DNR sample 3297031
Sample 3297031 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER88.2UG/L——UG/L—.5031
1030LEAD0.753UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297028
Open original DNR sample 3297028
Sample 3297028 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER148UG/L——UG/L—.5031
1030LEAD0.76UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297027
Open original DNR sample 3297027
Sample 3297027 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER98.6UG/L——UG/L—.5031
1030LEAD0.662UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297025
Open original DNR sample 3297025
Sample 3297025 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER215UG/L——UG/L—.5031
1030LEAD2.3UG/L——UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297023
Open original DNR sample 3297023
Sample 3297023 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER118UG/L——UG/L—.5031
1030LEAD1.67UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3297022
Open original DNR sample 3297022
Sample 3297022 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER107UG/L——UG/L—.5031
1030LEAD0.825UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296998
Open original DNR sample 3296998
Sample 3296998 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER123UG/L——UG/L—.5031
1030LEAD1.21UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296997
Open original DNR sample 3296997
Sample 3296997 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER111UG/L——UG/L—.5031
1030LEAD1.76UG/L——UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296994
Open original DNR sample 3296994
Sample 3296994 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER127UG/L——UG/L—.5031
1030LEAD0.926UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296993
Open original DNR sample 3296993
Sample 3296993 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER85.4UG/L——UG/L—.5031
1030LEAD1.1UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296992
Open original DNR sample 3296992
Sample 3296992 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296991
Open original DNR sample 3296991
Sample 3296991 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER91.9UG/L——UG/L—.5031
1030LEAD1.05UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296990
Open original DNR sample 3296990
Sample 3296990 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER172UG/L——UG/L—.5031
1030LEAD1.59UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296989
Open original DNR sample 3296989
Sample 3296989 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER39.2UG/L——UG/L—.5031
1030LEAD0.594UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296988
Open original DNR sample 3296988
Sample 3296988 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER150UG/L——UG/L—.5031
1030LEAD1.1UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296986
Open original DNR sample 3296986
Sample 3296986 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—.5031
1030LEAD1.13UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296985
Open original DNR sample 3296985
Sample 3296985 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER146UG/L——UG/L—.5031
1030LEAD1.68UG/L——UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296984
Open original DNR sample 3296984
Sample 3296984 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L—.5031
1030LEAD0.548UG/LBetween LOD and LOQ—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296980
Open original DNR sample 3296980
Sample 3296980 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER111UG/L——UG/L—.5031
1030LEAD1.84UG/L——UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296977
Open original DNR sample 3296977
Sample 3296977 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER81.7UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/20/2011 · Distribution System · Source not recorded · Record 3296862
Open original DNR sample 3296862
Sample 3296862 · 4/20/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER224UG/L——UG/L—.5031
1030LEAD0.85UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3297030
Open original DNR sample 3297030
Sample 3297030 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—.5031
1030LEAD1.03UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3297024
Open original DNR sample 3297024
Sample 3297024 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER112UG/L——UG/L—.5031
1030LEAD1.38UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3297021
Open original DNR sample 3297021
Sample 3297021 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—.5031
1030LEAD1.04UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3296995
Open original DNR sample 3296995
Sample 3296995 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER105UG/L——UG/L—.5031
1030LEAD0.645UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3296981
Open original DNR sample 3296981
Sample 3296981 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/L——UG/L—.5031
1030LEAD0.664UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295033
Open original DNR sample 3295033
Sample 3295033 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER79.6UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295032
Open original DNR sample 3295032
Sample 3295032 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER154UG/L——UG/L—.5031
1030LEAD1.12UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295031
Open original DNR sample 3295031
Sample 3295031 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER130UG/L——UG/L—.5031
1030LEAD2.32UG/L——UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295030
Open original DNR sample 3295030
Sample 3295030 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER99.4UG/L——UG/L—.5031
1030LEAD0.988UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295029
Open original DNR sample 3295029
Sample 3295029 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER178UG/L——UG/L—.5031
1030LEAD2.79UG/L——UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295028
Open original DNR sample 3295028
Sample 3295028 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER87UG/L——UG/L—.5031
1030LEAD1.24UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295027
Open original DNR sample 3295027
Sample 3295027 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER158UG/L——UG/L—.5031
1030LEAD1.45UG/LBetween LOD and LOQ—UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295025
Open original DNR sample 3295025
Sample 3295025 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER132UG/L——UG/L—.5031
1030LEAD20.6UG/L——UG/L—.5032
4/19/2011 · Distribution System · Source not recorded · Record 3295024
Open original DNR sample 3295024
Sample 3295024 · 4/19/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER83.4UG/L——UG/L—.5031
1030LEAD0.584UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3296982
Open original DNR sample 3296982
Sample 3296982 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER90UG/L——UG/L—.5031
1030LEAD0.973UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295368
Open original DNR sample 3295368
Sample 3295368 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER84.8UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295363
Open original DNR sample 3295363
Sample 3295363 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER127UG/L——UG/L—.5031
1030LEAD0.836UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295362
Open original DNR sample 3295362
Sample 3295362 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER110UG/L——UG/L—.5031
1030LEAD2.06UG/L——UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295359
Open original DNR sample 3295359
Sample 3295359 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER79.4UG/L——UG/L—.5031
1030LEAD1.31UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295358
Open original DNR sample 3295358
Sample 3295358 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER32.5UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295357
Open original DNR sample 3295357
Sample 3295357 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER123UG/L——UG/L—.5031
1030LEAD0.871UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295356
Open original DNR sample 3295356
Sample 3295356 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER126UG/L——UG/L—.5031
1030LEAD1.41UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295355
Open original DNR sample 3295355
Sample 3295355 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER202UG/L——UG/L—.5031
1030LEAD2.09UG/L——UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295354
Open original DNR sample 3295354
Sample 3295354 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—.5031
1030LEAD0.795UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295353
Open original DNR sample 3295353
Sample 3295353 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER151UG/L——UG/L—.5031
1030LEAD3.3UG/L——UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295352
Open original DNR sample 3295352
Sample 3295352 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER153UG/L——UG/L—.5031
1030LEAD2.51UG/L——UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295093
Open original DNR sample 3295093
Sample 3295093 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER119UG/L——UG/L—.5031
1030LEAD1.36UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295092
Open original DNR sample 3295092
Sample 3295092 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER105UG/L——UG/L—.5031
1030LEAD0.819UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295091
Open original DNR sample 3295091
Sample 3295091 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER122UG/L——UG/L—.5031
1030LEAD0.808UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295090
Open original DNR sample 3295090
Sample 3295090 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER95.4UG/L——UG/L—.5031
1030LEAD0.713UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295086
Open original DNR sample 3295086
Sample 3295086 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER83.6UG/L——UG/L—.5031
1030LEAD0.909UG/LBetween LOD and LOQ—UG/L—.5032
4/18/2011 · Distribution System · Source not recorded · Record 3295026
Open original DNR sample 3295026
Sample 3295026 · 4/18/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER123UG/L——UG/L—.5031
1030LEAD1.15UG/LBetween LOD and LOQ—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3297029
Open original DNR sample 3297029
Sample 3297029 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER79.6UG/L——UG/L—.5031
1030LEAD0.723UG/LBetween LOD and LOQ—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3297026
Open original DNR sample 3297026
Sample 3297026 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER96.8UG/L——UG/L—.5031
1030LEAD2.6UG/L——UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3296983
Open original DNR sample 3296983
Sample 3296983 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER72.1UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295369
Open original DNR sample 3295369
Sample 3295369 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER167UG/L——UG/L—.5031
1030LEAD8.98UG/L——UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295366
Open original DNR sample 3295366
Sample 3295366 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—.5031
1030LEAD0.692UG/LBetween LOD and LOQ—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295365
Open original DNR sample 3295365
Sample 3295365 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER140UG/L——UG/L—.5031
1030LEAD1.46UG/LBetween LOD and LOQ—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295364
Open original DNR sample 3295364
Sample 3295364 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER120UG/L——UG/L—.5031
1030LEAD1.74UG/L——UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295361
Open original DNR sample 3295361
Sample 3295361 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER94.4UG/L——UG/L—.5031
1030LEAD1.13UG/LBetween LOD and LOQ—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295350
Open original DNR sample 3295350
Sample 3295350 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER109UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295089
Open original DNR sample 3295089
Sample 3295089 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER185UG/L——UG/L—.5031
1030LEAD8.9UG/L——UG/L—.5032
4/17/2011 · Distribution System · Source not recorded · Record 3295088
Open original DNR sample 3295088
Sample 3295088 · 4/17/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER239UG/L——UG/L—.5031
1030LEAD4.16UG/L——UG/L—.5032
4/16/2011 · Distribution System · Source not recorded · Record 3296987
Open original DNR sample 3296987
Sample 3296987 · 4/16/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER104UG/L——UG/L—.5031
1030LEAD0UG/LNon-detect—UG/L—.5032
4/16/2011 · Distribution System · Source not recorded · Record 3295367
Open original DNR sample 3295367
Sample 3295367 · 4/16/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER117UG/L——UG/L—.5031
1030LEAD0.592UG/LBetween LOD and LOQ—UG/L—.5032
4/16/2011 · Distribution System · Source not recorded · Record 3295360
Open original DNR sample 3295360
Sample 3295360 · 4/16/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER204UG/L——UG/L—.5031
1030LEAD2.96UG/L——UG/L—.5032
4/16/2011 · Distribution System · Source not recorded · Record 3295351
Open original DNR sample 3295351
Sample 3295351 · 4/16/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER107UG/L——UG/L—.5031
1030LEAD1.24UG/LBetween LOD and LOQ—UG/L—.5032
4/16/2011 · Distribution System · Source not recorded · Record 3295087
Open original DNR sample 3295087
Sample 3295087 · 4/16/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER145UG/L——UG/L—.5031
1030LEAD2.09UG/L——UG/L—.5032
4/15/2011 · Distribution System · Source not recorded · Record 3295015
Open original DNR sample 3295015
Sample 3295015 · 4/15/2011 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER101UG/L——UG/L—.5031
1030LEAD1.3UG/LBetween LOD and LOQ—UG/L—.5032
2006 · 2 sample records
6/22/2006 · Distribution System · Source not recorded · Record 2536385
Open original DNR sample 2536385
Sample 2536385 · 6/22/2006 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1030LEAD4.6UG/L——UG/L311
6/14/2006 · Distribution System · Source not recorded · Record 2539987
Open original DNR sample 2539987
Sample 2539987 · 6/14/2006 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1030LEAD88.8UG/L——UG/L311
1997 · 2 sample records
12/31/1997 · Distribution System · Source not recorded · Record 1334124
Open original DNR sample 1334124
Sample 1334124 · 12/31/1997 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER170UG/L——UG/L—.0011
1030LEAD16UG/L——UG/L—.0012
6/30/1997 · Distribution System · Source not recorded · Record 1292373
Open original DNR sample 1292373
Sample 1292373 · 6/30/1997 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER170UG/L——UG/L—.0011
1030LEAD17UG/L——UG/L—.0012
1992 · 1 sample records
6/30/1992 · Distribution System · Source not recorded · Record 1037502
Open original DNR sample 1037502
Sample 1037502 · 6/30/1992 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1022COPPER160UG/L——UG/L—.0011
1030LEAD16UG/L——UG/L—.0012

Lead and Copper water quality parameters · 191 samples

2026 · 6 sample records
1/12/2026 · Entry Point · Source 31 · Record 6229385
Open original DNR sample 6229385
Sample 6229385 · 1/12/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1028IRON0MG/LNon-detect—MG/L0.0100.00861
1032MANGANESE0UG/LNon-detect—MG/L21.22
1/12/2026 · Entry Point · Source 31 · Record 6229384
Open original DNR sample 6229384
Sample 6229384 · 1/12/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1028IRON0.33MG/L——MG/L0.0100.00861
1032MANGANESE9.9UG/L——MG/L21.22
1/2/2026 · Entry Point · Source 29 · Record 6229383
Open original DNR sample 6229383
Sample 6229383 · 1/2/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1028IRON0.3MG/L——MG/L0.0100.00861
1032MANGANESE50UG/L——MG/L21.22
1/2/2026 · Entry Point · Source 29 · Record 6229382
Open original DNR sample 6229382
Sample 6229382 · 1/2/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1028IRON0MG/LNon-detect—MG/L0.0100.00861
1032MANGANESE0UG/LNon-detect—MG/L21.22
1/2/2026 · Entry Point · Source 7 · Record 6229381
Open original DNR sample 6229381
Sample 6229381 · 1/2/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1028IRON0.57MG/L——MG/L0.0100.00861
1032MANGANESE31UG/L——MG/L21.22
1/2/2026 · Entry Point · Source 7 · Record 6229380
Open original DNR sample 6229380
Sample 6229380 · 1/2/2026 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1028IRON0MG/LNon-detect—MG/L0.0100.00861
1032MANGANESE0UG/LNon-detect—MG/L21.22
2023 · 45 sample records
8/14/2023 · Entry Point · Site UW17 · Record 5442590
Open original DNR sample 5442590
Sample 5442590 · 8/14/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM65MG/L——MG/L0.630.193
1017CHLORIDE39MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.67MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.47MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO720UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)340MG/L——MG/L0.370.118
1028IRON0.12MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE31UG/L——MG/L6.7210
1925PH7.48SUField Result—SU——11
1055SULFATE36MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)12.5CField Result—C——13
8/14/2023 · Entry Point · Site UW12 · Record 5442589
Open original DNR sample 5442589
Sample 5442589 · 8/14/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM62MG/L——MG/L0.630.193
1017CHLORIDE3MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.43MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.43MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO560UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.38SUField Result—SU——11
1055SULFATE8.9MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)11CField Result—C——13
8/14/2023 · Entry Point · Site UW14 · Record 5442588
Open original DNR sample 5442588
Sample 5442588 · 8/14/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL340MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM110MG/L——MG/L0.630.193
1017CHLORIDE190MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.47MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO1400UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)520MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.27SUField Result—SU——11
1055SULFATE23MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)11.8CField Result—C——13
6/13/2023 · Distribution System · Site LN · Record 5422202
Open original DNR sample 5422202
Sample 5422202 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM65MG/L——MG/L0.630.193
1017CHLORIDE15MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.37MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.32MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO600UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)320MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE4.2UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.55SUField Result—SU——11
1055SULFATE18MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)19.1CField Result—C——13
6/13/2023 · Distribution System · Site LS · Record 5422201
Open original DNR sample 5422201
Sample 5422201 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM63MG/L——MG/L0.630.193
1017CHLORIDE14MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.45MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.32MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO600UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)310MG/L——MG/L0.370.118
1028IRON0.066MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE6.3UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.57SUField Result—SU——11
1055SULFATE19MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)14.8CField Result—C——13
6/13/2023 · Distribution System · Site THS · Record 5422200
Open original DNR sample 5422200
Sample 5422200 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL300MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM82MG/L——MG/L0.630.193
1017CHLORIDE64MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.16MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.13MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO850UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)390MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE3.3UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.47SUField Result—SU——11
1055SULFATE23MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)18.1CField Result—C——13
6/13/2023 · Distribution System · Site MS · Record 5422199
Open original DNR sample 5422199
Sample 5422199 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM91MG/L——MG/L0.630.193
1017CHLORIDE90MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.44MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.29MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO970UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)430MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE2.7UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.43SUField Result—SU——11
1055SULFATE26MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)15.5CField Result—C——13
6/13/2023 · Distribution System · Site ORS · Record 5422198
Open original DNR sample 5422198
Sample 5422198 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL220MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM59MG/L——MG/L0.630.193
1017CHLORIDE1.2MG/LBetween LOD and LOQ—MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.39MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO530UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)290MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE2UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.7SUField Result—SU——11
1055SULFATE8.2MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)15.7CField Result—C——13
6/13/2023 · Distribution System · Site 120 · Record 5422197
Open original DNR sample 5422197
Sample 5422197 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM57MG/L——MG/L0.630.193
1017CHLORIDE1.2MG/LBetween LOD and LOQ—MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.45MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.41MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO510UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)280MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE5.8UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.81SUField Result—SU——11
1055SULFATE8.2MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)11.9CField Result—C——13
6/13/2023 · Distribution System · Site 126 · Record 5422196
Open original DNR sample 5422196
Sample 5422196 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL280MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM71MG/L——MG/L0.630.193
1017CHLORIDE45MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.45MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.43MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO720UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)340MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE4.5UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.62SUField Result—SU——11
1055SULFATE14MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.6CField Result—C——13
6/13/2023 · Distribution System · Site 228 · Record 5422195
Open original DNR sample 5422195
Sample 5422195 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM66MG/L——MG/L0.630.193
1017CHLORIDE3.1MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.5MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.45MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO550UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)310MG/L——MG/L0.370.118
1028IRON0.14MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE14UG/L——MG/L6.7210
1925PH7.53SUField Result—SU——11
1055SULFATE20MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)13CField Result—C——13
6/13/2023 · Distribution System · Site 128 · Record 5422194
Open original DNR sample 5422194
Sample 5422194 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM66MG/L——MG/L0.630.193
1017CHLORIDE2.5MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.51MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.46MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO550UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)310MG/L——MG/L0.370.118
1028IRON0.14MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE18UG/L——MG/L6.7210
1925PH7.56SUField Result—SU——11
1055SULFATE21MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.7CField Result—C——13
6/13/2023 · Distribution System · Site JMS · Record 5422193
Open original DNR sample 5422193
Sample 5422193 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL280MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM75MG/L——MG/L0.630.193
1017CHLORIDE71MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.29MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.28MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO810UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)360MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.52SUField Result—SU——11
1055SULFATE15MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)14.9CField Result—C——13
6/13/2023 · Distribution System · Site SH · Record 5422192
Open original DNR sample 5422192
Sample 5422192 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM88MG/L——MG/L0.630.193
1017CHLORIDE80MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.37MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.28MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO930UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)410MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE2.4UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.39SUField Result—SU——11
1055SULFATE24MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)19.8CField Result—C——13
6/13/2023 · Distribution System · Site HSR · Record 5422191
Open original DNR sample 5422191
Sample 5422191 · 6/13/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM92MG/L——MG/L0.630.193
1017CHLORIDE94MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.36MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.33MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO970UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)430MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE4.1UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.28SUField Result—SU——11
1055SULFATE26MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)13.1CField Result—C——13
6/12/2023 · Entry Point · Site 26EP · Record 5421703
Open original DNR sample 5421703
Sample 5421703 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL280MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM70MG/L——MG/L0.630.193
1017CHLORIDE33MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.41MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.41MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO680UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE10UG/L——MG/L6.7210
1925PH7.64SUField Result—SU——11
1055SULFATE14MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.3CField Result—C——13
6/12/2023 · Entry Point · Site 16EP · Record 5421702
Open original DNR sample 5421702
Sample 5421702 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL280MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM74MG/L——MG/L0.630.193
1017CHLORIDE68MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.48MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.42MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO800UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.53SUField Result—SU——11
1055SULFATE16MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)10.8CField Result—C——13
6/12/2023 · Entry Point · Site 19EP · Record 5421701
Open original DNR sample 5421701
Sample 5421701 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL280MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM64MG/L——MG/L0.630.193
1017CHLORIDE9.2MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.69MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.44MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO560UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.370.118
1028IRON0.21MG/L——MG/L0.210.0639
1032MANGANESE42UG/L——MG/L6.7210
1925PH7.67SUField Result—SU——11
1055SULFATE7.6MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)11.3CField Result—C——13
6/12/2023 · Entry Point · Site 6EP · Record 5421700
Open original DNR sample 5421700
Sample 5421700 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM95MG/L——MG/L0.630.193
1017CHLORIDE99MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.42MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.38MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO1000UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)440MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE8.6UG/L——MG/L6.7210
1925PH7.43SUField Result—SU——11
1055SULFATE27MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.2CField Result—C——13
6/12/2023 · Entry Point · Site 27EP · Record 5421699
Open original DNR sample 5421699
Sample 5421699 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL300MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM79MG/L——MG/L0.630.193
1017CHLORIDE43MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.39MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.32MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO780UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)370MG/L——MG/L0.370.118
1028IRON0.14MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE32UG/L——MG/L6.7210
1925PH7.48SUField Result—SU——11
1055SULFATE36MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)12CField Result—C——13
6/12/2023 · Entry Point · Site 30EP · Record 5421698
Open original DNR sample 5421698
Sample 5421698 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM94MG/L——MG/L0.630.193
1017CHLORIDE7.3MG/LBetween LOD and LOQ—MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.44MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.36MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO560UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)440MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE8.3UG/L——MG/L6.7210
1925PH7.49SUField Result—SU——11
1055SULFATE19MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11CField Result—C——13
6/12/2023 · Entry Point · Site 29EP · Record 5421697
Open original DNR sample 5421697
Sample 5421697 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM73MG/L——MG/L0.630.193
1017CHLORIDE8.2MG/LBetween LOD and LOQ—MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.42MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.39MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO630UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)340MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.53SUField Result—SU——11
1055SULFATE11MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)10.6CField Result—C——13
6/12/2023 · Entry Point · Site 9EP · Record 5421696
Open original DNR sample 5421696
Sample 5421696 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM85MG/L——MG/L0.630.193
1017CHLORIDE63MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.53MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.4MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO870UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)410MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.37SUField Result—SU——11
1055SULFATE19MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.9CField Result—C——13
6/12/2023 · Entry Point · Site 11EP · Record 5421695
Open original DNR sample 5421695
Sample 5421695 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM87MG/L——MG/L0.630.193
1017CHLORIDE74MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.44MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.39MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO930UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)440MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE6.8UG/L——MG/L6.7210
1925PH7.45SUField Result—SU——11
1055SULFATE25MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.6CField Result—C——13
6/12/2023 · Entry Point · Site 24EP · Record 5421694
Open original DNR sample 5421694
Sample 5421694 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM59MG/L——MG/L0.630.193
1017CHLORIDE5.9MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.58MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.46MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO530UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)290MG/L——MG/L0.370.118
1028IRON0.19MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE28UG/L——MG/L6.7210
1925PH7.72SUField Result—SU——11
1055SULFATE13MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)12.8CField Result—C——13
6/12/2023 · Entry Point · Site 25EP · Record 5421693
Open original DNR sample 5421693
Sample 5421693 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM62MG/L——MG/L0.630.193
1017CHLORIDE3.7MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.5MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.42MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO590UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE2.4UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.7SUField Result—SU——11
1055SULFATE5.7MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)10.7CField Result—C——13
6/12/2023 · Entry Point · Site 28EP · Record 5421692
Open original DNR sample 5421692
Sample 5421692 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM64MG/L——MG/L0.630.193
1017CHLORIDE2.3MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.54MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.51MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO550UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.370.118
1028IRON0.18MG/LBetween LOD and LOQ—MG/L0.210.0639
1032MANGANESE22UG/L——MG/L6.7210
1925PH7.63SUField Result—SU——11
1055SULFATE20MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)10.3CField Result—C——13
6/12/2023 · Entry Point · Site 31EP · Record 5421691
Open original DNR sample 5421691
Sample 5421691 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM63MG/L——MG/L0.630.193
1017CHLORIDE1.8MG/LBetween LOD and LOQ—MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.41MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.35MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO640UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.55SUField Result—SU——11
1055SULFATE8.6MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)11.8CField Result—C——13
6/12/2023 · Entry Point · Site 20EP · Record 5421690
Open original DNR sample 5421690
Sample 5421690 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM58MG/L——MG/L0.630.193
1017CHLORIDE1.2MG/LBetween LOD and LOQ—MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.5MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.42MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO510UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)290MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE5.7UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.73SUField Result—SU——11
1055SULFATE8.3MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)11.4CField Result—C——13
6/12/2023 · Entry Point · Site 7EP · Record 5421689
Open original DNR sample 5421689
Sample 5421689 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM79MG/L——MG/L0.630.193
1017CHLORIDE24MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.54MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.27MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO740UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)390MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.64SUField Result—SU——11
1055SULFATE36MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11CField Result—C——13
6/12/2023 · Entry Point · Site 18EP · Record 5421688
Open original DNR sample 5421688
Sample 5421688 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM64MG/L——MG/L0.630.193
1017CHLORIDE15MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.46MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.41MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO600UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)320MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE3.6UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.65SUField Result—SU——11
1055SULFATE17MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11.7CField Result—C——13
6/12/2023 · Entry Point · Site 13EP · Record 5421687
Open original DNR sample 5421687
Sample 5421687 · 6/12/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.630.193
1017CHLORIDE44MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.57MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.4MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO790UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE2.2UG/LBetween LOD and LOQ—MG/L6.7210
1925PH7.54SUField Result—SU——11
1055SULFATE16MG/L——MG/L10312
1996TEMPERATURE (CENTIGRADE)11CField Result—C——13
6/6/2023 · Distribution System · Site GS · Record 5422190
Open original DNR sample 5422190
Sample 5422190 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.630.193
1017CHLORIDE28MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.36MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.29MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO850UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.25SUField Result—SU——11
1055SULFATE8.8MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)17.5CField Result—C——13
6/6/2023 · Distribution System · Site FS5 · Record 5422189
Open original DNR sample 5422189
Sample 5422189 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM84MG/L——MG/L0.630.193
1017CHLORIDE72MG/L——MG/L101.64
1012CHLORINE TOTAL RESIDUAL0.36MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.29MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO940UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)410MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.28SUField Result—SU——11
1055SULFATE23MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)14.8CField Result—C——13
6/6/2023 · Distribution System · Site SS · Record 5422188
Open original DNR sample 5422188
Sample 5422188 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM84MG/L——MG/L0.630.193
1017CHLORIDE25MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.51MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.34MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO970UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)420MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.31SUField Result—SU——11
1055SULFATE8.3MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)13.8CField Result—C——13
6/6/2023 · Distribution System · Site 225 · Record 5422187
Open original DNR sample 5422187
Sample 5422187 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM62MG/L——MG/L0.630.193
1017CHLORIDE4.3MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.4MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.36MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO620UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.74SUField Result—SU——11
1055SULFATE6.4MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)17CField Result—C——13
6/6/2023 · Distribution System · Site 229 · Record 5422186
Open original DNR sample 5422186
Sample 5422186 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM74MG/L——MG/L0.630.193
1017CHLORIDE24MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.28MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.25MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO720UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.48SUField Result—SU——11
1055SULFATE14MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)13.1CField Result—C——13
6/6/2023 · Distribution System · Site 315 · Record 5422185
Open original DNR sample 5422185
Sample 5422185 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM75MG/L——MG/L0.630.193
1017CHLORIDE31MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.22MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.16MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO750UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)360MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH8.02SUField Result—SU——11
1055SULFATE19MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)17CField Result—C——13
6/6/2023 · Distribution System · Site ESD · Record 5422184
Open original DNR sample 5422184
Sample 5422184 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM76MG/L——MG/L0.630.193
1017CHLORIDE33MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.41MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.34MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO760UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)360MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.34SUField Result—SU——11
1055SULFATE16MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)13.8CField Result—C——13
6/6/2023 · Distribution System · Site TRUAX · Record 5422183
Open original DNR sample 5422183
Sample 5422183 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM77MG/L——MG/L0.630.193
1017CHLORIDE48MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.3MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.27MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO830UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)370MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.34SUField Result—SU——11
1055SULFATE17MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)15.4CField Result—C——13
6/6/2023 · Distribution System · Site LBS · Record 5422182
Open original DNR sample 5422182
Sample 5422182 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM77MG/L——MG/L0.630.193
1017CHLORIDE48MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.51MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.31MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO820UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.33SUField Result—SU——11
1055SULFATE17MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)15.1CField Result—C——13
6/6/2023 · Distribution System · Site MDS · Record 5422181
Open original DNR sample 5422181
Sample 5422181 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM77MG/L——MG/L0.630.193
1017CHLORIDE49MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.4MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.34MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO820UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)370MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.34SUField Result—SU——11
1055SULFATE17MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)14.4CField Result—C——13
6/6/2023 · Distribution System · Site 213 · Record 5422180
Open original DNR sample 5422180
Sample 5422180 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM77MG/L——MG/L0.630.193
1017CHLORIDE48MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.46MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.29MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO820UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)370MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.37SUField Result—SU——11
1055SULFATE18MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)15.5CField Result—C——13
6/6/2023 · Distribution System · Site MB · Record 5422179
Open original DNR sample 5422179
Sample 5422179 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM77MG/L——MG/L0.630.193
1017CHLORIDE24MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.43MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.23MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO760UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)370MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.39SUField Result—SU——11
1055SULFATE36MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)15.1CField Result—C——13
6/6/2023 · Distribution System · Site EAST · Record 5422178
Open original DNR sample 5422178
Sample 5422178 · 6/6/2023 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L1051
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.630.193
1017CHLORIDE38MG/L——MG/L20.324
1012CHLORINE TOTAL RESIDUAL0.22MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.18MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO800UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.370.118
1028IRON0MG/LNon-detect—MG/L0.210.0639
1032MANGANESE0UG/LNon-detect—MG/L6.7210
1925PH7.17SUField Result—SU——11
1055SULFATE32MG/L——MG/L20.6112
1996TEMPERATURE (CENTIGRADE)16.3CField Result—C——13
2020 · 46 sample records
7/21/2020 · Distribution System · Site GS · Record 4886265
Open original DNR sample 4886265
Sample 4886265 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL380MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM84MG/L——MG/L0.120.0353
1017CHLORIDE64MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.34MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.38MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO875UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)420MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.48SUField Result—SU——11
1055SULFATE20MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)20.5CField Result—C——13
7/21/2020 · Distribution System · Site FS-5 · Record 4886264
Open original DNR sample 4886264
Sample 4886264 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL370MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM81MG/L——MG/L0.120.0353
1017CHLORIDE51MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.29MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.26MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO823UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)400MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.44SUField Result—SU——11
1055SULFATE22MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)18.5CField Result—C——13
7/21/2020 · Distribution System · Site 225 · Record 4886263
Open original DNR sample 4886263
Sample 4886263 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL380MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM60MG/L——MG/L0.120.0353
1017CHLORIDE4.5MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.28MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.31MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO595UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.540.168
1028IRON0.035MG/L——MG/L0.0250.00709
1032MANGANESE2.9UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.57SUField Result—SU——11
1055SULFATE6.9MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)21.3CField Result—C——13
7/21/2020 · Distribution System · Site 229 · Record 4886262
Open original DNR sample 4886262
Sample 4886262 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL370MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM73MG/L——MG/L0.120.0353
1017CHLORIDE18MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.37MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.33MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO667UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.45SUField Result—SU——11
1055SULFATE14MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)14.7CField Result—C——13
7/21/2020 · Distribution System · Site 315 · Record 4886261
Open original DNR sample 4886261
Sample 4886261 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL360MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM73MG/L——MG/L0.120.0353
1017CHLORIDE20MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.11MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.09MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO670UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)360MG/L——MG/L0.540.168
1028IRON0.014MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE2.4UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.56SUField Result—SU——11
1055SULFATE19MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)20.9CField Result—C——13
7/21/2020 · Distribution System · Site ESD · Record 4886260
Open original DNR sample 4886260
Sample 4886260 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL360MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM74MG/L——MG/L0.120.0353
1017CHLORIDE21MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.54MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.47MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO681UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)360MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.32SUField Result—SU——11
1055SULFATE15MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)14.7CField Result—C——13
7/21/2020 · Distribution System · Site TRUAX · Record 4886259
Open original DNR sample 4886259
Sample 4886259 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL370MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.120.0353
1017CHLORIDE43MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.3MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO787UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0.017MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.32SUField Result—SU——11
1055SULFATE18MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)20.1CField Result—C——13
7/21/2020 · Distribution System · Site LBS · Record 4886258
Open original DNR sample 4886258
Sample 4886258 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL350MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.120.0353
1017CHLORIDE45MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.28MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.2MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO796UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)390MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.32SUField Result—SU——11
1055SULFATE18MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)18.9CField Result—C——13
7/21/2020 · Distribution System · Site 213 · Record 4886257
Open original DNR sample 4886257
Sample 4886257 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL350MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.120.0353
1017CHLORIDE38MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.35MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.32MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO774UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.44SUField Result—SU——11
1055SULFATE23MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)18.8CField Result—C——13
7/21/2020 · Distribution System · Site MB · Record 4886256
Open original DNR sample 4886256
Sample 4886256 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL350MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM78MG/L——MG/L0.120.0353
1017CHLORIDE31MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.22MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.25MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO750UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.3SUField Result—SU——11
1055SULFATE27MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)19.8CField Result—C——13
7/21/2020 · Distribution System · Site EAST · Record 4886255
Open original DNR sample 4886255
Sample 4886255 · 7/21/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL370MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM75MG/L——MG/L0.120.0353
1017CHLORIDE21MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.4MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.32MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO707UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0.028MG/L——MG/L0.0250.00709
1032MANGANESE3.1UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.29SUField Result—SU——11
1055SULFATE31MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)19.1CField Result—C——13
7/14/2020 · Distribution System · Site IEM · Record 4877135
Open original DNR sample 4877135
Sample 4877135 · 7/14/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL160MG/L——MG/L2.01.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM63MG/L——MG/L0.120.0353
1017CHLORIDE3.3MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.56MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.53MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO670UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.540.168
1028IRON0MG/LNon-detect—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.36SUField Result—SU——11
1055SULFATE8.7MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)16.2CField Result—C——13
7/8/2020 · Entry Point · Site UW27EP · Record 4877134
Open original DNR sample 4877134
Sample 4877134 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL300MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM79MG/L——MG/L0.120.0353
1017CHLORIDE43MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.45MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.39MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO805UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0.16MG/L——MG/L0.0250.00709
1032MANGANESE32UG/L——MG/L6.72.010
1925PH7.43SUField Result—SU——11
1055SULFATE38MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)12.1CField Result—C——13
7/8/2020 · Entry Point · Site UW30EP · Record 4877133
Open original DNR sample 4877133
Sample 4877133 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM59MG/L——MG/L0.120.0353
1017CHLORIDE7.6MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.48MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.42MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO564UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.540.168
1028IRON0.19MG/L——MG/L0.0250.00709
1032MANGANESE13UG/L——MG/L6.72.010
1925PH7.41SUField Result—SU——11
1055SULFATE19MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.4CField Result—C——13
7/8/2020 · Entry Point · Site UW18EP · Record 4877132
Open original DNR sample 4877132
Sample 4877132 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM64MG/L——MG/L0.120.0353
1017CHLORIDE15MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.43MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO611UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)320MG/L——MG/L0.540.168
1028IRON0.022MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE3.7UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.58SUField Result—SU——11
1055SULFATE17MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.7CField Result—C——13
7/8/2020 · Entry Point · Site UW19EP · Record 4877131
Open original DNR sample 4877131
Sample 4877131 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM64MG/L——MG/L0.120.0353
1017CHLORIDE9.3MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.6MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.48MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO573UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.540.168
1028IRON0.2MG/L——MG/L0.0250.00709
1032MANGANESE43UG/L——MG/L6.72.010
1925PH7.67SUField Result—SU——11
1055SULFATE7.7MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.4CField Result—C——13
7/8/2020 · Entry Point · Site UW12EP · Record 4877130
Open original DNR sample 4877130
Sample 4877130 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM61MG/L——MG/L0.120.0353
1017CHLORIDE4.2MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.45MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.45MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO550UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.540.168
1028IRON0.013MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE2.4UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.37SUField Result—SU——11
1055SULFATE9.2MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.7CField Result—C——13
7/8/2020 · Entry Point · Site UW20EP · Record 4877129
Open original DNR sample 4877129
Sample 4877129 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM55MG/L——MG/L0.120.0353
1017CHLORIDE2.3MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.49MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.49MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO526UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)280MG/L——MG/L0.540.168
1028IRON0.019MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.46SUField Result—SU——11
1055SULFATE6.9MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)13.4CField Result—C——13
7/8/2020 · Entry Point · Site UW26EP · Record 4877128
Open original DNR sample 4877128
Sample 4877128 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM68MG/L——MG/L0.120.0353
1017CHLORIDE38MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.46MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.46MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO705UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.540.168
1028IRON0.011MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.35SUField Result—SU——11
1055SULFATE13MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)13.8CField Result—C——13
7/8/2020 · Entry Point · Site UW28EP · Record 4877127
Open original DNR sample 4877127
Sample 4877127 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM63MG/L——MG/L0.120.0353
1017CHLORIDE3.3MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.41MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.36MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO563UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.540.168
1028IRON0.16MG/L——MG/L0.0250.00709
1032MANGANESE22UG/L——MG/L6.72.010
1925PH7.26SUField Result—SU——11
1055SULFATE21MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.2CField Result—C——13
7/8/2020 · Entry Point · Site UW16EP · Record 4877126
Open original DNR sample 4877126
Sample 4877126 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM73MG/L——MG/L0.120.0353
1017CHLORIDE78MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.45MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.4MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO843UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)360MG/L——MG/L0.540.168
1028IRON0.0074MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.31SUField Result—SU——11
1055SULFATE13MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.5CField Result—C——13
7/8/2020 · Entry Point · Site UW14EP · Record 4877125
Open original DNR sample 4877125
Sample 4877125 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM100MG/L——MG/L0.120.0353
1017CHLORIDE160MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.42MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.38MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO1265UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)490MG/L——MG/L0.540.168
1028IRON0.0083MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.31SUField Result—SU——11
1055SULFATE23MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.2CField Result—C——13
7/8/2020 · Entry Point · Site UW06EP · Record 4877124
Open original DNR sample 4877124
Sample 4877124 · 7/8/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM88MG/L——MG/L0.120.0353
1017CHLORIDE76MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.44MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.44MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO939UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)420MG/L——MG/L0.540.168
1028IRON0.008MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.13SUField Result—SU——11
1055SULFATE26MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)11.6CField Result—C——13
7/7/2020 · Entry Point · Site UW07EP · Record 4891665
Open original DNR sample 4891665
Sample 4891665 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM76MG/L——MG/L0.120.0353
1017CHLORIDE20MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.57MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.46MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO705UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)370MG/L——MG/L0.540.168
1028IRON0.011MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.24SUField Result—SU——11
1055SULFATE34MG/L——MG/L102.812
1996TEMPERATURE (CENTIGRADE)11.4CField Result—C——13
7/7/2020 · Entry Point · Site UW24EP · Record 4874560
Open original DNR sample 4874560
Sample 4874560 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL250MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM56MG/L——MG/L0.120.0353
1017CHLORIDE6MG/L——MG/L5.00.464
1012CHLORINE TOTAL RESIDUAL0.46MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.39MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO537UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)280MG/L——MG/L0.540.168
1028IRON0.2MG/L——MG/L0.0250.00709
1032MANGANESE25UG/L——MG/L6.72.010
1925PH7.4SUField Result—SU——11
1055SULFATE13MG/L——MG/L5.01.512
1996TEMPERATURE (CENTIGRADE)13.6CField Result—C——13
7/7/2020 · Entry Point · Site UW17EP · Record 4874559
Open original DNR sample 4874559
Sample 4874559 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL250MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM65MG/L——MG/L0.120.0353
1017CHLORIDE40MG/L——MG/L5.00.464
1012CHLORINE TOTAL RESIDUAL0.53MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO702UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)340MG/L——MG/L0.540.168
1028IRON0.11MG/L——MG/L0.0250.00709
1032MANGANESE30UG/L——MG/L6.72.010
1925PH7.31SUField Result—SU——11
1055SULFATE37MG/L——MG/L5.01.512
1996TEMPERATURE (CENTIGRADE)12.9CField Result—C——13
7/7/2020 · Entry Point · Site UW31EP · Record 4874558
Open original DNR sample 4874558
Sample 4874558 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM62MG/L——MG/L0.120.0353
1017CHLORIDE1.5MG/LBetween LOD and LOQ—MG/L5.00.464
1012CHLORINE TOTAL RESIDUAL0.55MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.51MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO631UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.540.168
1028IRON0.012MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.32SUField Result—SU——11
1055SULFATE7.9MG/L——MG/L5.01.512
1996TEMPERATURE (CENTIGRADE)12.6CField Result—C——13
7/7/2020 · Entry Point · Site UW09EP · Record 4874557
Open original DNR sample 4874557
Sample 4874557 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM87MG/L——MG/L0.120.0353
1017CHLORIDE73MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.43MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO911UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)420MG/L——MG/L0.540.168
1028IRON0.012MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.37SUField Result—SU——11
1055SULFATE23MG/L——MG/L102.812
1996TEMPERATURE (CENTIGRADE)16.4CField Result—C——13
7/7/2020 · Entry Point · Site UW25EP · Record 4874556
Open original DNR sample 4874556
Sample 4874556 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL290MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM59MG/L——MG/L0.120.0353
1017CHLORIDE3.3MG/LBetween LOD and LOQ—MG/L5.00.464
1012CHLORINE TOTAL RESIDUAL0.48MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.51MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO586UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.540.168
1028IRON0.055MG/L——MG/L0.0250.00709
1032MANGANESE3.5UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.58SUField Result—SU——11
1055SULFATE6.1MG/L——MG/L5.01.512
1996TEMPERATURE (CENTIGRADE)10.9CField Result—C——13
7/7/2020 · Entry Point · Site UW29EP · Record 4874555
Open original DNR sample 4874555
Sample 4874555 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM71MG/L——MG/L0.120.0353
1017CHLORIDE7.3MG/L——MG/L5.00.464
1012CHLORINE TOTAL RESIDUAL0.43MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO614UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)340MG/L——MG/L0.540.168
1028IRON0.016MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.37SUField Result—SU——11
1055SULFATE10MG/L——MG/L5.01.512
1996TEMPERATURE (CENTIGRADE)10.6CField Result—C——13
7/7/2020 · Entry Point · Site UW11EP · Record 4874554
Open original DNR sample 4874554
Sample 4874554 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM83MG/L——MG/L0.120.0353
1017CHLORIDE66MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.51MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.46MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO889UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)420MG/L——MG/L0.540.168
1028IRON0.025MG/L——MG/L0.0250.00709
1032MANGANESE7.3UG/L——MG/L6.72.010
1925PH7.4SUField Result—SU——11
1055SULFATE27MG/L——MG/L102.812
1996TEMPERATURE (CENTIGRADE)11.4CField Result—C——13
7/7/2020 · Entry Point · Site UW13EP · Record 4874553
Open original DNR sample 4874553
Sample 4874553 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM77MG/L——MG/L0.120.0353
1017CHLORIDE43MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.46MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.5MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO769UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0.037MG/L——MG/L0.0250.00709
1032MANGANESE2.1UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.26SUField Result—SU——11
1055SULFATE17MG/L——MG/L102.812
1996TEMPERATURE (CENTIGRADE)11.7CField Result—C——13
7/7/2020 · Entry Point · Site UW08EP · Record 4874551
Open original DNR sample 4874551
Sample 4874551 · 7/7/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL300MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM68MG/L——MG/L0.120.0353
1017CHLORIDE23MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.64MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.36MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO653UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)340MG/L——MG/L0.540.168
1028IRON0.46MG/L——MG/L0.0250.00709
1032MANGANESE48UG/L——MG/L6.72.010
1925PH7.28SUField Result—SU——11
1055SULFATE17MG/L——MG/L102.812
1996TEMPERATURE (CENTIGRADE)12.4CField Result—C——13
7/1/2020 · Distribution System · Site LN · Record 4872334
Open original DNR sample 4872334
Sample 4872334 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM60MG/L——MG/L0.120.0353
1017CHLORIDE11MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.37MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.34MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO562UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.540.168
1028IRON0.077MG/L——MG/L0.0250.00709
1032MANGANESE6.1UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.43SUField Result—SU——11
1055SULFATE19MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)19.5CField Result—C——13
7/1/2020 · Distribution System · Site LS · Record 4872333
Open original DNR sample 4872333
Sample 4872333 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM58MG/L——MG/L0.120.0353
1017CHLORIDE4.5MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.2MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.17MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO525UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)290MG/L——MG/L0.540.168
1028IRON0.011MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.5SUField Result—SU——11
1055SULFATE6.9MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)16.6CField Result—C——13
7/1/2020 · Distribution System · Site MS · Record 4872332
Open original DNR sample 4872332
Sample 4872332 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL340MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM94MG/L——MG/L0.120.0353
1017CHLORIDE120MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.26MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.22MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO1031UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)450MG/L——MG/L0.540.168
1028IRON0.031MG/L——MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.4SUField Result—SU——11
1055SULFATE25MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)17.3CField Result—C——13
7/1/2020 · Distribution System · Site ORS · Record 4872331
Open original DNR sample 4872331
Sample 4872331 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM56MG/L——MG/L0.120.0353
1017CHLORIDE3.1MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.35MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.34MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO509UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)280MG/L——MG/L0.540.168
1028IRON0.0071MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.48SUField Result—SU——11
1055SULFATE7.5MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)16.7CField Result—C——13
7/1/2020 · Distribution System · Site 120 · Record 4872330
Open original DNR sample 4872330
Sample 4872330 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM54MG/L——MG/L0.120.0353
1017CHLORIDE2.5MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.39MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.38MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO497UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)280MG/L——MG/L0.540.168
1028IRON0.0085MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.43SUField Result—SU——11
1055SULFATE7MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)14.6CField Result—C——13
7/1/2020 · Distribution System · Site 126 · Record 4872329
Open original DNR sample 4872329
Sample 4872329 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL260MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM66MG/L——MG/L0.120.0353
1017CHLORIDE29MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.41MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.41MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO642UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)320MG/L——MG/L0.540.168
1028IRON0.048MG/L——MG/L0.0250.00709
1032MANGANESE5UG/LBetween LOD and LOQ—MG/L6.72.010
1925PH7.26SUField Result—SU——11
1055SULFATE13MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)12.8CField Result—C——13
7/1/2020 · Distribution System · Site HLG · Record 4872328
Open original DNR sample 4872328
Sample 4872328 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM69MG/L——MG/L0.120.0353
1017CHLORIDE47MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.29MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.3MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO701UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)330MG/L——MG/L0.540.168
1028IRON0.014MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.37SUField Result—SU——11
1055SULFATE12MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)17.9CField Result—C——13
7/1/2020 · Distribution System · Site 128 · Record 4872327
Open original DNR sample 4872327
Sample 4872327 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM63MG/L——MG/L0.120.0353
1017CHLORIDE3.3MG/LBetween LOD and LOQ—MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.38MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.35MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO539UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)300MG/L——MG/L0.540.168
1028IRON0.15MG/L——MG/L0.0250.00709
1032MANGANESE16UG/L——MG/L6.72.010
1925PH7.27SUField Result—SU——11
1055SULFATE21MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)13.4CField Result—C——13
7/1/2020 · Distribution System · Site JMS · Record 4872326
Open original DNR sample 4872326
Sample 4872326 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM71MG/L——MG/L0.120.0353
1017CHLORIDE63MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.32MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.31MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO750UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)350MG/L——MG/L0.540.168
1028IRON0.025MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.35SUField Result—SU——11
1055SULFATE14MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)16.6CField Result—C——13
7/1/2020 · Distribution System · Site HF · Record 4872325
Open original DNR sample 4872325
Sample 4872325 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM100MG/L——MG/L0.120.0353
1017CHLORIDE160MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.2MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.19MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO1192UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)490MG/L——MG/L0.540.168
1028IRON0.064MG/L——MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.17SUField Result—SU——11
1055SULFATE22MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)25.7CField Result—C——13
7/1/2020 · Distribution System · Site SH · Record 4872324
Open original DNR sample 4872324
Sample 4872324 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM100MG/L——MG/L0.120.0353
1017CHLORIDE160MG/L——MG/L123.44
1012CHLORINE TOTAL RESIDUAL0.4MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.37MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO1199UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)490MG/L——MG/L0.540.168
1028IRON0.016MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.15SUField Result—SU——11
1055SULFATE23MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)15CField Result—C——13
7/1/2020 · Distribution System · Site HSR · Record 4872323
Open original DNR sample 4872323
Sample 4872323 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM91MG/L——MG/L0.120.0353
1017CHLORIDE100MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.44MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.41MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO976UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)430MG/L——MG/L0.540.168
1028IRON0.024MG/LBetween LOD and LOQ—MG/L0.0250.00709
1032MANGANESE0UG/LNon-detect—MG/L6.72.010
1925PH7.1SUField Result—SU——11
1055SULFATE26MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)14.1CField Result—C——13
7/1/2020 · Distribution System · Site WEST · Record 4872322
Open original DNR sample 4872322
Sample 4872322 · 7/1/2020 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL310MG/L——MG/L4.02.01
1002ALUMINUM0MG/LNon-detect—MG/L0.0790.0242
1016CALCIUM79MG/L——MG/L0.120.0353
1017CHLORIDE50MG/L——MG/L5.81.74
1012CHLORINE TOTAL RESIDUAL0.35MG/LField Result—MG/L——5
1013CHLORINE FREE (AVAILABLE)0.34MG/LField Result—MG/L——6
1064CONDUCTIVITY @ 25 C U-MHO796UMHOS/CM——UMHO/CM——7
1915HARDNESS, TOTAL (CAC03)380MG/L——MG/L0.540.168
1028IRON0.054MG/L——MG/L0.0250.00709
1032MANGANESE9.4UG/L——MG/L6.72.010
1925PH7.15SUField Result—SU——11
1055SULFATE35MG/L——MG/L5.01.412
1996TEMPERATURE (CENTIGRADE)17.3CField Result—C——13
2017 · 94 sample records
9/25/2017 · Entry Point · Site UW17 · Record 4442017
Open original DNR sample 4442017
Sample 4442017 · 9/25/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL270MG/L——MG/L20201
1017CHLORIDE40MG/L——MG/L1862
1012CHLORINE TOTAL RESIDUAL0.74MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.61MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO674UMHOS/CM——UMHO/CM115
1925PH7.26SU——SU——6
1055SULFATE37.6MG/L——MG/L4.51.57
1996TEMPERATURE (CENTIGRADE)12.7C——C——8
9/25/2017 · Entry Point · Site UW17 · Record 4442016
Open original DNR sample 4442016
Sample 4442016 · 9/25/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.1UG/L——MG/L——1
1016CALCIUM62600UG/L——MG/L12.5443.932
1915HARDNESS, TOTAL (CAC03)323000UG/L——MG/L12.5443.933
1028IRON126UG/L——MG/L5.2691.6564
1032MANGANESE30.1UG/L——MG/L3.8271.2035
8/14/2017 · Entry Point · Site UW27 · Record 4414062
Open original DNR sample 4414062
Sample 4414062 · 8/14/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL314MG/L——MG/L20201
1017CHLORIDE43MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO740UMHOS/CM——UMHO/CM115
1925PH7.38SU——SU——6
1055SULFATE36.9MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)12C——C——8
8/14/2017 · Entry Point · Site UW27 · Record 4414061
Open original DNR sample 4414061
Sample 4414061 · 8/14/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.02UG/L——MG/L——1
1016CALCIUM74600UG/L——MG/L12.5443.932
1915HARDNESS, TOTAL (CAC03)349000UG/L——MG/L12.5443.933
1028IRON153UG/L——MG/L5.2691.6564
1032MANGANESE31.1UG/L——MG/L3.8271.2035
8/14/2017 · Entry Point · Site UW23 · Record 4414060
Open original DNR sample 4414060
Sample 4414060 · 8/14/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL322MG/L——MG/L20201
1017CHLORIDE120MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.92MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.38MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO1060UMHOS/CM——UMHO/CM115
1925PH7.2SU——SU——6
1055SULFATE33.9MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.4C——C——8
8/14/2017 · Entry Point · Site UW23 · Record 4414059
Open original DNR sample 4414059
Sample 4414059 · 8/14/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM5.4UG/L——MG/L——1
1016CALCIUM100000UG/L——MG/L12.5443.932
1915HARDNESS, TOTAL (CAC03)459000UG/L——MG/L12.5443.933
1028IRON61UG/L——MG/L5.2691.6564
1032MANGANESE28.2UG/L——MG/L3.8271.2035
8/14/2017 · Entry Point · Site UW8 · Record 4414058
Open original DNR sample 4414058
Sample 4414058 · 8/14/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL322MG/L——MG/L20201
1017CHLORIDE21MG/LBetween LOD and LOQ—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.93MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.49MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO619UMHOS/CM——UMHO/CM115
1925PH7.25SU——SU——6
1055SULFATE17.8MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)12.1C——C——8
8/14/2017 · Entry Point · Site UW8 · Record 4414057
Open original DNR sample 4414057
Sample 4414057 · 8/14/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM3.46UG/L——MG/L——1
1016CALCIUM65000UG/L——MG/L12.5443.932
1915HARDNESS, TOTAL (CAC03)320000UG/L——MG/L12.5443.933
1028IRON578UG/L——MG/L5.2691.6564
1032MANGANESE47.6UG/L——MG/L3.8271.2035
6/7/2017 · Entry Point · Site UW30 · Record 4379732
Open original DNR sample 4379732
Sample 4379732 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL273MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.57MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.47MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO562UMHOS/CM——UMHO/CM115
1925PH7.49SU——SU——6
1055SULFATE19.4MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)10.9C——C——8
6/7/2017 · Entry Point · Site UW30 · Record 4379731
Open original DNR sample 4379731
Sample 4379731 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.92UG/L——MG/L——1
1016CALCIUM58100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.57MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.47MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)280000UG/L——MG/L12.5443.935
1028IRON9UG/L——MG/L5.2691.6566
1032MANGANESE2.35UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.49SU——SU——8
1996TEMPERATURE (CENTIGRADE)10.9C——C——9
6/7/2017 · Entry Point · Site UW18 · Record 4379730
Open original DNR sample 4379730
Sample 4379730 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL283MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.37MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO560UMHOS/CM——UMHO/CM115
1925PH7.43SU——SU——6
1055SULFATE19.4MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.6C——C——8
6/7/2017 · Entry Point · Site UW18 · Record 4379729
Open original DNR sample 4379729
Sample 4379729 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.7UG/L——MG/L——1
1016CALCIUM58100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.37MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)281000UG/L——MG/L12.5443.935
1028IRON8.1UG/L——MG/L5.2691.6566
1032MANGANESE2.37UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.43SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.6C——C——9
6/7/2017 · Entry Point · Site UW26 · Record 4379728
Open original DNR sample 4379728
Sample 4379728 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL275MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.35MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.34MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO572UMHOS/CM——UMHO/CM115
1925PH7.48SU——SU——6
1055SULFATE14.5MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.2C——C——8
6/7/2017 · Entry Point · Site UW26 · Record 4379727
Open original DNR sample 4379727
Sample 4379727 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM3.05UG/L——MG/L——1
1016CALCIUM60700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.35MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.34MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)283000UG/L——MG/L12.5443.935
1028IRON22.4UG/L——MG/L5.2691.6566
1032MANGANESE8.55UG/L——MG/L3.8271.2037
1925PH7.48SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.2C——C——9
6/7/2017 · Entry Point · Site UW12 · Record 4379726
Open original DNR sample 4379726
Sample 4379726 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL269MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.41MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO516UMHOS/CM——UMHO/CM115
1925PH7.44SU——SU——6
1055SULFATE11.6MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.2C——C——8
6/7/2017 · Entry Point · Site UW12 · Record 4379725
Open original DNR sample 4379725
Sample 4379725 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.22UG/L——MG/L——1
1016CALCIUM56900UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.41MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)265000UG/L——MG/L12.5443.935
1028IRON12.6UG/L——MG/L5.2691.6566
1032MANGANESE8.81UG/L——MG/L3.8271.2037
1925PH7.44SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.2C——C——9
6/7/2017 · Entry Point · Site UW20 · Record 4379724
Open original DNR sample 4379724
Sample 4379724 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL265MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.44MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.42MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO494UMHOS/CM——UMHO/CM115
1925PH7.55SU——SU——6
1055SULFATE9.54MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.9C——C——8
6/7/2017 · Entry Point · Site UW20 · Record 4379723
Open original DNR sample 4379723
Sample 4379723 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.64UG/L——MG/L——1
1016CALCIUM52400UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.44MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.42MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)256000UG/L——MG/L12.5443.935
1028IRON1.86UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE1.25UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.55SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.9C——C——9
6/7/2017 · Entry Point · Site UW28 · Record 4379722
Open original DNR sample 4379722
Sample 4379722 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL275MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.39MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.33MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO528UMHOS/CM——UMHO/CM115
1925PH7.5SU——SU——6
1055SULFATE24.1MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)10.8C——C——8
6/7/2017 · Entry Point · Site UW28 · Record 4379721
Open original DNR sample 4379721
Sample 4379721 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.79UG/L——MG/L——1
1016CALCIUM58700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.39MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.33MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)272000UG/L——MG/L12.5443.935
1028IRON172UG/L——MG/L5.2691.6566
1032MANGANESE22UG/L——MG/L3.8271.2037
1925PH7.5SU——SU——8
1996TEMPERATURE (CENTIGRADE)10.8C——C——9
6/7/2017 · Entry Point · Site UW16 · Record 4379720
Open original DNR sample 4379720
Sample 4379720 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL279MG/L——MG/L20201
1017CHLORIDE67MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.46MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO757UMHOS/CM——UMHO/CM115
1925PH7.42SU——SU——6
1055SULFATE14.4MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11C——C——8
6/7/2017 · Entry Point · Site UW16 · Record 4379719
Open original DNR sample 4379719
Sample 4379719 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.59UG/L——MG/L——1
1016CALCIUM66800UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.46MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)318000UG/L——MG/L12.5443.935
1028IRON3.45UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.42SU——SU——8
1996TEMPERATURE (CENTIGRADE)11C——C——9
6/7/2017 · Entry Point · Site UW14 · Record 4379718
Open original DNR sample 4379718
Sample 4379718 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL341MG/L——MG/L20201
1017CHLORIDE150MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.49MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.44MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO1130UMHOS/CM——UMHO/CM115
1925PH7.27SU——SU——6
1055SULFATE29.2MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.1C——C——8
6/7/2017 · Entry Point · Site UW14 · Record 4379717
Open original DNR sample 4379717
Sample 4379717 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.75UG/L——MG/L——1
1016CALCIUM95900UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.49MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.44MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)436000UG/L——MG/L12.5443.935
1028IRON2.52UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.27SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.1C——C——9
6/7/2017 · Entry Point · Site UW19 · Record 4379716
Open original DNR sample 4379716
Sample 4379716 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL281MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.55MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.45MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO540UMHOS/CM——UMHO/CM115
1925PH7.48SU——SU——6
1055SULFATE8.83MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.4C——C——8
6/7/2017 · Entry Point · Site UW19 · Record 4379715
Open original DNR sample 4379715
Sample 4379715 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.31UG/L——MG/L——1
1016CALCIUM58800UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.55MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.45MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)271000UG/L——MG/L12.5443.935
1028IRON221UG/L——MG/L5.2691.6566
1032MANGANESE44.8UG/L——MG/L3.8271.2037
1925PH7.48SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.4C——C——9
6/7/2017 · Entry Point · Site UW6 · Record 4379714
Open original DNR sample 4379714
Sample 4379714 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL325MG/L——MG/L20201
1017CHLORIDE81MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.5MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.48MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO882UMHOS/CM——UMHO/CM115
1925PH7.37SU——SU——6
1055SULFATE30.5MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.4C——C——8
6/7/2017 · Entry Point · Site UW6 · Record 4379713
Open original DNR sample 4379713
Sample 4379713 · 6/7/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM3.7UG/L——MG/L——1
1016CALCIUM84200UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.5MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.48MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)386000UG/L——MG/L12.5443.935
1028IRON27.9UG/L——MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.37SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.4C——C——9
6/6/2017 · Entry Point · Site UW11 · Record 4379712
Open original DNR sample 4379712
Sample 4379712 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL342MG/L——MG/L20201
1017CHLORIDE63MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.31MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.28MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO858UMHOS/CM——UMHO/CM115
1925PH7.35SU——SU——6
1055SULFATE31.5MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.4C——C——8
6/6/2017 · Entry Point · Site UW11 · Record 4379711
Open original DNR sample 4379711
Sample 4379711 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.56UG/L——MG/L——1
1016CALCIUM77100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.31MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.28MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)380000UG/L——MG/L12.5443.935
1028IRON8.35UG/L——MG/L5.2691.6566
1032MANGANESE6.79UG/L——MG/L3.8271.2037
1925PH7.35SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.4C——C——9
6/6/2017 · Entry Point · Site UW29 · Record 4379710
Open original DNR sample 4379710
Sample 4379710 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.49MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.42MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO597UMHOS/CM——UMHO/CM115
1925PH7.38SU——SU——6
1055SULFATE11.7MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)10.8C——C——8
6/6/2017 · Entry Point · Site UW29 · Record 4379709
Open original DNR sample 4379709
Sample 4379709 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.01UG/L——MG/L——1
1016CALCIUM65900UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.49MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.42MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)303000UG/L——MG/L12.5443.935
1028IRON8.29UG/L——MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.38SU——SU——8
1996TEMPERATURE (CENTIGRADE)10.8C——C——9
6/6/2017 · Entry Point · Site UW15 · Record 4379708
Open original DNR sample 4379708
Sample 4379708 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL315MG/L——MG/L20201
1017CHLORIDE60MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.36MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.34MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO804UMHOS/CM——UMHO/CM115
1925PH7.85SU——SU——6
1055SULFATE43.4MG/L——MG/L25.58.517
1996TEMPERATURE (CENTIGRADE)11C——C——8
6/6/2017 · Entry Point · Site UW15 · Record 4379707
Open original DNR sample 4379707
Sample 4379707 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.13UG/L——MG/L——1
1016CALCIUM76500UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.36MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.34MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)362000UG/L——MG/L12.5443.935
1028IRON5.52UG/L——MG/L5.2691.6566
1032MANGANESE3.46UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.85SU——SU——8
1996TEMPERATURE (CENTIGRADE)11C——C——9
6/6/2017 · Entry Point · Site UW13 · Record 4379706
Open original DNR sample 4379706
Sample 4379706 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL326MG/L——MG/L20201
1017CHLORIDE43MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.46MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.45MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO758UMHOS/CM——UMHO/CM115
1925PH7.37SU——SU——6
1055SULFATE21.3MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11C——C——8
6/6/2017 · Entry Point · Site UW13 · Record 4379705
Open original DNR sample 4379705
Sample 4379705 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.27UG/L——MG/L——1
1016CALCIUM72500UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.46MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.45MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)348000UG/L——MG/L12.5443.935
1028IRON13.8UG/L——MG/L5.2691.6566
1032MANGANESE2.59UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.37SU——SU——8
1996TEMPERATURE (CENTIGRADE)11C——C——9
6/6/2017 · Entry Point · Site UW7 · Record 4379704
Open original DNR sample 4379704
Sample 4379704 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL332MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.66MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.42MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO679UMHOS/CM——UMHO/CM115
1925PH7.39SU——SU——6
1055SULFATE37.6MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)10.8C——C——8
6/6/2017 · Entry Point · Site UW7 · Record 4379703
Open original DNR sample 4379703
Sample 4379703 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.09UG/L——MG/L——1
1016CALCIUM72000UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.66MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.42MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)347000UG/L——MG/L12.5443.935
1028IRON164UG/L——MG/L5.2691.6566
1032MANGANESE8.3UG/L——MG/L3.8271.2037
1925PH7.39SU——SU——8
1996TEMPERATURE (CENTIGRADE)10.8C——C——9
6/6/2017 · Entry Point · Site UW24 · Record 4379702
Open original DNR sample 4379702
Sample 4379702 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL288MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.57MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.51MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO525UMHOS/CM——UMHO/CM115
1925PH7.4SU——SU——6
1055SULFATE17.3MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)12.4C——C——8
6/6/2017 · Entry Point · Site UW24 · Record 4379701
Open original DNR sample 4379701
Sample 4379701 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM3.04UG/L——MG/L——1
1016CALCIUM53700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.57MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.51MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)265000UG/L——MG/L12.5443.935
1028IRON196UG/L——MG/L5.2691.6566
1032MANGANESE29.8UG/L——MG/L3.8271.2037
1925PH7.4SU——SU——8
1996TEMPERATURE (CENTIGRADE)12.4C——C——9
6/6/2017 · Entry Point · Site UW9 · Record 4379700
Open original DNR sample 4379700
Sample 4379700 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL341MG/L——MG/L20201
1017CHLORIDE51MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.54MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO789UMHOS/CM——UMHO/CM115
1925PH7.4SU——SU——6
1055SULFATE22.1MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)12.8C——C——8
6/6/2017 · Entry Point · Site UW9 · Record 4379699
Open original DNR sample 4379699
Sample 4379699 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.71UG/L——MG/L——1
1016CALCIUM76400UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.54MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)364000UG/L——MG/L12.5443.935
1028IRON2.74UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE3.98UG/L——MG/L3.8271.2037
1925PH7.4SU——SU——8
1996TEMPERATURE (CENTIGRADE)12.8C——C——9
6/6/2017 · Entry Point · Site UW25 · Record 4379698
Open original DNR sample 4379698
Sample 4379698 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL320MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.45MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.41MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO573UMHOS/CM——UMHO/CM115
1925PH7.43SU——SU——6
1055SULFATE8.63MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)10.9C——C——8
6/6/2017 · Entry Point · Site UW25 · Record 4379697
Open original DNR sample 4379697
Sample 4379697 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.8UG/L——MG/L——1
1016CALCIUM56600UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.45MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.41MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)300000UG/L——MG/L12.5443.935
1028IRON44.6UG/L——MG/L5.2691.6566
1032MANGANESE3.64UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.43SU——SU——8
1996TEMPERATURE (CENTIGRADE)10.9C——C——9
6/6/2017 · Distribution System · Site SS · Record 4375805
Open original DNR sample 4375805
Sample 4375805 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL342MG/L——MG/L20201
1017CHLORIDE71MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.4MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.36MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO871UMHOS/CM——UMHO/CM115
1925PH7.32SU——SU——6
1055SULFATE31.1MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.1C——C——8
6/6/2017 · Distribution System · Site SS · Record 4375804
Open original DNR sample 4375804
Sample 4375804 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.33UG/L——MG/L——1
1016CALCIUM80600UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.4MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.36MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)399000UG/L——MG/L12.5443.935
1028IRON14.7UG/L——MG/L5.2691.6566
1032MANGANESE2.48UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.32SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.1C——C——9
6/6/2017 · Distribution System · Site FS5 · Record 4375803
Open original DNR sample 4375803
Sample 4375803 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL344MG/L——MG/L20201
1017CHLORIDE61MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.29MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.21MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO845UMHOS/CM——UMHO/CM115
1925PH7.34SU——SU——6
1055SULFATE28.8MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.6C——C——8
6/6/2017 · Distribution System · Site FS5 · Record 4375802
Open original DNR sample 4375802
Sample 4375802 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.12UG/L——MG/L——1
1016CALCIUM79400UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.29MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.21MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)392000UG/L——MG/L12.5443.935
1028IRON6.41UG/L——MG/L5.2691.6566
1032MANGANESE2.25UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.34SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.6C——C——9
6/6/2017 · Distribution System · Site 225 · Record 4375801
Open original DNR sample 4375801
Sample 4375801 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL317MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.3MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.29MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO578UMHOS/CM——UMHO/CM115
1925PH7.55SU——SU——6
1055SULFATE7.89MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)16.5C——C——8
6/6/2017 · Distribution System · Site 225 · Record 4375800
Open original DNR sample 4375800
Sample 4375800 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.19UG/L——MG/L——1
1016CALCIUM57700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.3MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.29MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)305000UG/L——MG/L12.5443.935
1028IRON25.4UG/L——MG/L5.2691.6566
1032MANGANESE1.95UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.55SU——SU——8
1996TEMPERATURE (CENTIGRADE)16.5C——C——9
6/6/2017 · Distribution System · Site 229 · Record 4375799
Open original DNR sample 4375799
Sample 4375799 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL322MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.37MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO605UMHOS/CM——UMHO/CM115
1925PH7.5SU——SU——6
1055SULFATE13.1MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)12.2C——C——8
6/6/2017 · Distribution System · Site 229 · Record 4375798
Open original DNR sample 4375798
Sample 4375798 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.36UG/L——MG/L——1
1016CALCIUM68100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.37MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)316000UG/L——MG/L12.5443.935
1028IRON7.16UG/L——MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.5SU——SU——8
1996TEMPERATURE (CENTIGRADE)12.2C——C——9
6/6/2017 · Distribution System · Site 315 · Record 4375797
Open original DNR sample 4375797
Sample 4375797 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL322MG/L——MG/L20201
1017CHLORIDE27MG/LBetween LOD and LOQ—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.34MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.29MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO676UMHOS/CM——UMHO/CM115
1925PH7.87SU——SU——6
1055SULFATE26.2MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)16C——C——8
6/6/2017 · Distribution System · Site 315 · Record 4375796
Open original DNR sample 4375796
Sample 4375796 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.46UG/L——MG/L——1
1016CALCIUM71800UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.34MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.29MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)338000UG/L——MG/L12.5443.935
1028IRON5.88UG/L——MG/L5.2691.6566
1032MANGANESE1.23UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.87SU——SU——8
1996TEMPERATURE (CENTIGRADE)16C——C——9
6/6/2017 · Distribution System · Site ESD · Record 4375795
Open original DNR sample 4375795
Sample 4375795 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL322MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.36MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.3MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO605UMHOS/CM——UMHO/CM115
1925PH7.4SU——SU——6
1055SULFATE11.7MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.9C——C——8
6/6/2017 · Distribution System · Site ESD · Record 4375794
Open original DNR sample 4375794
Sample 4375794 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.71UG/L——MG/L——1
1016CALCIUM67800UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.36MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.3MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)314000UG/L——MG/L12.5443.935
1028IRON10.9UG/L——MG/L5.2691.6566
1032MANGANESE1.6UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.4SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.9C——C——9
6/6/2017 · Distribution System · Site EMCC · Record 4375793
Open original DNR sample 4375793
Sample 4375793 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL328MG/L——MG/L20201
1017CHLORIDE48MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.33MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.26MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO783UMHOS/CM——UMHO/CM115
1925PH7.5SU——SU——6
1055SULFATE37.8MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)15C——C——8
6/6/2017 · Distribution System · Site EMCC · Record 4375792
Open original DNR sample 4375792
Sample 4375792 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM3.7UG/L——MG/L——1
1016CALCIUM77100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.33MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.26MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)371000UG/L——MG/L12.5443.935
1028IRON7.43UG/L——MG/L5.2691.6566
1032MANGANESE1.91UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.5SU——SU——8
1996TEMPERATURE (CENTIGRADE)15C——C——9
6/6/2017 · Distribution System · Site TRUAX · Record 4375791
Open original DNR sample 4375791
Sample 4375791 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL334MG/L——MG/L20201
1017CHLORIDE21MG/LBetween LOD and LOQ—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.4MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.33MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO701UMHOS/CM——UMHO/CM115
1925PH7.38SU——SU——6
1055SULFATE34.3MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.8C——C——8
6/6/2017 · Distribution System · Site TRUAX · Record 4375790
Open original DNR sample 4375790
Sample 4375790 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.68UG/L——MG/L——1
1016CALCIUM72900UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.4MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.33MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)352000UG/L——MG/L12.5443.935
1028IRON12.6UG/L——MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.38SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.8C——C——9
6/6/2017 · Distribution System · Site MDS · Record 4375789
Open original DNR sample 4375789
Sample 4375789 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L20201
1017CHLORIDE49MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.39MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO797UMHOS/CM——UMHO/CM115
1925PH7.37SU——SU——6
1055SULFATE24.7MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.1C——C——8
6/6/2017 · Distribution System · Site MDS · Record 4375788
Open original DNR sample 4375788
Sample 4375788 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.4UG/L——MG/L——1
1016CALCIUM76700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.39MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)368000UG/L——MG/L12.5443.935
1028IRON10.1UG/L——MG/L5.2691.6566
1032MANGANESE1.52UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.37SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.1C——C——9
6/6/2017 · Distribution System · Site 213 · Record 4375787
Open original DNR sample 4375787
Sample 4375787 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL326MG/L——MG/L20201
1017CHLORIDE38MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.37MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO759UMHOS/CM——UMHO/CM115
1925PH7.37SU——SU——6
1055SULFATE27.7MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.9C——C——8
6/6/2017 · Distribution System · Site 213 · Record 4375786
Open original DNR sample 4375786
Sample 4375786 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.63UG/L——MG/L——1
1016CALCIUM74600UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.37MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)359000UG/L——MG/L12.5443.935
1028IRON9.74UG/L——MG/L5.2691.6566
1032MANGANESE1.24UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.37SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.9C——C——9
6/6/2017 · Distribution System · Site MB · Record 4375785
Open original DNR sample 4375785
Sample 4375785 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL330MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.35MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.28MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO675UMHOS/CM——UMHO/CM115
1925PH7.35SU——SU——6
1055SULFATE36.5MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)15.7C——C——8
6/6/2017 · Distribution System · Site MB · Record 4375784
Open original DNR sample 4375784
Sample 4375784 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.67UG/L——MG/L——1
1016CALCIUM73200UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.35MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.28MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)354000UG/L——MG/L12.5443.935
1028IRON17.2UG/L——MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.35SU——SU——8
1996TEMPERATURE (CENTIGRADE)15.7C——C——9
6/6/2017 · Distribution System · Site EAST · Record 4375783
Open original DNR sample 4375783
Sample 4375783 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL323MG/L——MG/L20201
1017CHLORIDE56MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.36MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.34MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO805UMHOS/CM——UMHO/CM115
1925PH7.48SU——SU——6
1055SULFATE38.1MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.6C——C——8
6/6/2017 · Distribution System · Site EAST · Record 4375782
Open original DNR sample 4375782
Sample 4375782 · 6/6/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.68UG/L——MG/L——1
1016CALCIUM77800UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.36MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.34MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)376000UG/L——MG/L12.5443.935
1028IRON4.44UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.48SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.6C——C——9
6/5/2017 · Distribution System · Site LS · Record 4375831
Open original DNR sample 4375831
Sample 4375831 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL281MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.33MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO552UMHOS/CM——UMHO/CM115
1925PH7.46SU——SU——6
1055SULFATE19.3MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.1C——C——8
6/5/2017 · Distribution System · Site LS · Record 4375830
Open original DNR sample 4375830
Sample 4375830 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.18UG/L——MG/L——1
1016CALCIUM57000UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.33MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)277000UG/L——MG/L12.5443.935
1028IRON91.1UG/L——MG/L5.2691.6566
1032MANGANESE14.1UG/L——MG/L3.8271.2037
1925PH7.46SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.1C——C——9
6/5/2017 · Distribution System · Site THS · Record 4375829
Open original DNR sample 4375829
Sample 4375829 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL294MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.4MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.38MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO509UMHOS/CM——UMHO/CM115
1925PH7.46SU——SU——6
1055SULFATE10.4MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.9C——C——8
6/5/2017 · Distribution System · Site THS · Record 4375828
Open original DNR sample 4375828
Sample 4375828 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.95UG/L——MG/L——1
1016CALCIUM54800UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.4MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.38MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)264000UG/L——MG/L12.5443.935
1028IRON14.8UG/L——MG/L5.2691.6566
1032MANGANESE6.02UG/L——MG/L3.8271.2037
1925PH7.46SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.9C——C——9
6/5/2017 · Distribution System · Site MS · Record 4375827
Open original DNR sample 4375827
Sample 4375827 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL279MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO517UMHOS/CM——UMHO/CM115
1925PH7.44SU——SU——6
1055SULFATE9.05MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.1C——C——8
6/5/2017 · Distribution System · Site MS · Record 4375826
Open original DNR sample 4375826
Sample 4375826 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.85UG/L——MG/L——1
1016CALCIUM55300UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)264000UG/L——MG/L12.5443.935
1028IRON17UG/L——MG/L5.2691.6566
1032MANGANESE10.6UG/L——MG/L3.8271.2037
1925PH7.44SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.1C——C——9
6/5/2017 · Distribution System · Site ORS · Record 4375825
Open original DNR sample 4375825
Sample 4375825 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL277MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.48MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO501UMHOS/CM——UMHO/CM115
1925PH7.5SU——SU——6
1055SULFATE10.3MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.6C——C——8
6/5/2017 · Distribution System · Site ORS · Record 4375824
Open original DNR sample 4375824
Sample 4375824 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.68UG/L——MG/L——1
1016CALCIUM53100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.48MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)261000UG/L——MG/L12.5443.935
1028IRON2.36UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE1.62UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.5SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.6C——C——9
6/5/2017 · Distribution System · Site 126 · Record 4375823
Open original DNR sample 4375823
Sample 4375823 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL292MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.33MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO589UMHOS/CM——UMHO/CM115
1925PH7.65SU——SU——6
1055SULFATE14.5MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)11.9C——C——8
6/5/2017 · Distribution System · Site 126 · Record 4375822
Open original DNR sample 4375822
Sample 4375822 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.48UG/L——MG/L——1
1016CALCIUM61300UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.33MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)289000UG/L——MG/L12.5443.935
1028IRON3.65UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE5.96UG/L——MG/L3.8271.2037
1925PH7.65SU——SU——8
1996TEMPERATURE (CENTIGRADE)11.9C——C——9
6/5/2017 · Distribution System · Site 120 · Record 4375821
Open original DNR sample 4375821
Sample 4375821 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL273MG/L——MG/L20201
1017CHLORIDE0MG/LNon-detect—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.49MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.47MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO501UMHOS/CM——UMHO/CM115
1925PH7.56SU——SU——6
1055SULFATE9.76MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.5C——C——8
6/5/2017 · Distribution System · Site 120 · Record 4375820
Open original DNR sample 4375820
Sample 4375820 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.46UG/L——MG/L——1
1016CALCIUM52600UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.49MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.47MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)258000UG/L——MG/L12.5443.935
1028IRON1.75UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE1.25UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.56SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.5C——C——9
6/5/2017 · Distribution System · Site HLG · Record 4375819
Open original DNR sample 4375819
Sample 4375819 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL292MG/L——MG/L20201
1017CHLORIDE31MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.29MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.19MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO644UMHOS/CM——UMHO/CM115
1925PH7.49SU——SU——6
1055SULFATE15.1MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)14.2C——C——8
6/5/2017 · Distribution System · Site HLG · Record 4375818
Open original DNR sample 4375818
Sample 4375818 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.43UG/L——MG/L——1
1016CALCIUM63100UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.29MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.19MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)297000UG/L——MG/L12.5443.935
1028IRON5.7UG/L——MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.49SU——SU——8
1996TEMPERATURE (CENTIGRADE)14.2C——C——9
6/5/2017 · Distribution System · Site 128 · Record 4375817
Open original DNR sample 4375817
Sample 4375817 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL285MG/L——MG/L20201
1017CHLORIDE23MG/LBetween LOD and LOQ—MG/L30202
1012CHLORINE TOTAL RESIDUAL0.34MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO609UMHOS/CM——UMHO/CM115
1925PH7.44SU——SU——6
1055SULFATE18.8MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.1C——C——8
6/5/2017 · Distribution System · Site 128 · Record 4375816
Open original DNR sample 4375816
Sample 4375816 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.02UG/L——MG/L——1
1016CALCIUM62300UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.34MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)293000UG/L——MG/L12.5443.935
1028IRON85.5UG/L——MG/L5.2691.6566
1032MANGANESE9.15UG/L——MG/L3.8271.2037
1925PH7.44SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.1C——C——9
6/5/2017 · Distribution System · Site JMS · Record 4375815
Open original DNR sample 4375815
Sample 4375815 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL296MG/L——MG/L20201
1017CHLORIDE59MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.33MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO727UMHOS/CM——UMHO/CM115
1925PH7.4SU——SU——6
1055SULFATE18.4MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.5C——C——8
6/5/2017 · Distribution System · Site JMS · Record 4375814
Open original DNR sample 4375814
Sample 4375814 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.49UG/L——MG/L——1
1016CALCIUM68700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.33MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)326000UG/L——MG/L12.5443.935
1028IRON2.84UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE0UG/LNon-detect—MG/L3.8271.2037
1925PH7.4SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.5C——C——9
6/5/2017 · Distribution System · Site HF · Record 4375813
Open original DNR sample 4375813
Sample 4375813 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL339MG/L——MG/L20201
1017CHLORIDE120MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.37MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO1020UMHOS/CM——UMHO/CM115
1925PH7.3SU——SU——6
1055SULFATE24.7MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)18.2C——C——8
6/5/2017 · Distribution System · Site HF · Record 4375812
Open original DNR sample 4375812
Sample 4375812 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.61UG/L——MG/L——1
1016CALCIUM91500UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.37MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.32MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)421000UG/L——MG/L12.5443.935
1028IRON7.31UG/L——MG/L5.2691.6566
1032MANGANESE2.3UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.3SU——SU——8
1996TEMPERATURE (CENTIGRADE)18.2C——C——9
6/5/2017 · Distribution System · Site SH · Record 4375811
Open original DNR sample 4375811
Sample 4375811 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL339MG/L——MG/L20201
1017CHLORIDE110MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO1000UMHOS/CM——UMHO/CM115
1925PH7.26SU——SU——6
1055SULFATE24.3MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)18.3C——C——8
6/5/2017 · Distribution System · Site SH · Record 4375810
Open original DNR sample 4375810
Sample 4375810 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.77UG/L——MG/L——1
1016CALCIUM88700UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.43MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.43MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)408000UG/L——MG/L12.5443.935
1028IRON4.67UG/LBetween LOD and LOQ—MG/L5.2691.6566
1032MANGANESE2.15UG/LBetween LOD and LOQ—MG/L3.8271.2037
1925PH7.26SU——SU——8
1996TEMPERATURE (CENTIGRADE)18.3C——C——9
6/5/2017 · Distribution System · Site HSR · Record 4375809
Open original DNR sample 4375809
Sample 4375809 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL309MG/L——MG/L20201
1017CHLORIDE64MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.34MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.3MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO792UMHOS/CM——UMHO/CM115
1925PH7.31SU——SU——6
1055SULFATE22.4MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.8C——C——8
6/5/2017 · Distribution System · Site HSR · Record 4375808
Open original DNR sample 4375808
Sample 4375808 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM2.06UG/L——MG/L——1
1016CALCIUM77200UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.34MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.3MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)359000UG/L——MG/L12.5443.935
1028IRON33.6UG/L——MG/L5.2691.6566
1032MANGANESE6.17UG/L——MG/L3.8271.2037
1925PH7.31SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.8C——C——9
6/5/2017 · Distribution System · Site WEST · Record 4375807
Open original DNR sample 4375807
Sample 4375807 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1927ALKALINITY,TOTAL313MG/L——MG/L20201
1017CHLORIDE41MG/L——MG/L30202
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1064CONDUCTIVITY @ 25 C U-MHO750UMHOS/CM——UMHO/CM115
1925PH7.19SU——SU——6
1055SULFATE38.5MG/L——MG/L5.11.7027
1996TEMPERATURE (CENTIGRADE)13.5C——C——8
6/5/2017 · Distribution System · Site WEST · Record 4375806
Open original DNR sample 4375806
Sample 4375806 · 6/5/2017 · source values and units
Storet CodeDescriptionResultUnitsQualifierMCLMCL UnitsLimit of QuantitationLimit of DetectionLabslip Order
1002ALUMINUM1.45UG/L——MG/L——1
1016CALCIUM74000UG/L——MG/L12.5443.932
1012CHLORINE TOTAL RESIDUAL0.42MG/L——MG/L——3
1013CHLORINE FREE (AVAILABLE)0.35MG/L——MG/L——4
1915HARDNESS, TOTAL (CAC03)347000UG/L——MG/L12.5443.935
1028IRON105UG/L——MG/L5.2691.6566
1032MANGANESE17.4UG/L——MG/L3.8271.2037
1925PH7.19SU——SU——8
1996TEMPERATURE (CENTIGRADE)13.5C——C——9

The state detail records and the utility’s published percentile summaries are separate source views. Their calculation periods and record selections have not been fully reconciled. See the utility report history and source-statistic context; the records above have not been used to calculate a replacement percentile.

Official detail pages retrieved and reviewed September 17, 2026. Open Madison’s Wisconsin DNR system record.

Required monitoring

2026 monitoring requirements and sampling waivers

Wisconsin DNR’s schedule for Madison Water Utility (PWSID 11302247) covers January 1–December 31, 2026. Generated September 16, 2026, it is marked subject to change. These are sampling requirements and dated administrative records, not water-test results or a live compliance assessment.

The schedule includes 244 requirements across bacteria, fluoride, PFAS, volatile organics, inorganics, radioactivity, synthetic organics, disinfection byproducts, lead and copper, and ammonia. It marks 174 rows “COMPLETE”; 70 completion cells are blank. A blank cell does not by itself establish a missed requirement or violation. Additional monitoring may be required based on results.

Requirements differ by monitoring period and sampling location. For example, the lead-and-copper row calls for 50 distribution samples covering two contaminants during June–September. That requirement cannot be reconciled simply by counting the historical samples available on this site. For a household or building-specific concern, use the local testing guidance; a utility schedule does not replace testing at a particular outlet.

Official DNR schedule and source-specific waivers

The tables preserve the source’s six column labels, values, and blank completion cells. “# samples” and “# contams” are the source’s requested sample and contaminant counts. Locations retain the source’s “Distribution”, “Raw”, and “EP” labels. Rows are grouped by sample group; within each group their source order is retained.

Coliform Bacteria · 90 requirements
Coliform Bacteria: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARYDistributionColiform Bacteria1501
COMPLETEJANUARY - MARCH6 RawColiform Bacteria11
COMPLETEJANUARY - MARCH7 RawColiform Bacteria11
COMPLETEJANUARY - MARCH9 RawColiform Bacteria11
COMPLETEJANUARY - MARCH11 RawColiform Bacteria11
COMPLETEJANUARY - MARCH12 RawColiform Bacteria11
COMPLETEJANUARY - MARCH13 RawColiform Bacteria11
COMPLETEJANUARY - MARCH14 RawColiform Bacteria11
COMPLETEJANUARY - MARCH15 RawColiform Bacteria11
COMPLETEJANUARY - MARCH16 RawColiform Bacteria11
COMPLETEJANUARY - MARCH18 RawColiform Bacteria11
COMPLETEJANUARY - MARCH19 RawColiform Bacteria11
COMPLETEJANUARY - MARCH20 RawColiform Bacteria11
COMPLETEJANUARY - MARCH24 RawColiform Bacteria11
COMPLETEJANUARY - MARCH25 RawColiform Bacteria11
COMPLETEJANUARY - MARCH26 RawColiform Bacteria11
COMPLETEJANUARY - MARCH29 RawColiform Bacteria11
COMPLETEJANUARY - MARCH30 RawColiform Bacteria11
COMPLETEJANUARY - MARCH31 RawColiform Bacteria11
COMPLETEFEBRUARYDistributionColiform Bacteria1501
COMPLETEMARCH - MARCH28 RawColiform Bacteria11
COMPLETEMARCHDistributionColiform Bacteria1501
COMPLETEAPRILDistributionColiform Bacteria1501
COMPLETEAPRIL - JUNE6 RawColiform Bacteria11
COMPLETEAPRIL - JUNE7 RawColiform Bacteria11
COMPLETEAPRIL - JUNE9 RawColiform Bacteria11
COMPLETEAPRIL - JUNE11 RawColiform Bacteria11
COMPLETEAPRIL - JUNE12 RawColiform Bacteria11
COMPLETEAPRIL - JUNE13 RawColiform Bacteria11
COMPLETEAPRIL - JUNE14 RawColiform Bacteria11
COMPLETEAPRIL - JUNE15 RawColiform Bacteria11
COMPLETEAPRIL - JUNE16 RawColiform Bacteria11
COMPLETEAPRIL - JUNE17 RawColiform Bacteria11
COMPLETEAPRIL - JUNE18 RawColiform Bacteria11
COMPLETEAPRIL - JUNE19 RawColiform Bacteria11
COMPLETEAPRIL - JUNE24 RawColiform Bacteria11
COMPLETEAPRIL - JUNE25 RawColiform Bacteria11
COMPLETEAPRIL - JUNE26 RawColiform Bacteria11
COMPLETEAPRIL - JUNE28 RawColiform Bacteria11
COMPLETEAPRIL - JUNE29 RawColiform Bacteria11
COMPLETEAPRIL - JUNE30 RawColiform Bacteria11
COMPLETEAPRIL - JUNE31 RawColiform Bacteria11
COMPLETEMAYDistributionColiform Bacteria1501
COMPLETEMAY - JUNE27 RawColiform Bacteria11
COMPLETEJUNEDistributionColiform Bacteria1501
COMPLETEJULYDistributionColiform Bacteria1501
COMPLETEJULY - SEPTEMBER6 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER7 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER9 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER11 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER12 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER13 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER14 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER15 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER16 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER17 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER18 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER19 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER24 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER25 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER26 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER27 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER28 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER29 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER30 RawColiform Bacteria11
COMPLETEJULY - SEPTEMBER31 RawColiform Bacteria11
COMPLETEAUGUSTDistributionColiform Bacteria1501
SEPTEMBERDistributionColiform Bacteria1501
OCTOBERDistributionColiform Bacteria1501
OCTOBER - DECEMBER6 RawColiform Bacteria11
OCTOBER - DECEMBER7 RawColiform Bacteria11
OCTOBER - DECEMBER9 RawColiform Bacteria11
OCTOBER - DECEMBER11 RawColiform Bacteria11
OCTOBER - DECEMBER12 RawColiform Bacteria11
OCTOBER - DECEMBER13 RawColiform Bacteria11
OCTOBER - DECEMBER14 RawColiform Bacteria11
OCTOBER - DECEMBER15 RawColiform Bacteria11
OCTOBER - DECEMBER16 RawColiform Bacteria11
OCTOBER - DECEMBER18 RawColiform Bacteria11
OCTOBER - DECEMBER19 RawColiform Bacteria11
OCTOBER - DECEMBER24 RawColiform Bacteria11
OCTOBER - DECEMBER25 RawColiform Bacteria11
OCTOBER - DECEMBER26 RawColiform Bacteria11
OCTOBER - DECEMBER27 RawColiform Bacteria11
OCTOBER - DECEMBER28 RawColiform Bacteria11
OCTOBER - DECEMBER29 RawColiform Bacteria11
OCTOBER - DECEMBER30 RawColiform Bacteria11
OCTOBER - DECEMBER31 RawColiform Bacteria11
NOVEMBERDistributionColiform Bacteria1501
DECEMBERDistributionColiform Bacteria1501
Fluoride - Operator/Lab Split · 12 requirements
Fluoride - Operator/Lab Split: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARYDistributionFluoride - Operator/Lab Split11
COMPLETEFEBRUARYDistributionFluoride - Operator/Lab Split11
COMPLETEMARCHDistributionFluoride - Operator/Lab Split11
COMPLETEAPRILDistributionFluoride - Operator/Lab Split11
COMPLETEMAYDistributionFluoride - Operator/Lab Split11
COMPLETEJUNEDistributionFluoride - Operator/Lab Split11
COMPLETEJULYDistributionFluoride - Operator/Lab Split11
COMPLETEAUGUSTDistributionFluoride - Operator/Lab Split11
SEPTEMBERDistributionFluoride - Operator/Lab Split11
OCTOBERDistributionFluoride - Operator/Lab Split11
NOVEMBERDistributionFluoride - Operator/Lab Split11
DECEMBERDistributionFluoride - Operator/Lab Split11
Per/Poly-Fluoroalkyls (PFAS) · 38 requirements
Per/Poly-Fluoroalkyls (PFAS): 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARY - MARCHEP 15Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 7Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 12Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 13Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 19Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 20Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 24Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 25Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 28Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 29Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 30Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEMARCHEP 31Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEAPRIL - JUNEEP 15Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEJUNEEP 13Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEJUNEEP 19Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEJUNEEP 25Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEJUNEEP 26Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEJULY - SEPTEMBEREP 15Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEAUGUSTEP 14Per/Poly-Fluoroalkyls (PFAS)16
COMPLETEAUGUSTEP 17Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 6Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 7Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 9Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 11Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 12Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 13Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 16Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 18Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 19Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 24Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 27Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 28Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 29Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 30Per/Poly-Fluoroalkyls (PFAS)16
SEPTEMBEREP 31Per/Poly-Fluoroalkyls (PFAS)16
OCTOBER - DECEMBEREP 15Per/Poly-Fluoroalkyls (PFAS)16
DECEMBEREP 13Per/Poly-Fluoroalkyls (PFAS)16
DECEMBEREP 19Per/Poly-Fluoroalkyls (PFAS)16
Volatile Organics · 38 requirements
Volatile Organics: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARY - MARCHEP 6Volatile Organics141
COMPLETEJANUARY - MARCHEP 7Volatile Organics141
COMPLETEJANUARY - MARCHEP 9Volatile Organics141
COMPLETEJANUARY - MARCHEP 11Volatile Organics141
COMPLETEJANUARY - MARCHEP 15Volatile Organics141
COMPLETEJANUARY - MARCHEP 18Volatile Organics141
COMPLETEJANUARY - MARCHEP 25Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 12Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 13Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 14Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 16Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 19Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 24Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 26Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 29Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 30Volatile Organics141
COMPLETEJANUARY - SEPTEMBEREP 31Volatile Organics141
COMPLETEMARCH - SEPTEMBEREP 28Volatile Organics141
COMPLETEAPRIL - JUNEEP 6Volatile Organics141
COMPLETEAPRIL - JUNEEP 7Volatile Organics141
COMPLETEAPRIL - JUNEEP 9Volatile Organics141
COMPLETEAPRIL - JUNEEP 11Volatile Organics141
COMPLETEAPRIL - JUNEEP 15Volatile Organics141
COMPLETEAPRIL - JUNEEP 18Volatile Organics141
COMPLETEAPRIL - SEPTEMBEREP 17Volatile Organics141
COMPLETEMAY - SEPTEMBEREP 27Volatile Organics141
COMPLETEJULY - SEPTEMBEREP 6Volatile Organics141
COMPLETEJULY - SEPTEMBEREP 7Volatile Organics141
COMPLETEJULY - SEPTEMBEREP 9Volatile Organics141
COMPLETEJULY - SEPTEMBEREP 11Volatile Organics141
COMPLETEJULY - SEPTEMBEREP 15Volatile Organics141
COMPLETEJULY - SEPTEMBEREP 18Volatile Organics141
OCTOBER - DECEMBEREP 6Volatile Organics141
OCTOBER - DECEMBEREP 7Volatile Organics141
OCTOBER - DECEMBEREP 9Volatile Organics141
OCTOBER - DECEMBEREP 11Volatile Organics141
OCTOBER - DECEMBEREP 15Volatile Organics141
OCTOBER - DECEMBEREP 18Volatile Organics141
Inorganics · 20 requirements
Inorganics: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARY - SEPTEMBEREP 6Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 7Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 9Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 11Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 12Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 13Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 14Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 15Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 16Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 18Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 19Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 24Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 25Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 26Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 29Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 30Inorganics127
COMPLETEJANUARY - SEPTEMBEREP 31Inorganics127
COMPLETEMARCH - SEPTEMBEREP 28Inorganics127
COMPLETEAPRIL - SEPTEMBEREP 17Inorganics127
COMPLETEMAY - SEPTEMBEREP 27Inorganics127
Radioactivity - Grab · 20 requirements
Radioactivity - Grab: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARY - SEPTEMBEREP 6Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 7Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 9Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 11Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 12Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 13Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 14Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 15Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 16Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 18Radioactivity - Grab15
COMPLETEJANUARY - SEPTEMBEREP 19Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 24Radioactivity - Grab14
JANUARY - SEPTEMBEREP 25Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 26Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 29Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 30Radioactivity - Grab14
COMPLETEJANUARY - SEPTEMBEREP 31Radioactivity - Grab14
COMPLETEMARCH - SEPTEMBEREP 28Radioactivity - Grab15
COMPLETEAPRIL - SEPTEMBEREP 17Radioactivity - Grab14
COMPLETEMAY - SEPTEMBEREP 27Radioactivity - Grab14
Synthetic Organics · 5 requirements
Synthetic Organics: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARY - SEPTEMBEREP 25Synthetic Organics12
COMPLETEAPRIL - JUNEEP 14Synthetic Organics136
COMPLETEAPRIL - JUNEEP 29Synthetic Organics136
COMPLETEJULY - SEPTEMBEREP 14Synthetic Organics136
COMPLETEJULY - SEPTEMBEREP 29Synthetic Organics136
Disinfection Byproducts (TTHM, HAA5) · 4 requirements
Disinfection Byproducts (TTHM, HAA5): 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
COMPLETEJANUARY 16 - JANUARY 26DistributionDisinfection Byproducts (TTHM, HAA5)211
COMPLETEAPRIL 16 - APRIL 26DistributionDisinfection Byproducts (TTHM, HAA5)211
COMPLETEJULY 15 - JULY 25DistributionDisinfection Byproducts (TTHM, HAA5)211
OCTOBER 13 - OCTOBER 23DistributionDisinfection Byproducts (TTHM, HAA5)211
Lead and copper · 1 requirements
Lead and copper: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
JUNE - SEPTEMBERDistributionLead and copper502
Ammonia · 16 requirements
Ammonia: 2026 requirements as listed September 16
Completed?Monitoring PeriodSample SourceSample Group# of samples# of contams
OCTOBER - DECEMBER7 RawAmmonia11
OCTOBER - DECEMBER9 RawAmmonia11
OCTOBER - DECEMBER11 RawAmmonia11
OCTOBER - DECEMBER12 RawAmmonia11
OCTOBER - DECEMBER13 RawAmmonia11
OCTOBER - DECEMBER14 RawAmmonia11
OCTOBER - DECEMBER15 RawAmmonia11
OCTOBER - DECEMBER16 RawAmmonia11
OCTOBER - DECEMBER18 RawAmmonia11
OCTOBER - DECEMBER19 RawAmmonia11
OCTOBER - DECEMBER24 RawAmmonia11
OCTOBER - DECEMBER25 RawAmmonia11
OCTOBER - DECEMBER26 RawAmmonia11
OCTOBER - DECEMBER29 RawAmmonia11
OCTOBER - DECEMBER30 RawAmmonia11
OCTOBER - DECEMBER31 RawAmmonia11

On narrow screens, scroll within each table to read all columns. Keyboard users can focus the table region and use the arrow keys.

What the waivers cover

The schedule lists source-specific 2026 sampling waivers for asbestos, benzo(a)pyrene, cyanide, dioxin, EDB/DBCP, industrial chemicals, and pesticides. These are monitoring waivers for the listed group and source, not exemptions from contaminant limits, zero results, or a declaration that testing is unnecessary everywhere.

There are 139 waiver appearances representing 137 distinct rows. Pesticides source 30 and source 31 each appear twice in the original; both appearances are retained below on the system profile. The EDB/DBCP list does not include source 25, and the pesticides list does not include sources 14 or 29. Do not extend a listed waiver to an unlisted source.

Asbestos (Inorganic Report Form) · 20 listed rows
Asbestos (Inorganic Report Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
Asbestos (Inorganic Report Form)6Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)7Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)9Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)11Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)12Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)13Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)14Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)15Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)16Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)17Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)18Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)19Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)24Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)25Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)26Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)27Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)28Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)29Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)30Waiver issued - No sampling required during calendar year 2026
Asbestos (Inorganic Report Form)31Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form) · 20 listed rows
Benzo(A)Pyrene (Synthetic Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
Benzo(A)Pyrene (Synthetic Form)6Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)7Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)9Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)11Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)12Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)13Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)14Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)15Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)16Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)17Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)18Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)19Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)24Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)25Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)26Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)27Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)28Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)29Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)30Waiver issued - No sampling required during calendar year 2026
Benzo(A)Pyrene (Synthetic Form)31Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form) · 20 listed rows
Cyanide (Inorganic Report Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
Cyanide (Inorganic Report Form)6Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)7Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)9Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)11Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)12Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)13Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)14Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)15Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)16Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)17Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)18Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)19Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)24Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)25Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)26Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)27Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)28Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)29Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)30Waiver issued - No sampling required during calendar year 2026
Cyanide (Inorganic Report Form)31Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form) · 20 listed rows
Dioxin (Synthetic Report Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
Dioxin (Synthetic Report Form)6Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)7Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)9Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)11Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)12Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)13Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)14Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)15Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)16Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)17Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)18Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)19Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)24Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)25Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)26Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)27Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)28Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)29Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)30Waiver issued - No sampling required during calendar year 2026
Dioxin (Synthetic Report Form)31Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form) · 19 listed rows
EDB/DBCP (Synthetic Report Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
EDB/DBCP (Synthetic Report Form)6Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)7Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)9Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)11Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)12Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)13Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)14Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)15Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)16Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)17Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)18Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)19Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)24Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)26Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)27Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)28Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)29Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)30Waiver issued - No sampling required during calendar year 2026
EDB/DBCP (Synthetic Report Form)31Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form) · 20 listed rows
Industrial Chemicals (Synthetic Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
Industrial Chemicals (Synthetic Form)6Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)7Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)9Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)11Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)12Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)13Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)14Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)15Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)16Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)17Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)18Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)19Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)24Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)25Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)26Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)27Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)28Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)29Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)30Waiver issued - No sampling required during calendar year 2026
Industrial Chemicals (Synthetic Form)31Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form) · 20 listed rows
Pesticides (Synthetic Report Form): source-specific 2026 waiver appearances
Sample groupSource IDDNR decision text
Pesticides (Synthetic Report Form)6Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)7Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)9Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)11Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)12Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)13Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)15Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)16Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)17Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)18Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)19Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)24Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)25Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)26Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)27Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)28Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)30Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)30Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)31Waiver issued - No sampling required during calendar year 2026
Pesticides (Synthetic Report Form)31Waiver issued - No sampling required during calendar year 2026

The schedule does not provide the underlying waiver decision dates, renewal conditions, or a general finding about variances and exemptions. Those records still require separate review.

Reporting and sampling instructions in this schedule

DNR says to use the correct laboratory sheet for each sample’s period, location, and sample group. Its schedule warns that failure to complete a requirement may result in a monitoring violation; that warning is not a finding that a listed blank row is a violation.

The schedule says the utility must prepare and distribute the previous calendar year’s Consumer Confidence Report by July 1, and send DNR the certification form and a copy of the report by July 1.

Wholesale systems must provide relevant monitoring and compliance data to receiving systems for their reports by April 1, unless the parties agree to a different date in their contract. The wholesaler must provide written notification to DNR that it complied with this requirement.

The source header lists a population of 272,000, sampler “WATER QUALITY MGR JOSEPH GRANDE”, and owner “GEN MGR CHRISTINE KNAPP”. These are September 16 snapshot fields, not independently verified current staffing or population. It directs corrections to DNR representative Amy Kubly, 608-219-3068, [email protected]; confirm current contact details in the official schedule.

Water characteristics

Hardness: utility guidance and dated sample results

The utility’s FAQ describes Madison water as “very hard,” with 18–20 grains of hardness per gallon. That statement does not specify a sampling period or calcium-carbonate basis. It is a utility description, not a measurement at your address.

Read the utility’s hardness and household-water FAQ

The reviewed state history separately contains 138 hardness results from 2017, 2020, and 2023: 75 labeled Distribution System and 63 labeled Entry Point. The source names the parameter “HARDNESS, TOTAL (CAC03).” It reports 91 results in MG/L and 47 in UG/L. Those literal units are retained; the values have not been combined into an average, converted to grains per gallon, or used to assign a new hardness category.

Latest reviewed sample date: 8/14/2023

These three results share the latest sample date in the reviewed hardness snapshot. They describe different entry points, not a citywide range or an estimate for every home. Find this system and its hardness history by name or PWSID.

Choose a year to compare source labels, collection locations, and units. Follow a record link for its complete sampling metadata and companion parameters. Blank source fields display —; absence of a qualifier is not a new interpretation of the result.

2023 hardness results · 45 rows
2023 · HARDNESS, TOTAL (CAC03) · original state units
Sample dateSample sourceSource IDWell #Site IDResultUnitsQualifierDNR sample
8/14/2023Entry Point17BF517UW17340MG/L—5442590 · DNR
8/14/2023Entry Point12BF512UW12300MG/L—5442589 · DNR
8/14/2023Entry Point14BF514UW14520MG/L—5442588 · DNR
6/13/2023Distribution System——LN320MG/L—5422202 · DNR
6/13/2023Distribution System——LS310MG/L—5422201 · DNR
6/13/2023Distribution System——THS390MG/L—5422200 · DNR
6/13/2023Distribution System——MS430MG/L—5422199 · DNR
6/13/2023Distribution System——ORS290MG/L—5422198 · DNR
6/13/2023Distribution System——120280MG/L—5422197 · DNR
6/13/2023Distribution System——126340MG/L—5422196 · DNR
6/13/2023Distribution System——228310MG/L—5422195 · DNR
6/13/2023Distribution System——128310MG/L—5422194 · DNR
6/13/2023Distribution System——JMS360MG/L—5422193 · DNR
6/13/2023Distribution System——SH410MG/L—5422192 · DNR
6/13/2023Distribution System——HSR430MG/L—5422191 · DNR
6/12/2023Entry Point26BF56726EP330MG/L—5421703 · DNR
6/12/2023Entry Point16BF51616EP350MG/L—5421702 · DNR
6/12/2023Entry Point19BF51919EP300MG/L—5421701 · DNR
6/12/2023Entry Point6BF5066EP440MG/L—5421700 · DNR
6/12/2023Entry Point27AX01127EP370MG/L—5421699 · DNR
6/12/2023Entry Point30RG70030EP440MG/L—5421698 · DNR
6/12/2023Entry Point29RG65329EP340MG/L—5421697 · DNR
6/12/2023Entry Point9BF5099EP410MG/L—5421696 · DNR
6/12/2023Entry Point11BF51111EP440MG/L—5421695 · DNR
6/12/2023Entry Point24BF52324EP290MG/L—5421694 · DNR
6/12/2023Entry Point25BF52425EP330MG/L—5421693 · DNR
6/12/2023Entry Point28LK01628EP300MG/L—5421692 · DNR
6/12/2023Entry Point31YJ23531EP350MG/L—5421691 · DNR
6/12/2023Entry Point20BF52020EP290MG/L—5421690 · DNR
6/12/2023Entry Point7BF5077EP390MG/L—5421689 · DNR
6/12/2023Entry Point18BF51818EP320MG/L—5421688 · DNR
6/12/2023Entry Point13BF51313EP380MG/L—5421687 · DNR
6/6/2023Distribution System——GS380MG/L—5422190 · DNR
6/6/2023Distribution System——FS5410MG/L—5422189 · DNR
6/6/2023Distribution System——SS420MG/L—5422188 · DNR
6/6/2023Distribution System——225330MG/L—5422187 · DNR
6/6/2023Distribution System——229350MG/L—5422186 · DNR
6/6/2023Distribution System——315360MG/L—5422185 · DNR
6/6/2023Distribution System——ESD360MG/L—5422184 · DNR
6/6/2023Distribution System——TRUAX370MG/L—5422183 · DNR
6/6/2023Distribution System——LBS380MG/L—5422182 · DNR
6/6/2023Distribution System——MDS370MG/L—5422181 · DNR
6/6/2023Distribution System——213370MG/L—5422180 · DNR
6/6/2023Distribution System——MB370MG/L—5422179 · DNR
6/6/2023Distribution System——EAST380MG/L—5422178 · DNR
2020 hardness results · 46 rows
2020 · HARDNESS, TOTAL (CAC03) · original state units
Sample dateSample sourceSource IDWell #Site IDResultUnitsQualifierDNR sample
7/21/2020Distribution System——GS420MG/L—4886265 · DNR
7/21/2020Distribution System——FS-5400MG/L—4886264 · DNR
7/21/2020Distribution System——225330MG/L—4886263 · DNR
7/21/2020Distribution System——229350MG/L—4886262 · DNR
7/21/2020Distribution System——315360MG/L—4886261 · DNR
7/21/2020Distribution System——ESD360MG/L—4886260 · DNR
7/21/2020Distribution System——TRUAX380MG/L—4886259 · DNR
7/21/2020Distribution System——LBS390MG/L—4886258 · DNR
7/21/2020Distribution System——213380MG/L—4886257 · DNR
7/21/2020Distribution System——MB380MG/L—4886256 · DNR
7/21/2020Distribution System——EAST380MG/L—4886255 · DNR
7/14/2020Distribution System——IEM350MG/L—4877135 · DNR
7/8/2020Entry Point27AX011UW27EP380MG/L—4877134 · DNR
7/8/2020Entry Point30RG700UW30EP300MG/L—4877133 · DNR
7/8/2020Entry Point18BF518UW18EP320MG/L—4877132 · DNR
7/8/2020Entry Point19BF519UW19EP300MG/L—4877131 · DNR
7/8/2020Entry Point12BF512UW12EP300MG/L—4877130 · DNR
7/8/2020Entry Point20BF520UW20EP280MG/L—4877129 · DNR
7/8/2020Entry Point26BF567UW26EP330MG/L—4877128 · DNR
7/8/2020Entry Point28LK016UW28EP300MG/L—4877127 · DNR
7/8/2020Entry Point16BF516UW16EP360MG/L—4877126 · DNR
7/8/2020Entry Point14BF514UW14EP490MG/L—4877125 · DNR
7/8/2020Entry Point6BF506UW06EP420MG/L—4877124 · DNR
7/7/2020Entry Point7BF507UW07EP370MG/L—4891665 · DNR
7/7/2020Entry Point24BF523UW24EP280MG/L—4874560 · DNR
7/7/2020Entry Point17BF517UW17EP340MG/L—4874559 · DNR
7/7/2020Entry Point31YJ235UW31EP350MG/L—4874558 · DNR
7/7/2020Entry Point9BF509UW09EP420MG/L—4874557 · DNR
7/7/2020Entry Point25BF524UW25EP330MG/L—4874556 · DNR
7/7/2020Entry Point29RG653UW29EP340MG/L—4874555 · DNR
7/7/2020Entry Point11BF511UW11EP420MG/L—4874554 · DNR
7/7/2020Entry Point13BF513UW13EP380MG/L—4874553 · DNR
7/7/2020Entry Point8BF508UW08EP340MG/L—4874551 · DNR
7/1/2020Distribution System——LN300MG/L—4872334 · DNR
7/1/2020Distribution System——LS290MG/L—4872333 · DNR
7/1/2020Distribution System——MS450MG/L—4872332 · DNR
7/1/2020Distribution System——ORS280MG/L—4872331 · DNR
7/1/2020Distribution System——120280MG/L—4872330 · DNR
7/1/2020Distribution System——126320MG/L—4872329 · DNR
7/1/2020Distribution System——HLG330MG/L—4872328 · DNR
7/1/2020Distribution System——128300MG/L—4872327 · DNR
7/1/2020Distribution System——JMS350MG/L—4872326 · DNR
7/1/2020Distribution System——HF490MG/L—4872325 · DNR
7/1/2020Distribution System——SH490MG/L—4872324 · DNR
7/1/2020Distribution System——HSR430MG/L—4872323 · DNR
7/1/2020Distribution System——WEST380MG/L—4872322 · DNR
2017 hardness results · 47 rows
2017 · HARDNESS, TOTAL (CAC03) · original state units
Sample dateSample sourceSource IDWell #Site IDResultUnitsQualifierDNR sample
9/25/2017Entry Point17BF517UW17323000UG/L—4442016 · DNR
8/14/2017Entry Point27AX011UW27349000UG/L—4414061 · DNR
8/14/2017Entry Point23BF522UW23459000UG/L—4414059 · DNR
8/14/2017Entry Point8BF508UW8320000UG/L—4414057 · DNR
6/7/2017Entry Point30RG700UW30280000UG/L—4379731 · DNR
6/7/2017Entry Point18BF518UW18281000UG/L—4379729 · DNR
6/7/2017Entry Point26BF567UW26283000UG/L—4379727 · DNR
6/7/2017Entry Point12BF512UW12265000UG/L—4379725 · DNR
6/7/2017Entry Point20BF520UW20256000UG/L—4379723 · DNR
6/7/2017Entry Point28LK016UW28272000UG/L—4379721 · DNR
6/7/2017Entry Point16BF516UW16318000UG/L—4379719 · DNR
6/7/2017Entry Point14BF514UW14436000UG/L—4379717 · DNR
6/7/2017Entry Point19BF519UW19271000UG/L—4379715 · DNR
6/7/2017Entry Point6BF506UW6386000UG/L—4379713 · DNR
6/6/2017Entry Point11BF511UW11380000UG/L—4379711 · DNR
6/6/2017Entry Point29RG653UW29303000UG/L—4379709 · DNR
6/6/2017Entry Point15BF515UW15362000UG/L—4379707 · DNR
6/6/2017Entry Point13BF513UW13348000UG/L—4379705 · DNR
6/6/2017Entry Point7BF507UW7347000UG/L—4379703 · DNR
6/6/2017Entry Point24BF523UW24265000UG/L—4379701 · DNR
6/6/2017Entry Point9BF509UW9364000UG/L—4379699 · DNR
6/6/2017Entry Point25BF524UW25300000UG/L—4379697 · DNR
6/6/2017Distribution System——SS399000UG/L—4375804 · DNR
6/6/2017Distribution System——FS5392000UG/L—4375802 · DNR
6/6/2017Distribution System——225305000UG/L—4375800 · DNR
6/6/2017Distribution System——229316000UG/L—4375798 · DNR
6/6/2017Distribution System——315338000UG/L—4375796 · DNR
6/6/2017Distribution System——ESD314000UG/L—4375794 · DNR
6/6/2017Distribution System——EMCC371000UG/L—4375792 · DNR
6/6/2017Distribution System——TRUAX352000UG/L—4375790 · DNR
6/6/2017Distribution System——MDS368000UG/L—4375788 · DNR
6/6/2017Distribution System——213359000UG/L—4375786 · DNR
6/6/2017Distribution System——MB354000UG/L—4375784 · DNR
6/6/2017Distribution System——EAST376000UG/L—4375782 · DNR
6/5/2017Distribution System——LS277000UG/L—4375830 · DNR
6/5/2017Distribution System——THS264000UG/L—4375828 · DNR
6/5/2017Distribution System——MS264000UG/L—4375826 · DNR
6/5/2017Distribution System——ORS261000UG/L—4375824 · DNR
6/5/2017Distribution System——126289000UG/L—4375822 · DNR
6/5/2017Distribution System——120258000UG/L—4375820 · DNR
6/5/2017Distribution System——HLG297000UG/L—4375818 · DNR
6/5/2017Distribution System——128293000UG/L—4375816 · DNR
6/5/2017Distribution System——JMS326000UG/L—4375814 · DNR
6/5/2017Distribution System——HF421000UG/L—4375812 · DNR
6/5/2017Distribution System——SH408000UG/L—4375810 · DNR
6/5/2017Distribution System——HSR359000UG/L—4375808 · DNR
6/5/2017Distribution System——WEST347000UG/L—4375806 · DNR

Hardness history reviewed September 17, 2026. These sample results and the undated FAQ statement are different evidence; neither is a current household-water determination.

Service-line materials

Service-line materials and local lead questions

A service-line inventory describes pipe materials; it is not a water test. Check both the street-side and property-side information for your address, and ask the utility to confirm records that are missing or inconsistent. Building plumbing and fixtures are separate from the service line.

Madison’s inventory webpage says there were no known lead service lines as of November 4, 2025. It explains that its records draw on permits, main taps, meters, maintenance, repairs, and replacements, and that historical records can be inaccurate. The city-linked data checked September 17, 2026 still includes two property-side records coded “CONFIRMED LEAD” and five coded “CONFIRMED GALVANIZED”. Those records have not been reconciled with the dated webpage statement; they are not proof of a particular active connection.

Page 4 of the 2025 annual report separately states that no known lead lines were connected to the Madison system as of December 31, 2025, while warning that historical inventory records can contain inaccuracies and previously unknown lines may be discovered. This later dated statement also remains unreconciled with the two property-side lead-coded records. The report describes a possible rebate covering half the replacement cost, up to $3,000; confirm current eligibility and terms with the utility.2025 report inventory statement and rebate terms

Start with the official service-line inventory and utility’s inventory explanation. For a correction or replacement-program question, call 608-266-4651 or email [email protected]. The utility page says a property with a discovered lead water service may be eligible for a rebate up to $3,000; confirm eligibility before arranging work. Local laboratory and sample-collection guidance addresses questions about water at your tap.

All service-line material categories: street and property sides

The city-linked table returned 65,536 records. The counts below are separate classifications of those same records, not two populations to add together. Each side totals 65,536, including explicit queries for every published category, null value, and empty string. These are database record counts, not a reconciled count of active connections or an address-specific finding.

CONFIRMED LEAD
Street-side records: 0
Property-side records: 2
Street-side count query · Property-side count query
CONFIRMED COPPER
Street-side records: 61370
Property-side records: 58137
Street-side count query · Property-side count query
CONFIRMED GALVANIZED
Street-side records: 0
Property-side records: 5
Street-side count query · Property-side count query
CONFIRMED PLASTIC
Street-side records: 13
Property-side records: 2751
Street-side count query · Property-side count query
CONFIRMED DUCTILE IRON
Street-side records: 3848
Property-side records: 3146
Street-side count query · Property-side count query
CONFIRMED LINED CAST IRON
Street-side records: 181
Property-side records: 167
Street-side count query · Property-side count query
CONFIRMED UNLINED CAST IRON
Street-side records: 70
Property-side records: 57
Street-side count query · Property-side count query
UNKNOWN - MAY CONTAIN LEAD OR GALVANIZED
Street-side records: 0
Property-side records: 0
Street-side count query · Property-side count query
UNKNOWN - DEFINITELY DOES NOT CONTAIN LEAD OR GALVANIZED
Street-side records: 54
Property-side records: 1271
Street-side count query · Property-side count query
NO LATERAL PRESENT
Street-side records: 0
Property-side records: 0
Street-side count query · Property-side count query
NULL (no value)
Street-side records: 0
Property-side records: 0
Street-side count query · Property-side count query
Empty string
Street-side records: 0
Property-side records: 0
Street-side count query · Property-side count query

“UNKNOWN - DEFINITELY DOES NOT CONTAIN LEAD OR GALVANIZED” is the database’s category label for 54 street-side and 1,271 property-side records. It is distinct from “UNKNOWN - MAY CONTAIN LEAD OR GALVANIZED”, whose queried count is zero on both sides. Neither category determines water quality at a tap. Zero here means no records matched that query in this snapshot.

Total-record count query · Official field definitions and category codes

Gooseneck and previously-lead fields: what the records do and do not say

All 65,536 entries in the “LEAD GOOSENECK CURRENTLY PRESENT” field are empty strings. That is missing information, not a “no” response and not evidence that lead goosenecks are absent. The separate “WAS STREET SIDE SERVICE LINE EVER PREVIOUSLY LEAD” field records Y for 5,491 entries and N for 60,045. These historical flags do not identify currently remaining lead lines and should not be equated with the utility’s cumulative replacement-program totals.

LEAD GOOSENECK CURRENTLY PRESENT

Source category codes and record counts
Source valueRecords
Y0
N0
UNK0
NULL (no value)0
Empty string65536

WAS STREET SIDE SERVICE LINE EVER PREVIOUSLY LEAD

Source category codes and record counts
Source valueRecords
Y5491
N60045
UNK0
NULL (no value)0
Empty string0
Lead-in-water testing for licensed childcare and Head Start facilities

Wisconsin DHS offers a voluntary Lead-in-Water Testing and Remediation Initiative for licensed childcare centers and Head Start programs. It works with local public health departments to provide free testing and eligible fixture remediation. This program guidance does not show that a specific Madison facility participated, identify its water provider, or supply that facility’s test results.

  1. Ask about enrollment. Use the DHS-linked interest survey or contact [email protected]. The DHS Dane County directory identifies Public Health Madison & Dane County as the local health department. Ask about current participation arrangements. Renting does not by itself exclude a facility, but the operator is responsible for obtaining landlord approval for sampling or plumbing work.
  2. Plan testing with the sampling team. Inform staff and families, identify water outlets, and develop a facility-specific plan. DHS describes testing the water after it has contacted the building’s plumbing. An annual utility report or earlier source-water test does not replace these outlet-specific samples. The team supplies initial results and arranges follow-up where the program calls for it.
  3. Follow the facility-specific results and instructions. DHS describes restricting affected outlets from drinking or cooking, signage, follow-up sampling, and eligible fixture replacement or filtration. Work with the program coordinator before remediation. Replacement fixtures receive confirmatory sampling under the program; filtered fixtures follow different program procedures.

The DHS page lists a 10 ppb program response trigger. This is the initiative’s trigger for its fixture-testing and remediation process, not a measured Madison result or a determination of utility-wide compliance. Follow the sampling team’s instructions for an actual result; the program includes different initial, follow-up, and final sampling steps.

DHS also offers free environmental-health training worth 0.3 CEUs to staff at current or past participating centers. Contact the program for access. The source reviewed here does not establish eligibility for every K–12 school or public building, and no locally bound facility result set has been verified for this page.

DHS program, eligibility, testing and remediation guidance

DHS page revised July 29, 2026; reviewed September 17, 2026.

Sources and utility roles

Groundwater beneath Madison

Madison Water Utility draws groundwater from the deep sandstone aquifer. Its 2025 annual report describes 21 active wells and more than 920 miles of interconnected pipes for that reporting period. Those figures describe the utility’s network, not the well or provider serving every Madison address.

Look up the utility’s well information for your address, and confirm the provider on your water bill. A mapped well area does not guarantee that one well always supplies a tap; the interconnected network can use different sources.

All 30 entries in the state source register

  • 8 labeled Permanently Abandoned
  • 20 labeled Active
  • 1 labeled Inactive
  • 1 labeled Temporarily out of service

These are DNR’s labels in the September 17, 2026 snapshot. “Active” is a registry status, not confirmation a source is running today. Seasonal availability labels do not supply an operating schedule. The register’s 20 active entries should not be substituted for the annual report’s differently dated count or for the utility’s undated website counts.

Browse all sources, including historical entries
DNR source / well identifierState statusAvailability labelRecorded deactivation date
Source 1Wisconsin well ID: BF501Permanently AbandonedPermanent1987-11-30
Source 2Wisconsin well ID: BF502Permanently AbandonedPermanent1992-11-23
Source 3Wisconsin well ID: BF503Permanently AbandonedPermanent2008-04-04
Source 4Wisconsin well ID: BF504Permanently AbandonedPermanent1992-11-01
Source 5Wisconsin well ID: BF505Permanently AbandonedPermanent2006-06-15
Source 6Wisconsin well ID: BF506ActiveSeasonalNot recorded
Source 7Wisconsin well ID: BF507ActivePermanentNot recorded
Source 8Wisconsin well ID: BF508InactiveSeasonal2022-07-07
Source 9Wisconsin well ID: BF509ActivePermanentNot recorded
Source 10Wisconsin well ID: BF510Permanently AbandonedPermanent2013-08-29
Source 11Wisconsin well ID: BF511ActivePermanentNot recorded
Source 12Wisconsin well ID: BF512ActivePermanentNot recorded
Source 13Wisconsin well ID: BF513ActivePermanentNot recorded
Source 14Wisconsin well ID: BF514ActivePermanentNot recorded
Source 15Wisconsin well ID: BF515ActivePermanentNot recorded
Source 16Wisconsin well ID: BF516ActivePermanentNot recorded
Source 17Wisconsin well ID: BF517ActiveSeasonalNot recorded
Source 18Wisconsin well ID: BF518ActivePermanentNot recorded
Source 19Wisconsin well ID: BF519ActivePermanentNot recorded
Source 20Wisconsin well ID: BF520Temporarily out of servicePermanentNot recorded
Source 22Wisconsin well ID: BF521Permanently AbandonedEmergency2002-10-01
Source 23Wisconsin well ID: BF522Permanently AbandonedSeasonal2023-10-31
Source 24Wisconsin well ID: BF523ActivePermanentNot recorded
Source 25Wisconsin well ID: BF524ActivePermanentNot recorded
Source 26Wisconsin well ID: BF567ActivePermanentNot recorded
Source 27Wisconsin well ID: AX011ActiveSeasonalNot recorded
Source 28Wisconsin well ID: LK016ActiveSeasonalNot recorded
Source 29Wisconsin well ID: RG653ActivePermanentNot recorded
Source 30Wisconsin well ID: RG700ActivePermanentNot recorded
Source 31Wisconsin well ID: YM827ActivePermanentNot recorded

All entries in this snapshot are classified GROUND WATER SOURCE. These are entry-point source records; they are not a complete inventory of reservoirs, pumps, mains or customer connections. A blank deactivation date does not independently establish operating status.

Source protection

Wellhead protection and groundwater recharge

Water pumped from a well draws groundwater toward it through the aquifer. Madison’s wellhead-protection program uses groundwater models and local hydrogeologic information to identify 5-, 50- and 100-year capture zones. Those zones guide land-use restrictions, investigation of potential contamination sources and monitoring.

Capture zones describe groundwater reaching a well over time. They are not water-provider service boundaries or a map of which homes receive that well’s water today. The utility also describes monitoring wells between known or suspected contamination sources and supply wells to help detect movement before it reaches the supply.

All 22 wells and map links on the utility’s protection page
Utility well labelUtility area descriptionOfficial map
Well 6 *Near WestMap for Well 6
Well 7North, Near EastMap for Well 7
Well 8 *Near EastMap for Well 8
Well 9East, SoutheastMap for Well 9
Well 11EastMap for Well 11
Well 12WestMap for Well 12
Well 13NorthMap for Well 13
Well 14WestMap for Well 14
Well 15East, NortheastMap for Well 15
Well 16WestMap for Well 16
Well 17 *CentralMap for Well 17
Well 18SouthMap for Well 18
Well 19Near WestMap for Well 19
Well 20SouthwestMap for Well 20
Well 24Central, Near EastMap for Well 24
Well 25Far EastMap for Well 25
Well 26Far WestMap for Well 26
Well 27 *Near WestMap for Well 27
Well 28 *Far WestMap for Well 28
Well 29Far EastMap for Well 29
Well 30SouthMap for Well 30
Well 31SouthMap for Well 31

* The utility page calls these seasonal wells that typically operate during higher summer demand. This is the source page’s undated description, not a current operating schedule; for example, the newer DNR register labels source 8 inactive. The area descriptions are broad utility labels, not address-level guarantees. Individual map geometry has not been adopted here as a service boundary.

Obtaining the underlying plans

The utility says it voluntarily completed plans for all active wells and directs people seeking the plans or associated materials to 608-266-4654 or [email protected]. The reviewed public page supplies the map links but not the full plan files.

We have not obtained a dated system-wide susceptibility assessment or the full individual plans. An empty “Assessment Requirements” table in DNR’s portal is a different type of record and does not mean no source-water assessment exists. The missing assessment remains an evidence gap, not a finding that the aquifer has no risks.

Treatment records

How treatment differs by source and time

Do all Madison wells use the same treatment? Wisconsin DNR lists 89 process records across 30 entry-point sources, including historical and abandoned sources. Fluoridation and disinfection appear alongside well-specific iron removal, granular activated carbon, aeration, and pH adjustment. Check the well number and process dates before applying an entry to a question about your address.

The state lists pressure-sand filtration for iron removal at sources 7, 19, 29 and 31. At source 15 it records pH adjustment for corrosion control from July 23, 2014 to March 5, 2019, and granular activated carbon for organics removal beginning July 28, 2025. Those entries describe the named source and period; they do not establish treatment at every well or conditions at a household tap.

DNR labels a blank treatment end date “Ongoing.” We show it as a record label, not independent confirmation a process is operating today—some such entries belong to sources labeled permanently abandoned. The state’s placeholder January 1, 1960 start date is displayed as unknown, as it is in DNR’s portal.

DNR source 1: 1 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)1987-11-30
Open DNR source 1
DNR source 2: 1 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)1992-11-23
Open DNR source 2
DNR source 3: 2 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)2008-04-04
Hypochlorination, PostDisinfection100Unknown (state placeholder)2008-04-04
Open DNR source 3
DNR source 4: 1 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)1992-11-01
Open DNR source 4
DNR source 5: 2 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
Hypochlorination, PostDisinfection100Unknown (state placeholder)2006-06-15
FluoridationOther100Unknown (state placeholder)2006-06-15
Open DNR source 5
DNR source 6: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 6
DNR source 7: 4 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Filtration, Pressure SandIron Removal1002015-05-17No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 7
DNR source 8: 3 treatment recordsSource status: Inactive
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
FluoridationOther100Unknown (state placeholder)2022-07-07
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)2022-07-07
Open DNR source 8
DNR source 9: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 9
DNR source 10: 2 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)2013-08-29
Hypochlorination, PostDisinfection100Unknown (state placeholder)2013-08-29
Open DNR source 10
DNR source 11: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Hypochlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 11
DNR source 12: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 12
DNR source 13: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Open DNR source 13
DNR source 14: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 14
DNR source 15: 9 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
FluoridationOther1002025-07-31No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)2019-03-05
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)2019-03-05
Activated Carbon, GranularOrganics Removal1002025-07-28No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PostDisinfection1002025-07-31No end date recorded (DNR: Ongoing)
pH AdjustmentCorrosion Control1002014-07-232019-03-05
Aeration, Packed TowerOrganics Removal1002013-05-012019-03-05
Innovative TreatmentOther1002025-07-31No end date recorded (DNR: Ongoing)
Open DNR source 15
DNR source 16: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Open DNR source 16
DNR source 17: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Open DNR source 17
DNR source 18: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Open DNR source 18
DNR source 19: 4 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Filtration, Pressure SandIron Removal1002026-01-15No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Open DNR source 19
DNR source 20: 3 treatment recordsSource status: Temporarily out of service
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 20
DNR source 22: 2 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
Hypochlorination, PostDisinfection100Unknown (state placeholder)2002-10-01
FluoridationOther100Unknown (state placeholder)2002-10-01
Open DNR source 22
DNR source 23: 2 treatment recordsSource status: Permanently Abandoned
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2021-07-08
FluoridationOther100Unknown (state placeholder)2021-07-08
Open DNR source 23
DNR source 24: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Open DNR source 24
DNR source 25: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 25
DNR source 26: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 26
DNR source 27: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection100Unknown (state placeholder)2023-05-01
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
Open DNR source 27
DNR source 28: 3 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PostDisinfection100Unknown (state placeholder)No end date recorded (DNR: Ongoing)
FluoridationOther1002002-07-08No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection1002002-07-082023-05-01
Open DNR source 28
DNR source 29: 4 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection1002006-04-012023-05-01
Gaseous Chlorination, PostDisinfection1002006-04-01No end date recorded (DNR: Ongoing)
FluoridationOther1002006-04-01No end date recorded (DNR: Ongoing)
Filtration, Pressure SandIron Removal1002010-07-01No end date recorded (DNR: Ongoing)
Open DNR source 29
DNR source 30: 2 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PostDisinfection1002006-08-04No end date recorded (DNR: Ongoing)
FluoridationOther1002006-08-04No end date recorded (DNR: Ongoing)
Open DNR source 30
DNR source 31: 5 treatment recordsSource status: Active
ProcessState objectiveFlow percentageRecorded startRecorded end
Gaseous Chlorination, PreDisinfection1002018-06-012023-05-01
Filtration, Pressure SandIron Removal1002018-06-01No end date recorded (DNR: Ongoing)
FluoridationOther1002018-06-01No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PreDisinfection1002023-05-08No end date recorded (DNR: Ongoing)
Gaseous Chlorination, PostDisinfection1002018-06-012023-05-08
Open DNR source 31

Process and objective names are DNR’s source labels. “Other” and “Innovative Treatment” are not expanded into a guessed technology. Flow percentages refer to the individual process record, not a share of all Madison water. These records do not establish an optimal corrosion-control determination or guarantee household protection.

Facilities and operations

Wells, pumping stations and storage

Madison’s master plan distinguishes three functions: wells bring groundwater to the surface, booster stations move water through or between pressure zones, and reservoirs store water. A “unit well” combines a well, storage and booster pumping; those components work together. Independent wells 9, 20 and 26 are described separately because they deliver water directly to distribution storage.

The May 2020 plan is a historical inventory. Its opening summary lists 22 active supply wells, 10 interzone pumping stations, 12 distribution-storage facilities and more than 900 miles of piping. The utility’s undated About page, checked September 17, 2026, describes 33 reservoirs with over 43 million gallons of storage. These descriptions use different dates and facility groupings and should not be added together or presented as one reconciled current inventory.

The following 77 rows reproduce all five facility tables in Chapter 4. They describe the plan’s period, not current capacity, asset condition or a household pressure guarantee. “gpm” means gallons per minute; the plan uses “mgd” for million gallons per day. Original numbers are retained rather than recalculated.

Table 4-1: Pressure zones10 rows · Chapter 4, page 1
LocationZone numberHydraulic grade (ft)
East31139.6
East41046.5
East51140.0
East6e1080.0
West6w1054.0
West71170.0
West81200.0
West91224.0
West101320.0
West111300.0

East and West labels span multiple source rows; repeated here for clarity. These are dated hydraulic grades, not measurements of pressure at a household tap.

Open the source table in the plan
Table 4-2: Facility numbering and connections22 rows · Chapter 4, page 4
WellWell pressure zoneTransferred to zone via booster stationZone served via tank
66wZone 7 via Station 106Zone 6w via Tank 106
76eNot listed in this tableNot listed in this table
86eNot listed in this tableNot listed in this table
94Not listed in this tableZone 4 via Tank 9
116eNot listed in this tableNot listed in this table
127 & 8Not listed in this tableNot listed in this table
136eZone 5 via Station 213Zone 5 via Tank 313; Zone 6e via Tank 113
146wNot listed in this tableNot listed in this table
156eZone 6e via Station 115; Zone 3 via Station 115; Zone 3 via Station 215Zone 3 via Tank 315
168Not listed in this tableNot listed in this table
176wNot listed in this tableNot listed in this table
186wZone 7 via Station 118Not listed in this table
196wNot listed in this tableNot listed in this table
207Zone 9 via Station 20Zone 7 via Tank 20; Zone 9 via Tank 120
246wNot listed in this tableNot listed in this table
253Not listed in this tableZone 3 via Tank 225
268Zone 10 via Station 26Zone 8 via Tank 26; Zone 10 via Tank 126
276wNot listed in this tableNot listed in this table
288Zone 11 via Station 128Zone 11 via Tank 228
296eZone 3 via Station 129Zone 6e via Tank 229
306wNot listed in this tableNot listed in this table
314Not listed in this tableNot listed in this table

Blank cells are not statements that no other facility or connection exists. Names, numbers and zone relationships are retained as printed; they have not been reconciled to the later DNR register.

Open the source table in the plan
Table 4-3: Unit wells and listed production capacities23 rows · Chapter 4, page 5
Well numberService zoneFlow rate (gpm)12-hour capacity (mgd)24-hour capacity (mdg, as printed)
66w2,4001.733.46
76e2,1001.513.02
86e1,8001.302.59
9 [1]41,7001.222.45
116e2,0001.442.88
127 & 82,4001.733.46
136e2,2001.583.17
146w2,4001.733.46
156e2,2001.583.17
1682,4001.733.46
176w1,8001.302.59
186w2,2001.583.17
196w2,1001.513.02
20 [1]72,0001.442.88
236eAbandonedAbandonedAbandoned
246w2,1001.513.02
2532,2001.583.17
26 [1]82,2001.583.17
276w2,2001.583.17
2882,2001.583.17
29 [2]6e1,2000.841.74
306w2,2001.583.17
3142,2001.583.17

[1] Independent deep well: water delivered directly to distribution.

[2] Well 29 supply capacity is limited by filter capacity. Its printed values are retained without recalculation.

The source prints mdg in its final column heading. No conversion or correction has been applied. For Well 23, Abandoned spans all three capacity cells; repeated here rather than supplying numeric values.

Open the source table in the plan
Table 4-4: Interzone transfer stations10 rows · Chapter 4, page 6
Pumping stationSuction zoneDischarge zonePump configurationFirm pumping capacity (gpm)Firm pumping capacity (mgd)
1066w7Two @ 3.0 mgd2,1003.0
2136e5One @ .43 mgd; One @ .72 mgd3000.43
115*6e6eTwo @ 3.0 mgd2,1003.0
1156e3Two @ 3.0 mgd2,1003.0
1186e7Three @ 1.4 mgd1,9502.8
12079Two @ 3.0 mgd2,1003.0
126810One @ 2.0 mgd; One @ 3.0 mgd1,3902.0
128811Two @ 1.4 mgd9701.4
1296e3Two @ 0.6 mgd; Two @ 1.7 mgd2,0152.9
2156e3One @ 1.3 mgd; One @ 1.4 mgd9001.3

* Reservoir 115 can pump to either Zone 6e or Zone 3 in its fill-and-repump mode. The two 115 rows describe different discharge zones; they are not silently combined.

Open the source table in the plan
Table 4-5: Distribution storage facilities12 rows · Chapter 4, page 6
Tank numberPressure zoneVolume (gallons)Overflow elevation (feet)
3153500,0001137.6
2253500,0001139.6
943,000,0001046.5
3135300,0001140.0
1136e1,032,0001080.0
1066w6,000,0001054.8
2074,200,0001170.6
1209100,0001244.6
2684,000,0001200.0
12610250,0001320.6
2296e6,000,0001080.0
228111,000,0001300.0

The plan distinguishes distribution storage from the smaller reservoirs associated with unit wells. These table rows are not a complete current count of all utility reservoirs.

Open the source table in the plan
Why the plan’s counts do not all match

The introductory summary lists 10 interzone stations and 12 distribution-storage facilities. Later prose refers to eight stations and describes storage types totaling ten, while the storage table contains twelve rows. Well 23 is labeled abandoned in the capacity table but also appears in the historical seasonal-well discussion. We retain those differences instead of choosing a count or inferring today’s operations.

Seasonal operation described in the historical plan

Section 4.9.7 lists wells 8, 17, 23, 27 and 28 as seasonal and generally off during winter, with higher summer demand. That describes the planning record. It is not a present switching schedule: the September 17, 2026 DNR snapshot labels source 8 inactive and source 23 permanently abandoned.

Past operating descriptions, registry labels and current utility instructions have different purposes. For work affecting your street or current operations, use the utility’s projects information and official updates. This page does not provide a live outage or operating-status feed.

July operating reports and August 2026 capital updates

The August 25 board records add dated operating and project detail between annual reports. The July reporting period, August status dates and future milestones are kept separate. They do not describe live service at a particular address.

Blank source cells read “Not listed.” Explicit zeroes remain zeroes. Scroll within wide tables and charts; keyboard users can focus the region and use the arrow keys.

July 2026 production by region

The July 2026 attachment labels the daily-surplus quantities in million gallons; the well-count column is a count. Regional groupings describe utility operations, not service boundaries for a particular address. Blank waste cells remain blank rather than being converted to zero.

The daily table reports a -0.3 surplus/(deficiency) for Region D. This is a dated operating measure, not a water-quality result, current outage notice or household-pressure assessment. Totals and rounded values are reproduced as printed.

The three year-to-date charts use billion gallons and compare 2024, 2025 and 2026. Their exact printed labels appear below. The daily regional line chart has no exact per-day value labels; its original image is preserved without estimating values from the lines.

Daily production surplus (million gallons, except well count)

RegionWellsCapacity (max)Capacity (reliable)PumpageWasteNet productionSurplus/(Deficiency)
AB823.412.811.0Not listed11.01.8
C1028.822.313.8Not listed13.88.5
D39.15.96.2Not listed6.2-0.3
Total2161.341.030.9Not listed30.910.1

Printed year-to-date chart values (billion gallons)

YearPumpagePump to wasteProduction
20245.390.295.10
20255.370.075.31
20265.590.065.54
Daily production by Region AB, C and D in July 2026. The vertical axis runs from 0M to 14M in 2M labelled intervals; weekly date labels are July 5, 12, 19 and 26. Individual daily values are not labelled. Original official attachment, page 1.
Daily production by Region AB, C and D in July 2026. The vertical axis runs from 0M to 14M in 2M labelled intervals; weekly date labels are July 5, 12, 19 and 26. Individual daily values are not labelled.
Open original chart in the official PDF

Official board attachment (PDF)

All 21 wells and monthly utilization

The July 2026 report gives year-to-date capacity and production in million gallons for 21 wells, three regional subtotals and a total. Utilization is the report’s printed percentage; it is not a contaminant concentration or a household-service assignment.

The separate regional chart rounds year-to-date production to billion gallons. The monthly table compares 2025 with January–July 2026. August–December 2026 cells are blank in the source. The original color legend runs from 25% to 75% utilization; the numeric percentages below preserve the values without relying on color.

Year-to-date well utilization

Region or wellYTD capacity (million gallons)YTD production (million gallons)Utilization rate (%)
Region AB5,1131,96939
WELL-0767228442
WELL-0950419439
WELL-1158026946
WELL-1373315822
WELL-1567237956
WELL-2561117128
WELL-2967232448
WELL-3167219128
Region C6,5252,59040
WELL-0673328739
WELL-1264131449
WELL-1473346163
WELL-1755010619
WELL-1861138864
WELL-1970215322
WELL-2067217827
WELL-2466423836
WELL-27550397
WELL-3067242663
Region D2,03097648
WELL-1667238457
WELL-2667242563
WELL-2868716724
Total13,6695,53640

Printed regional chart values

RegionYTD production (billion gallons)
AB1.97
C2.59
D0.98

Utilization rate by month and region

MonthAB 2025AB 2026C 2025C 2026D 2025D 2026
January33%35%36%38%42%39%
February33%37%41%40%43%43%
March33%35%38%38%43%41%
April35%36%40%40%43%41%
May37%40%41%40%43%51%
June39%41%41%38%46%56%
July38%46%42%45%45%65%
August38%Not listed42%Not listed46%Not listed
September39%Not listed44%Not listed47%Not listed
October36%Not listed42%Not listed44%Not listed
November34%Not listed38%Not listed41%Not listed
December34%Not listed38%Not listed38%Not listed

Official board attachment (PDF)

Well 20 offline record, dated August 15, 2026

This attachment is listed with the July reports but prints August 15, 2026 as its own date. Its expected return date is a forecast, not evidence that the well later returned to service.

The printed note defines GPM as gallons per minute and states that 1,000 gpm equals 1.44 MGD (million gallons per day). The source contains one offline-well row; this dated list does not establish today’s operating status.

Status of unit wells offline for repairs or upgrades

RegionUnit wellLost supply (GPM)Date offlineExpected onlineStatus of repair/replacement
C202,20005/202610/2026Tank Re-Painting Project is On-Going

Official board attachment (PDF)

June–July 2026 maintenance and asset totals

The July operations report compares June, July and 2026 year-to-date totals. Asset counts and open work orders are embedded in the source’s row labels; their monthly cells are blank. Values such as zero feet of pipe lining and zero June valve repairs are explicit zeroes, not missing data.

The hydrant row immediately below “No. Re-painted” has a clipped label: only “Water Connections)” is visibly readable. Its values are 22, 20 and 221. The PDF’s hidden text overlaps the previous row with a longer backflow-preventer label. The visible label is preserved here without silently reconstructing it; consult the original for that source defect.

These are dated utility-wide work totals, not a record of completed work or notice delivery at a particular address. “Unidirectional Flushing Runs” uses miles; “Conventional Flushing Runs” uses a count.

Hydrants — June, July and 2026 year-to-date

Measure / printed asset totalJun-26Jul-262026 YTD total
Total in Service - 9,585Not listedNot listedNot listed
No. Replaced3132
No. of Inspections6455063,513
No. Repaired2633
Unidirectional Flushing Runs (miles)108100379
Conventional Flushing Runs (each)142107350
No. Re-painted6535791,466
Water Connections)2220221

Valves — June, July and 2026 year-to-date

Measure / printed asset totalJun-26Jul-262026 YTD total
Total System valves - 16,223Not listedNot listedNot listed
Total Large Service valves - 4,349Not listedNot listedNot listed
Total Hydrant valves - 7,120Not listedNot listedNot listed
No. Replaced2639
No. of Inspections4366136,660
No. Repaired0556

System Leaks — June, July and 2026 year-to-date

Measure / printed asset totalJun-26Jul-262026 YTD total
Total Miles in Service - 929Not listedNot listedNot listed
Number of Main Leaks Repaired214143
Number of Service Leaks Repaired1527

Operational Projects — June, July and 2026 year-to-date

Measure / printed asset totalJun-26Jul-262026 YTD total
Cast-in-place pipe lining (feet)000
Pavement repair (open work orders) - 375Not listedNot listedNot listed
Pavement repair (closed work orders)213793
Terrace repair (open work orders) - 50Not listedNot listedNot listed
Terrace repair (closed work orders)531295

Official board attachment (PDF)

Service expectations in the August board memos

The August 25 production memo names Joseph Grande, Water Resources Manager, and January Vang, Interim General Manager. It describes board expectations for proper hydrant flow for fire protection, customer-tap pressure meeting low/high/emergency-operation criteria, and outdoor irrigation under drought-free conditions. These expectations are not measurements or a current-service guarantee.

The August 25 operations memo names January Vang, Interim Water Utility General Manager, and Tom Rosemeyer, Operations Manager. It describes expectations for minimal unplanned interruptions, adequate notice of planned interruptions, and notice of maintenance that significantly reduces flow or pressure or causes discoloration. The memo does not document delivery of a particular notice.

These dated staffing attributions differ from the 2025 report’s officeholders and the separate DNR owner-name field. They are preserved in their own source periods rather than used to overwrite historical records or establish who holds each role today.

Official board attachment (PDF)

August operations memo

August 2026 capital spending and project stages

The August 25 capital memo names Pete Holmgren, Chief Engineer, and January Vang, Interim General Manager; the presentation names Adam Wiederhoeft, P.E., with the printed title “Principle Engineer.” All project stages and upcoming work below describe that report date.

The capital memo describes four planning expectations: prudent rates and capital funding driven by reliability, operating or regulatory requirements, replacement, relocation, asset life or customer input; timely resource and infrastructure planning; coordination with the City’s Comprehensive Plan; and consideration of governmental or private participation in regional infrastructure and supply planning.

Actual expenditures and encumbrances are different measures. Encumbrances represent committed funds, not proof that construction is complete. The source’s approximate amounts, reporting periods and categories are preserved below. Its 2026 water-main replacement target is attributed to the PSC rate order and proration using a May 1, 2026 effective date; this statement is not the effective tariff itself.

Unit Well 12 reconstruction: $10.3 million budget identified as a Safe Drinking Water Loan. The August report labels the project pre-construction, with loan-closure proceedings, an on-site preconstruction meeting after Labor Day and initial material-submittal reviews. Upcoming work lists permit finalizations for site review and structure demolitions, and a September start-work letter to the contractor. These were forecasts, not subsequent completion findings.

Reservoir 20 recoating and maintenance: printed budget $2.0 million*, with no explanation of the asterisk visible on that slide. The August report labels the project construction and lists exterior surface blasting, flow-meter installation coordination, structural-beam replacements, and replacement of overflow structure and piping. Upcoming work lists utility installation of the overflow structure in the fall and interior/exterior coating applications. Neither the budget asterisk nor later project status is inferred.

Reported spending and commitments

MeasurePeriod / scopeAmount as reported
Actual expenditures plus encumbrancesThrough July 2026~$20,426,000
Actual expendituresJuly 2026~$76,000
Facilities actual expendituresJuly 2026~$65,000
Fleet/other actual expendituresJuly 2026~$6,000
Pipeline actual expendituresJuly 2026~$5,000
Water-main replacement targeted spend2026, prorated May 1 rate change~$8,000,000
Water-main replacement actual expendituresThrough July 2026~$520,000
Water-main replacement encumbrances plus actual expendituresThrough July 2026~$7,910,000

Official board attachment (PDF)

Capital-project memo and amount qualifications

Engineering program and historical bid-price analysis

The August presentation describes an engineering internship program operating since 2011 with 15 interns to date. It describes semester/summer terms generally January 1–August 31 or May 20–December 20, entry-level engineering experience, and mentorship rotating annually among engineering staff with work across the utility.

The printed qualification alternatives are enrollment in an accredited bachelor’s program in Civil, Environmental, Construction Management, Geological or a related engineering field; a recent graduate of a two-year, four-year or graduate program; or enrollment in good standing in an associate Civil Engineering Technology program with at least one year completed by the internship start. These are historical program descriptions, not a current recruitment or eligibility offer.

The 2026 selection summary reports 41 applications, 18 meeting minimum qualifications and referred for interviews, 15 interviews scheduled, 11 completed, one offer and one acceptance. It says four candidates withdrew before interview and attributes most screening exclusions to eligibility requirements. The first offer was accepted.

Of 15 interns since 2011, the report identifies two hired permanently at the utility and now serving as mentors/engineers, eight in private consulting/design/construction firms, and two completing degrees. It does not account for every person’s placement. Recruiting institutions listed are UW–Madison (12), UW–Platteville, University of North Dakota and University of Kansas; do not assign unprinted counts to the latter institutions.

The report introduces Jazmin Lara, University of Wisconsin–Madison December 2025, Biological Systems Engineering, with a January–August work term. Example assignments include main-construction plans, construction inspection, public/board meeting participation, bid analysis, main/service repair observation, quality control, utility-wide job shadowing, and surveying/record drawings. The bid-analysis presentation is attributed to her.

The presentation attributes the listed bid-price changes to changes in annual construction specifications, material shortages/sourcing, inflation and competitive-bidding fluctuations. These are the report’s explanations, not an independent cost study. Its dashboard describes 2015–2025 coverage, generally 7–10 projects per year except five in 2022, and 75 projects total; it also states that not every bid item appeared every year. Those source scope statements are retained without inventing a reconciled project list.

The winning-bid dashboard shows the eight-inch water-main selector active. It separately charts average winning prices and total footage, and lists a winning compound annual growth rate of 8.25%, high winning bid $285.00 (2025), low $62.11 (2015), and average bid $122.21. The displayed price axis is dollars; do not infer values for unselected pipe sizes.

The all-bids dashboard has item 70003 selected: furnish and install 8-inch pipe and fittings, L.F. It separately shows $136.22 average price, 8.42% compound annual growth rate and a $229.11 projected 2026 price. Its actual and projected series and winning/all-bid comparison are retained in the original image. A projection is not an awarded price, a customer water rate or an actual construction expenditure. Unlabelled bars have not been converted into estimated numbers.

The presentation lists Adam Wiederhoeft at [email protected] and Jazmin Lara at [email protected] for questions. These contacts belong to the August 25 presentation and are not confirmation of current staffing.

Report-attributed notable 2026 bid-price changes

Bid itemChange reported
1-inch copper service lateralsIncreased by 107%
6-inch ductile-iron pipe and fittingsIncreased by 22%
Adjusting a water valve boxDecreased by 42%
Abandoning a water valve access structureDecreased by 23%
Winning-bid dashboard with the eight-inch pipe-size selector active, a 2015–2025 average-price line chart, a labelled total-footage chart and high/low/average price and growth-rate summaries. Original official attachment, page 14.
Winning-bid dashboard with the eight-inch pipe-size selector active, a 2015–2025 average-price line chart, a labelled total-footage chart and high/low/average price and growth-rate summaries.
Open original chart in the official PDF
All-bids dashboard comparing average and winning prices, 2015–2025 actual averages and a separately labelled 2026 projected price. The winning/all-bid comparison bars lack exact labels. Original official attachment, page 15.
All-bids dashboard comparing average and winning prices, 2015–2025 actual averages and a separately labelled 2026 projected price. The winning/all-bid comparison bars lack exact labels.
Open original chart in the official PDF

Official board attachment (PDF)

Official board attachments reviewed September 17, 2026. The retained records include three memos and five attachments, 24 pages in total.

Public decisions

Water Utility Board: decisions and participation

The City owns and operates Madison Water Utility. The board’s public records help customers follow budgets, projects and operating decisions. Sources below were checked September 17, 2026.

What the board oversees

The official legislative portal attributes the board’s responsibilities to Madison General Ordinance 13.01. Its description assigns management and supervision of the Water Utility and related matters, subject to the general control and supervision described for the Mayor and Common Council.

The description says the Council exercises oversight through ordinances governing the board’s operation and approval of contracts between the Water Utility and other departments. It gives the board authority to make rules and regulations for utility management and protection.

The board must keep accounts in the form prescribed by the Public Service Commission, with the books open to the public, and issue an annual report available to the Common Council. This summarizes the portal’s description checked September 17, 2026; it is not an independent interpretation of the ordinance.

Official board description

Attend, comment, or request an accommodation

Open the official board calendar, select the year or date range, and open the agenda for the meeting you plan to attend. The calendar defaults to a limited date range; an empty view does not establish that no earlier meetings or records exist. Meeting details, agendas, packets and minutes have different purposes: an agenda lists proposed business; minutes record proceedings when published.

The August 25, 2026 agenda specified an in-person meeting at 4:30 PM at 119 E. Olin Ave. It invited written comments on agenda items at [email protected]. Before the meeting began, people could register to speak, answer questions, or register support or opposition to an agenda item without speaking.

That agenda offered interpretation, translation and disability-related accommodations at no cost, with instructions in English, Spanish, Chinese and Hmong. It listed 608-206-1718 and [email protected] for these requests. Confirm the contact and arrangements in the agenda for your intended meeting; these are the August agenda’s published instructions, not a standing guarantee of format or contact availability.

On September 17, the official calendar listed September 29, 2026 at 4:30 PM at 119 E. Olin Ave. Its downloadable calendar entry gave 5:30 PM as the end time but included no timezone identifier. The agenda, packet, minutes and video fields were not available in that snapshot. Check the calendar again for the actual agenda before making plans; this listing does not prove that a meeting took place.

August 25, 2026 agenda (PDF)

Follow budgets, projects and operating reports

The August 25, 2026 agenda included 2027 capital and operating budget requests; proposed interruptible electric-service agreements; proposed backup-generation service agreements, including a standby generator at utility facilities; and a board education session about the Public Service Commission of Wisconsin. An agenda item is not evidence that a proposal was approved, funded or completed.

The same agenda linked monthly water-production, financial-conditions, capital-project, operations and public-information reports. Water-production attachments separately covered production, well utilization and offline wells for July 2026. Financial conditions were dated July 31, 2026; the capital-project report was dated August 25. These dated attachments are useful for following changes between annual water-quality reports.

Use the meeting record and published minutes to trace decisions, then read the relevant attachment for its reporting period and limits. This section identifies the August agenda’s records; it does not substitute their titles for reviewed project or operating results.

August 25, 2026 agenda (PDF)

Eight membership records in the September 17 snapshot

The portal’s “Current” filter displayed these eight records, including one vacancy. Blank fields are shown as “Not listed.” Dates, the “Termed-out” label, the 12/31/9999 placeholder and the source’s wording are preserved; they are not independent confirmation of appointment status or an indefinite term.

VACANCY

Details
Common Council or Resident Member One-year/five-year term. Termed-out: 4/20/2027
Start Date
4/21/2026
End Date
Not listed
E-mail
Not listed
Web Site
Not listed
Appointed By
Mayor/Council Confirms

Brandon Macomber

Details
Public Health Director of Designee Five-year term. Termed-out: 12/31/9999
Start Date
9/15/2025
End Date
Not listed
Web Site
Not listed
Appointed By
Not listed

Curtis A. Witynski

Details
Resident Member Five-year term. Termed-out: 9/30/2030
Start Date
10/8/2024
End Date
9/30/2030
Web Site
Not listed
Appointed By
Mayor/Council Confirms

Debra R. Simon

Details
Resident Member Five-year term. Termed-out: 9/30/2028
Start Date
11/20/2018
End Date
9/30/2028
Web Site
Not listed
Appointed By
Mayor/Council Confirms

Eric J. Callisto

Details
Resident Member Five-year term. Termed-out: 9/30/2029
Start Date
1/23/2024
End Date
9/30/2029
E-mail
Not listed
Web Site
Not listed
Appointed By
Mayor/Council Confirms

Patrick E. Delmore

Details
Resident Member Five-year term. Termed-out: 9/30/2027
Start Date
7/2/2013
End Date
9/30/2027
Web Site
Not listed
Appointed By
Mayor/Council Confirms

Regina M. Vidaver

Details
Common Council Member One-year term. Termed-out: 4/20/2027
Start Date
12/10/2024
End Date
4/20/2027
Web Site
https://www.cit...ncil/district5/
Appointed By
Mayor/Council Confirms

Robert J. Abrahamian

Details
Resident Member Five-year term. Termed-out: 9/30/2026
Start Date
9/6/2022
End Date
9/30/2026
Web Site
Not listed
Appointed By
Mayor/Council Confirms

Check the official membership list for changes

Official board calendar and membership · Reviewed August agenda

Provider and map context

Madison’s mapped residential inventory footprint

Confirm your provider on your water bill or with the utility. City limits and a shaded map are not proof that a particular property is connected.

EPA’s record for WI1130224 identifies Madison Water Utility and links to the utility’s lead-service-line inventory. It labels the polygon “Residential Area” and records the method as “Buffered lead service line inventory by 150 meters.” The buffer extends beyond inventory locations; this is not an exact boundary of connected properties or a complete current service-area determination.

Mapped feature
Lead Service Line Inventory
Reported polygon area
215.82 km² (including the buffer)
Original creation date
Not recorded
Verification and confirmation fields
Blank in the source
State and federal identifiers
Wisconsin: 11302247 · EPA: WI1130224
Snapshot reviewed
September 17, 2026; this is not the polygon’s creation date.

Interactive boundary map

Explore the mapped residential inventory footprint

Pan and zoom

The teal shape is an inventory-derived residential footprint with a 150-metre buffer. Pan or zoom for geographic context. Neither a point inside the shape nor one outside it establishes service, pipe material, or water quality at an address.

Loading the reviewed boundary…

Boundary source: EPA Water System Boundaries; source-record date not recorded; 215.82 km² including the buffer. This preview uses a preserved snapshot, not live coverage. Base-map tiles © OpenStreetMap contributors. Open the official EPA map.

Madison’s Water Quality at My Address toollinks an address to estimated well contributions based on 2017 operating simulations. Those estimates can change with operations and do not identify which well is supplying a tap today. If the address is missing or the provider is uncertain, call the Water Quality Section at 608-266-4654.

EPA boundary map and methodology ·Utility inventory linked by EPA ·Reviewed GeoJSON snapshot. The source does not establish a currently confirmed, complete provider boundary.

Water transfers

Other systems named in Madison’s water-export records

DNR lists Madison Water Utility (PWSID 11302247) as the source system in 12 export records naming five receiving systems. The receiving systems’ own import listings corroborate those rows. This does not establish that Madison directly bills or exclusively serves every customer in those places.

Several records name the same receiver, including multiple entries dated March 4, 2024 for Maple Bluff and Shorewood Hills. We retain each state record rather than treating the rows as 12 distinct active contracts. One Danville record has both start and end dates of May 25, 2016; a separate Danville entry starts May 9, 2018 with no end date shown.

Receiving system / PWSIDRecorded startRecorded endState transfer record
MAPLE BLUFF WATERWORKS11302346Unknown (state placeholder)Not recorded155103
SHOREWOOD HILLS WATERWORKS11302368Unknown (state placeholder)Not recorded155107
WAUNONA SANITARY DISTRICT 211307428Unknown (state placeholder)Not recorded155553
RIMROCK ROAD NEIGHBORHOOD113275911996-05-13Not recorded7873259
DANVILLE DRIVE SERVICE AREA113409892016-05-252016-05-2560097770
DANVILLE DRIVE SERVICE AREA113409892018-05-09Not recorded67623022
SHOREWOOD HILLS WATERWORKS113023682024-03-04Not recorded108639230
SHOREWOOD HILLS WATERWORKS113023682024-03-04Not recorded108639231
SHOREWOOD HILLS WATERWORKS113023682024-03-04Not recorded108639232
MAPLE BLUFF WATERWORKS113023462024-03-04Not recorded108639233
MAPLE BLUFF WATERWORKS113023462024-03-04Not recorded108639234
MAPLE BLUFF WATERWORKS113023462024-03-04Not recorded108639207

DNR displays its January 1, 1960 placeholder as “unknown”; those entries do not establish a 1960 start. The listing does not provide the underlying agreement terms, volumes or routine-versus-emergency conditions. No end date is not proof of a current contract. Madison’s own import table returned no rows; that is not proof no interconnection or emergency import exists.

Source: DNR Madison export listing and the linked receiver import listings, checked . The transfer direction shown here is Madison → named receiver.

Inspections

Sanitary surveys and inspection history

What did Wisconsin DNR flag during Madison Water Utility inspections? A sanitary survey checks facilities and operations. DNR lists 10 sanitary-survey visits, 13 annual inspections, and 33 findings. Open a dated finding for its due date and recorded action; a blank completion field does not tell you whether work occurred.

What the April 20, 2026 survey records say

The six findings concern well-house meter testing, emergency-well abandonment agreements, cross-connection control, reservoir overflow screens, well vent screens, and storage inspections. The recorded due dates run from June 1, 2026 to December 31, 2027.

Completion dates and actions-taken fields are blank for these six entries in the September 17 snapshot. A blank field does not prove work remains uncorrected. Ask the utility or DNR for the current disposition; these findings are not a live water advisory.

2026 survey findings

Pumps/Pump Facilities and Controls

The well house meters are not tested every 2 years.

Inspection date
2026-04-20
State severity
Deficiency (MAJOR)
Code citation
810.13(2)(e)
Recorded compliance due date
2027-12-31
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 129709618

Source (Protection, Physical Components, and Condition)

Emergency wells do not have an updated extended abandonment agreement on file with the department.

Inspection date
2026-04-20
State severity
Deficiency (MAJOR)
Code citation
810.22; 811.13
Recorded compliance due date
2026-12-31
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 129533360

Water System Management/Operation

System is not implementing a comprehensive Cross-Connection Control Program.

Inspection date
2026-04-20
State severity
Deficiency (MAJOR)
Code citation
810.15(1)
Recorded compliance due date
2026-12-01
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 129709684

Finished Water Storage

Overflows of ground level reservoirs are not provided with a sufficient 24-mesh noncorrodible screens.

Inspection date
2026-04-20
State severity
Deficiency (MAJOR)
Code citation
811.64(4)
Recorded compliance due date
2026-07-01
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 129709566

Pumps/Pump Facilities and Controls

There is not at least one adequately sized well vent installed with a 24-mesh non-corrodible screen.

Inspection date
2026-04-20
State severity
Deficiency (MAJOR)
Code citation
811.36(1)
Recorded compliance due date
2026-07-01
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 129709584

Finished Water Storage

Water storage facilities are not sufficiently inspected at least once every 5 years with proper inspection documentation.

Inspection date
2026-04-20
State severity
Deficiency (MAJOR)
Code citation
810.14
Recorded compliance due date
2026-06-01
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 129709567
2023 survey findings

Treatment

The backwash discharge at well 7 contained a cross conneciton.

Inspection date
2023-04-26
State severity
Deficiency (MAJOR)
Code citation
810.15
Recorded compliance due date
2023-09-01
Recorded compliance achieved date
2023-06-05
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 100902337

Finished Water Storage

Overflows of ground storage reservoirs are not provided with a sufficient 24-mesh non corrodible screen.

Inspection date
2023-04-26
State severity
Deficiency (MAJOR)
Code citation
811.64(4)
Recorded compliance due date
2023-07-01
Recorded compliance achieved date
2023-06-05
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 100852585

Water System Management/Operation

System is not maintaining and practicing a comprehensive Emergency Operations Plan.

Inspection date
2023-04-26
State severity
Deficiency (MAJOR)
Code citation
810.23(2)
Recorded compliance due date
2023-07-01
Recorded compliance achieved date
2023-06-05
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 100852591

Finished Water Storage

The reservoir overflow flappers at towers 113 and 313 are not providing sanitary seals.

Inspection date
2023-04-26
State severity
Deficiency (MAJOR)
Code citation
Not shown
Recorded compliance due date
2023-07-01
Recorded compliance achieved date
2023-06-05
Location description
Not shown

Observation: Not shown in state record

Actions taken: Not shown in state record

DNR finding 100902276
2020 survey findings

Finished Water Storage

Overflows of elevated storages are not provided with a sufficient 4 mesh non corrodible screen and/or ground level overflows are not provided with a sufficient 24 mesh noncorrodible screen.

Inspection date
2020-07-21
State severity
Deficiency (MAJOR)
Code citation
811.64(4)
Recorded compliance due date
2020-08-31
Recorded compliance achieved date
2020-08-10
Location description
Not shown

Observation: The screens on the overflow of the ground reservoir next to well 19 need to be replaced.

Actions taken: Not shown in state record

DNR finding 77874119

Pumps/Pump Facilities and Controls

The required valves and/or appurtenances are not installed in the well discharge piping.

Inspection date
2020-07-21
State severity
Deficiency (MAJOR)
Code citation
811.37(5)
Recorded compliance due date
2020-08-31
Recorded compliance achieved date
2020-08-05
Location description
Not shown

Observation: The screen on the discharge of the avrv at well 20 needs to be replaced to allow proper air movement.

Actions taken: Not shown in state record

DNR finding 77874121

Pumps/Pump Facilities and Controls

There is not at least one adequately sized well vent installed through the well pump casing, well seal, or concrete pump base which terminates at least 24" above the floor in reverse bend (or mushroom style cap) with a 24-mesh screen.

Inspection date
2020-07-21
State severity
Deficiency (MAJOR)
Code citation
811.36(1)
Recorded compliance due date
2020-08-31
Recorded compliance achieved date
2020-08-05
Location description
Not shown

Observation: The well vent at well 9 is horizontal and may be < 24-inches above the floor. The well vent screens at wells 12 and 25 are not 24-mesh. The well vents at wells 8, 9, 11, 12, 13, 14, 17, and 23 may be undersized.

Actions taken: Not shown in state record

DNR finding 77874122
2017 survey findings

Distribution Systems

A current, adequate, distribution system map is not available or a copy of the map is not on file with the Department.

Inspection date
2017-06-28
State severity
Deficiency (MAJOR)
Code citation
810.26(2)
Recorded compliance due date
2017-10-18
Recorded compliance achieved date
2017-10-09
Location description
Not shown

Observation: An updated map needs to be submitted.

Actions taken: Not shown in state record

DNR finding 64715862

Pumps/Pump Facilities and Controls

Backflow protection is not provided for threaded faucet(s) at this facility.

Inspection date
2017-06-28
State severity
Deficiency (MAJOR)
Code citation
811.06
Recorded compliance due date
2017-08-18
Recorded compliance achieved date
2017-06-29
Location description
Not shown

Observation: A hose bib vacuum breaker is needed at well 18.

Actions taken: Not shown in state record

DNR finding 64715857

Pumps/Pump Facilities and Controls

The well is not adequately sealed.

Inspection date
2017-06-28
State severity
Significant Deficiency (SIGNIFICANT)
Code citation
811.31(1); 811.32(1)
Recorded compliance due date
2017-08-18
Recorded compliance achieved date
2017-06-29
Location description
Not shown

Observation: There are openings in the base of well 20.

Actions taken: Not shown in state record

DNR finding 64715855

Pumps/Pump Facilities and Controls

There is not at least one adequately sized well vent installed through the well pump casing, well seal, or concrete pump base which terminates at least 24" above the floor in reverse bend (or mushroom style cap) with a 24-mesh screen.

Inspection date
2017-06-28
State severity
Deficiency (MAJOR)
Code citation
811.36(1)
Recorded compliance due date
2017-08-18
Recorded compliance achieved date
2017-06-29
Location description
Not shown

Observation: A screen is needed on the vent at well 16. Some wells have small diameter vents.

Actions taken: Not shown in state record

DNR finding 64715856
2014 survey findings

Finished Water Storage

Water storage facilities are not inspected frequently enough.

Inspection date
2014-07-22
State severity
Deficiency (MAJOR)
Code citation
810.14
Recorded compliance due date
2015-08-08
Recorded compliance achieved date
2015-08-08
Location description
Not shown

Observation: All water reservoirs need to be inspected at least every five years.

Actions taken: Not shown in state record

DNR finding 44774416

Category not shown

The well is not adequately sealed.

Inspection date
2014-07-22
State severity
Deficiency (MAJOR)
Code citation
811.31(1); 811.32(1)
Recorded compliance due date
2014-09-08
Recorded compliance achieved date
2014-08-15
Location description
Not shown

Observation: Wells 13 and 16 have poor seals and the seal at well 18 looks suspicious.

Actions taken: Not shown in state record

DNR finding 44774410

Pumps/Pump Facilities and Controls

There is not at least one adequately sized well vent installed through the well pump casing, well seal, or concrete pump base which terminates at least 24" above the floor in reverse bend (or mushroom style cap) with a 24-mesh screen.

Inspection date
2014-07-22
State severity
Deficiency (MAJOR)
Code citation
811.36(1)
Recorded compliance due date
2014-09-08
Recorded compliance achieved date
2014-08-15
Location description
Not shown

Observation: A screen is needed on the vent at well 20.

Actions taken: Not shown in state record

DNR finding 44774467

Water System Management/Operation

The system has not always obtained approvals for improvements which may affect water quality or quantity.

Inspection date
2014-07-22
State severity
Deficiency (MAJOR)
Code citation
811.08
Recorded compliance due date
2014-08-08
Recorded compliance achieved date
2014-08-08
Location description
Not shown

Observation: Approvals are required for adding VFD's to motors.

Actions taken: Not shown in state record

DNR finding 44774424
2011 survey findings

Finished Water Storage

Buried suction lines from reservoirs are not under a continuous pressure head, which is higher than the elevation of the ground surface at all times.

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
811.37(1)
Recorded compliance due date
Not shown in state record
Recorded compliance achieved date
2014-07-22
Location description
Not shown

Observation: buried suction lines at well #11 and well #13.

Actions taken: Not shown in state record

DNR finding 34065063

Pumps/Pump Facilities and Controls

The pump facility is not adequately protected from flooding.

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
811.25(1)(d)
Recorded compliance due date
Not shown in state record
Recorded compliance achieved date
2014-06-02
Location description
Not shown

Observation: At well #7 the booster pump and electrical equipment are in the basement.

Actions taken: Not shown in state record

DNR finding 34065061

Finished Water Storage

The drains and overflows of elevated and ground level storage facilities are not brought down to within 12 inches of the ground surface and discharged with a free air break over a drainage inlet structure.

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
811.64
Recorded compliance due date
2012-05-31
Recorded compliance achieved date
2011-09-08
Location description
Not shown

Observation: The overflow of the reservoir at well #23 needs to discharge with a free air break over a conrete pad or rip rap. The area near the overflow pipe needs to be regraded.

Actions taken: Not shown in state record

DNR finding 34055684

Source (Protection, Physical Components, and Condition)

"Emergency" wells do not have an updated extended abandonment agreement on file with the Department

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
810.22
Recorded compliance due date
2012-03-01
Recorded compliance achieved date
2007-05-04
Location description
Not shown

Observation: Well #1 was taken out of service in 2006. Filtration needs to be added so the well can be used or the well needs to be properly abandoned.

Actions taken: Not shown in state record

DNR finding 34055682

Operator Compliance with State Requirements

The operator(s) is not certified with appropriate grade of certification.

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
810.04
Recorded compliance due date
2011-11-30
Recorded compliance achieved date
2011-12-14
Location description
Not shown

Observation: No operators are certified in the subclass for iron removal (I).

Actions taken: Not shown in state record

DNR finding 34055681

Pumps/Pump Facilities and Controls

The required valves and/or appurtenances are not installed in the well discharge piping.

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
811.37(5)
Recorded compliance due date
2011-10-31
Recorded compliance achieved date
2011-10-18
Location description
Not shown

Observation: The discharges of air-vacuum release valves at wells #28 and 30 needs to have screens. At well #28, there are two openings that each need screens.

Actions taken: Not shown in state record

DNR finding 34055686

Category not shown

The well is not adequately sealed.

Inspection date
2011-08-23
State severity
Deficiency (MAJOR)
Code citation
811.31(1); 811.32(1)
Recorded compliance due date
2011-10-31
Recorded compliance achieved date
2011-10-18
Location description
Not shown

Observation: The seal at the pump base at well #23 appears to be inadaquate. The gap between the pump base and the concrete pedestal should be resealed.

Actions taken: Not shown in state record

DNR finding 34055683

Finished Water Storage

Overflows of elevated storages are not provided with a sufficient 4 mesh non corrodible screen and/or ground level overflows are not provided with a sufficient 24 mesh noncorrodible screen.

Inspection date
2011-08-23
State severity
Significant Deficiency (SIGNIFICANT)
Code citation
811.64(4)
Recorded compliance due date
2011-09-30
Recorded compliance achieved date
2011-09-08
Location description
Not shown

Observation: The overflow on the reservoir at well #23 needs a screen.

Actions taken: Not shown in state record

DNR finding 34055685
2008 survey findings

Finished Water Storage

Buried suction lines from reservoirs are not under a continuous pressure head, which is higher than the elevation of the ground surface at all times.

Inspection date
2008-07-15
State severity
Deficiency (MAJOR)
Code citation
811.38
Recorded compliance due date
Not shown in state record
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: This is a problem that needs to be addressed at well no. 11, 13, & 14

Actions taken: Not shown in state record

DNR finding 26782818

Treatment

Proper housing for chlorine gas is not available.

Inspection date
2008-07-15
State severity
Deficiency (MAJOR)
Code citation
811.44(5)
Recorded compliance due date
Not shown in state record
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: These pump house that do not have separate chemical rooms will need to be address when renovations are made to these well house facilities.

Actions taken: Not shown in state record

DNR finding 26802708

Distribution Systems

The utility does not have a program to replace under sized mains.

Inspection date
2008-07-15
State severity
Deficiency (MAJOR)
Code citation
Not shown
Recorded compliance due date
Not shown in state record
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: The Utility should continue the program to replace undersized mains.

Actions taken: Not shown in state record

DNR finding 26782819

Finished Water Storage

Water storage facilities are not inspected at least once every 5 years.

Inspection date
2008-07-15
State severity
Deficiency (MAJOR)
Code citation
811.08(5)
Recorded compliance due date
Not shown in state record
Recorded compliance achieved date
Not shown in state record
Location description
Not shown

Observation: Inspections need to be conducted as it has been over 5 years since one was last done.

Actions taken: Not shown in state record

DNR finding 26805134
All 23 listed inspection visits

These are the state’s inspection status labels. A visit without a matching finding in this dataset is not proof there were no findings.

Visit dateTypeState status
2026-04-20Sanitary SurveyComplete
2023-04-26Sanitary SurveyComplete
2020-07-21Sanitary SurveyComplete
2017-06-28Sanitary SurveyComplete
2014-07-22Sanitary SurveyComplete
2011-08-23Sanitary SurveyComplete
2008-07-15Sanitary SurveyComplete
2007-07-23Annual InspectionComplete
2006-07-20Annual InspectionComplete
2005-07-25Annual InspectionComplete
2004-07-22Annual InspectionComplete
2003-07-16Sanitary SurveyComplete
2002-07-23Annual InspectionComplete
2001-08-29Annual InspectionComplete
2000-08-23Annual InspectionComplete
1999-07-22Annual InspectionComplete
1998-07-28Annual InspectionComplete
1997-08-12Sanitary SurveyComplete
1996-07-17Annual InspectionComplete
1995-08-04Annual InspectionComplete
1994-07-19Annual InspectionComplete
1993-07-07Annual InspectionComplete
1992-09-01Sanitary SurveyComplete
Historical state-record discrepancy

Wisconsin DNR’s 2004 and 2008 lead-service-line replacement records include completed events alongside conflicting public-notice status fields. These historical entries do not establish a current advisory or current compliance status.

Source snapshot: . Read the state records. For current instructions, check Madison Water Utility’s updates.

Regulatory history

Historical violations and compliance actions

Wisconsin DNR’s reviewed listing contains 18 records beginning in 1993–2024. They concern monitoring, reporting, lead-service-line replacement, corrosion-control treatment, and public-notice requirements. A monitoring or reporting entry is not itself a measured contaminant exceedance.

The two records beginning in 2024 concern the lead-service-line inventory and its public notice. Their detail pages list return-to-compliance actions dated December 13, 2024 and October 1, 2025, respectively. Those actions apply to those records; they do not establish present system-wide compliance.

A separate public-notice record beginning March 12, 2004 remains labeled ACTIVE in this snapshot. Its action list includes an EPA referral request in 2016 and DNR declining that request in 2017. The underlying replacement entry is labeled COMPLETE. These are distinct records, not a current advisory or a finding about water at a home.

Federal records and the 2025 EPA order

EPA’s case report for Madison Water Utility lists an administrative compliance order issued September 9, 2025 and case closure October 6, 2025. Its outcome is “Final Order No Penalty.” The case summary concerns Lead and Copper Rule Revisions and associated public-notification requirements; it does not provide Madison’s specific order terms.

These records use different scopes and dates. The federal drinking-water extract dated July 9, 2026 labels public-notice record 2500192 “Unaddressed,” with no resolved date. Wisconsin’s inventory-notice record lists a return-to-compliance action on October 1, 2025. EPA case closure does not resolve that difference or establish present system-wide compliance.

EPA case, dates, costs, and federal record labels
Case number
05-2025-1065
Case name
Madison Water Utility | UAO
Federal water-system identifier
WI1130224 (state identifier 11302247)
Case status and date
Closed · 10/06/2025
Enforcement type
SDWA 1414G2 AO For Compliance (PWS)
Recorded outcome
Final Order No Penalty
Federal penalty
$0
Estimated compliance-action cost
$805,920

The $805,920 field is an estimated value of actions to return to compliance, not a fine or proof of money paid. EPA’s case-report dictionary explains this cost field.

  • Final Order Issued: 09/09/2025
  • Enforcement Action Closed: 10/06/2025
  • Enforcement Action Data Entered: 10/14/2025

Public Notice Rule and Revised PN Rule · 2500192

Recorded status
Unaddressed
Noncompliance period begins
10/17/2024
Noncompliance period ends
Open-ended marker (→) in the source
Resolved date
Not shown
Violation category
Other Violation

Lead and Copper Rule Revisions · 2500191

Recorded status
Resolved
Noncompliance period begins
10/17/2024
Noncompliance period ends
12/13/2024
Resolved date
12/13/2024
Violation category
Treatment Technique Violation

12/13/2024: State Compliance achieved (action 2500038).

The federal extract also lists the September 9, 2025 EPA action without a linked violation ID. The case response contains no attached order document; the underlying order and its specific obligations have not yet been verified.

EPA case 05-2025-1065 ·Federal drinking-water extract for WI1130224. Reviewed September 17, 2026. Federal and state record identifiers are not interchangeable.

Dates and status labels below are the state’s recorded fields, checked September 17, 2026. An action can follow a record’s end date. Blank fields remain blank in the source; neither blank fields nor historical status labels establish today’s conditions.

2024 record start dates
Tier 2 Public Notice Violation based on PBCU_LSLI LSL Inventory Started: 10/17/2024 Ended: 12/13/2024Record 114217474 · 2024-12-27
State status label
COMPLETE
State type code
PN
Start date
2024-12-27
End date
2025-10-01
Sample group
PBCU_LSLI
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
5200

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved10/1/2025Not shown
Open DNR detail record 114217474
LSL InventoryRecord 112367468 · 2024-10-17
State status label
COMPLETE
State type code
TT_PBCU
Start date
2024-10-17
End date
2024-12-13
Sample group
PBCU_LSLI
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
5200

Actions linked to this record

ActionDateComments
Public notification cert signed by PWS10/1/2025Not shown
Return to compliance-compliance achieved12/13/2024Not shown
Open DNR detail record 112367468
2016 record start dates
Monthly Operating Report SubmissionRecord 60191302 · 2016-06-11
State status label
COMPLETE
State type code
OTHER_STATE
Start date
2016-06-11
End date
2016-06-16
Sample group
Not shown
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
NON-Notice of Noncompliance sent6/20/2016Not shown
Return to compliance-compliance achieved6/16/2016Not shown
Open DNR detail record 60191302
2013 record start dates
DBP Monitoring/ReportingRecord 38401822 · 2013-07-15
State status label
COMPLETE
State type code
MR_CHEM
Start date
2013-07-15
End date
2013-10-15
Sample group
DBP
Source ID
Not shown
Samples taken / required
0 / 2
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Public notification cert signed by PWS5/13/2014Not shown
Return to compliance-compliance achieved10/15/2013Not shown
NON-Notice of Noncompliance sent10/2/2013Not shown
Public notif requested/PN letter sent10/2/2013Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

CodeContaminantEPA Violation ID
2454DIBROMOACETIC ACIDNot shown
2451DICHLOROACETIC ACIDNot shown
2456HAA51300170
2453MONOBROMOACETIC ACIDNot shown
2450MONOCHLOROACETIC ACIDNot shown
2452TRICHLOROACETIC ACIDNot shown
Open DNR detail record 38401822
2008 record start dates
PBCU Lead Service Line ReplacementRecord 25413502 · 2008-01-01
State status label
COMPLETE
State type code
TT_PBCU
Start date
2008-01-01
End date
2008-02-05
Sample group
PBCU
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved2/5/2008Not shown
Open DNR detail record 25413502
2004 record start dates
Chem M/R - Reg - No Regular samplesRecord 18525451 · 2004-05-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
2004-05-01
End date
2004-06-18
Sample group
FLUORIDE
Source ID
Not shown
Samples taken / required
0 / 2
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Public notification issued by DNR7/16/2004Not shown
Public notification cert signed by PWS7/12/2004Not shown
NON-Notice of Noncompliance sent6/22/2004Not shown
Public notif requested/PN letter sent6/22/2004Not shown
Return to compliance-compliance achieved6/18/2004Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

CodeContaminantEPA Violation ID
1025FLUORIDENot shown
Open DNR detail record 18525451
Tier 2 Public Notice Violation based on PBCU PBCU Lead Service Line Replacement Started: 01/01/2004 Ended: 01/30/2004Record 41506669 · 2004-03-12
State status label
ACTIVE
State type code
PN
Start date
2004-03-12
End date
Not shown in state record
Sample group
PBCU
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
DNR declined EPA referral request1/6/2017Not shown
EPA requested referral for fed enforce11/17/2016Not shown
Intentional no action (per EPA)2/22/2011Not shown
Open DNR detail record 41506669
PBCU Lead Service Line ReplacementRecord 18131023 · 2004-01-01
State status label
COMPLETE
State type code
TT_PBCU
Start date
2004-01-01
End date
2004-01-30
Sample group
PBCU
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved1/30/2004Not shown
Open DNR detail record 18131023
2003 record start dates
PBCU Lead Service Line ReplacementRecord 15908706 · 2003-01-01
State status label
COMPLETE
State type code
TT_PBCU
Start date
2003-01-01
End date
2004-01-30
Sample group
PBCU
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved1/30/2004Not shown
Open DNR detail record 15908706
2001 record start dates
Chem M/R - Reg - No Regular samplesRecord 13463671 · 2001-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
2001-01-01
End date
2001-05-04
Sample group
VOC
Source ID
9
Samples taken / required
1 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Public notification cert signed by PWS7/3/2002Not shown
Public notification issued by DNR6/7/2002Not shown
NON-Notice of Noncompliance sent5/7/2002Not shown
Public notif requested/PN letter sent5/7/2002Not shown
Return to compliance-compliance achieved5/4/2001Not shown
Public notif requested/PN letter sent4/16/2001Not shown
NON-Notice of Noncompliance sent4/16/2001Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

CodeContaminantEPA Violation ID
2990BENZENE0100040
2993BROMOBENZENE0100043
2943BROMODICHLOROMETHANE0100017
2942BROMOFORM0100016
2214BROMOMETHANE0100005
2982CARBON TETRACHLORIDE0100032
2216CHLOROETHANE0100006
2941CHLOROFORM0100015
2210CHLOROMETHANE (METHYLCHLORIDE)0100004
2965O-CHLOROTOLUENE0100021
2966P-CHLOROTOLUENE0100022
2944DIBROMOCHLOROMETHANE0100018
2408DIBROMOMETHANE0100009
2967M-DICHLOROBENZENE0100023
2968O-DICHLOROBENZENE0100024
2969P-DICHLOROBENZENE0100025
29781,1-DICHLOROETHANE0100028
29801,2-DICHLOROETHANE0100030
29771,1-DICHLOROETHYLENE0100027
2380CIS-1,2-DICHLOROETHYLENE0100008
2979TRANS-1,2-DICHLOROETHYLENE0100029
2964DICHLOROMETHANE0100020
29831,2-DICHLOROPROPANE0100033
24121,3-DICHLOROPROPANE0100011
24162,2-DICHLOROPROPANE0100014
24101,1-DICHLOROPROPENE0100010
24131,3-DICHLOROPROPENE0100012
2992ETHYLBENZENE0100042
2989MONOCHLOROBENZENE (CHLOROBE..)0100039
2996STYRENE0100044
29861,1,1,2-TETRACHLOROETHANE0100036
29881,1,2,2-TETRACHLOROETHANE0100038
2987TETRACHLOROETHYLENE0100037
2991TOLUENE0100041
23781,2,4-TRICHLOROBENZENE0100007
29811,1,1-TRICHLOROETHANE0100031
29851,1,2-TRICHLOROETHANE0100035
2984TRICHLOROETHYLENE0100034
24141,2,3-TRICHLOROPROPANE0100013
2976VINYL CHLORIDE0100026
2955XYLENES, TOTAL0100019
Open DNR detail record 13463671
Chem M/R - Reg - No Regular samplesRecord 13463673 · 2001-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
2001-01-01
End date
2001-05-18
Sample group
VOC
Source ID
18
Samples taken / required
0 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Public notification cert signed by PWS7/3/2002Not shown
Public notification issued by DNR6/7/2002Not shown
NON-Notice of Noncompliance sent5/7/2002Not shown
Public notif requested/PN letter sent5/7/2002Not shown
Return to compliance-compliance achieved5/18/2001Not shown
Public notif requested/PN letter sent4/16/2001Not shown
NON-Notice of Noncompliance sent4/16/2001Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

CodeContaminantEPA Violation ID
2990BENZENE0100125
2993BROMOBENZENE0100123
2943BROMODICHLOROMETHANE0100097
2942BROMOFORM0100098
2214BROMOMETHANE0100093
2982CARBON TETRACHLORIDE0100110
2216CHLOROETHANE0100092
2941CHLOROFORM0100099
2210CHLOROMETHANE (METHYLCHLORIDE)0100094
2965O-CHLOROTOLUENE0100121
2966P-CHLOROTOLUENE0100120
2944DIBROMOCHLOROMETHANE0100096
2408DIBROMOMETHANE0100089
2967M-DICHLOROBENZENE0100119
2968O-DICHLOROBENZENE0100118
2969P-DICHLOROBENZENE0100117
29781,1-DICHLOROETHANE0100114
29801,2-DICHLOROETHANE0100112
29771,1-DICHLOROETHYLENE0100115
2380CIS-1,2-DICHLOROETHYLENE0100090
2979TRANS-1,2-DICHLOROETHYLENE0100113
2964DICHLOROMETHANE0100122
29831,2-DICHLOROPROPANE0100109
24121,3-DICHLOROPROPANE0100087
24162,2-DICHLOROPROPANE0100100
24101,1-DICHLOROPROPENE0100088
24131,3-DICHLOROPROPENE0100102
2992ETHYLBENZENE0100126
2989MONOCHLOROBENZENE (CHLOROBE..)0100103
2996STYRENE0100124
29861,1,1,2-TETRACHLOROETHANE0100106
29881,1,2,2-TETRACHLOROETHANE0100104
2987TETRACHLOROETHYLENE0100105
2991TOLUENE0100086
23781,2,4-TRICHLOROBENZENE0100091
29811,1,1-TRICHLOROETHANE0100111
29851,1,2-TRICHLOROETHANE0100107
2984TRICHLOROETHYLENE0100108
24141,2,3-TRICHLOROPROPANE0100101
2976VINYL CHLORIDE0100116
2955XYLENES, TOTAL0100095
Open DNR detail record 13463673
1997 record start dates
OCCT Installation/DemonstrationRecord 8878978 · 1997-01-01
State status label
COMPLETE
State type code
TT_PBCU
Start date
1997-01-01
End date
1997-08-20
Sample group
PBCU
Source ID
Not shown
Samples taken / required
Not shown / Not shown
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Consent order or admin order-no penalty8/20/1997Not shown
Return to compliance-compliance achieved8/20/1997Not shown
NON-Notice of Noncompliance sent3/18/1997Not shown
Open DNR detail record 8878978
1996 record start dates
Chem M/R - Reg - No Regular samplesRecord 8588999 · 1996-07-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
1996-07-01
End date
1996-11-19
Sample group
VOC
Source ID
9
Samples taken / required
1 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved11/19/1996Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

CodeContaminantEPA Violation ID
2990BENZENE9700150
2993BROMOBENZENE9700147
2943BROMODICHLOROMETHANE9700165
2942BROMOFORM9700166
2214BROMOMETHANE9700136
2982CARBON TETRACHLORIDE9700138
2216CHLOROETHANE9700135
2941CHLOROFORM9700167
2210CHLOROMETHANE (METHYLCHLORIDE)9700137
2965O-CHLOROTOLUENE9700161
2966P-CHLOROTOLUENE9700160
2944DIBROMOCHLOROMETHANE9700164
2408DIBROMOMETHANE9700132
2967M-DICHLOROBENZENE9700159
2968O-DICHLOROBENZENE9700158
2969P-DICHLOROBENZENE9700157
29781,1-DICHLOROETHANE9700154
29801,2-DICHLOROETHANE9700144
29771,1-DICHLOROETHYLENE9700155
2380CIS-1,2-DICHLOROETHYLENE9700133
2979TRANS-1,2-DICHLOROETHYLENE9700145
2964DICHLOROMETHANE9700162
29831,2-DICHLOROPROPANE9700139
24121,3-DICHLOROPROPANE9700130
24162,2-DICHLOROPROPANE9700168
24101,1-DICHLOROPROPENE9700131
24131,3-DICHLOROPROPENE9700129
2992ETHYLBENZENE9700148
2989MONOCHLOROBENZENE (CHLOROBE..)9700151
2996STYRENE9700146
29861,1,1,2-TETRACHLOROETHANE9700141
29881,1,2,2-TETRACHLOROETHANE9700152
2987TETRACHLOROETHYLENE9700153
2991TOLUENE9700149
23781,2,4-TRICHLOROBENZENE9700134
29811,1,1-TRICHLOROETHANE9700143
29851,1,2-TRICHLOROETHANE9700142
2984TRICHLOROETHYLENE9700140
24141,2,3-TRICHLOROPROPANE9700128
2976VINYL CHLORIDE9700156
2955XYLENES, TOTAL9700163
Open DNR detail record 8588999
1993 record start dates
Chem M/R - Reg - No Regular samplesRecord 7708 · 1993-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
1993-01-01
End date
1994-01-01
Sample group
SOC
Source ID
19
Samples taken / required
0 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved7/13/1993Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

No rows displayed in this source table.

Open DNR detail record 7708
Chem M/R - Reg - No Regular samplesRecord 7711 · 1993-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
1993-01-01
End date
1994-01-01
Sample group
SOC
Source ID
5
Samples taken / required
0 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved7/13/1993Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

No rows displayed in this source table.

Open DNR detail record 7711
Chem M/R - Reg - No Regular samplesRecord 7710 · 1993-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
1993-01-01
End date
1994-01-01
Sample group
SOC
Source ID
20
Samples taken / required
0 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved7/13/1993Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

No rows displayed in this source table.

Open DNR detail record 7710
Chem M/R - Reg - No Regular samplesRecord 7707 · 1993-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
1993-01-01
End date
1994-01-01
Sample group
SOC
Source ID
3
Samples taken / required
0 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved7/13/1993Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

No rows displayed in this source table.

Open DNR detail record 7707
Chem M/R - Reg - No Regular samplesRecord 7709 · 1993-01-01
State status label
COMPLETE
State type code
MR_CHEM
Start date
1993-01-01
End date
1994-01-01
Sample group
SOC
Source ID
17
Samples taken / required
0 / 1
Contaminant code
Not shown

Actions linked to this record

ActionDateComments
Return to compliance-compliance achieved7/13/1993Not shown

Contaminants listed under this record

These names describe the monitoring requirement. A listed chemical is not evidence it was detected or exceeded a limit.

No rows displayed in this source table.

Open DNR detail record 7709
Four historical public-notice requirement records

A notice requirement, a violation of that requirement, and the original underlying event are separate records. The 2004 and 2008 replacement events are labeled COMPLETE in the violation listing while their notice requirements are labeled NEW. We have not resolved those source-status differences.

PBCU PBCU Lead Service Line Replacement Started: 01/01/2004 Ended: 01/30/2004

Notice tier / state status
2 / NEW
Requirement start / notice due
2004-01-01 / 2004-03-11
Related violation record
18131023
Notice-violation text
Started 03/12/2004

FLUORIDE Chem M/R - Reg - No Regular samples Started: 05/01/2004 Ended: 06/18/2004

Notice tier / state status
3 / COMPLETE
Requirement start / notice due
2004-06-01 / 2005-07-11
Related violation record
18525451
Notice-violation text
Not shown

PBCU PBCU Lead Service Line Replacement Started: 01/01/2008 Ended: 02/05/2008

Notice tier / state status
2 / NEW
Requirement start / notice due
2008-01-01 / 2008-03-11
Related violation record
25413502
Notice-violation text
Started 03/12/2008

DBP DBP Monitoring/Reporting Started: 07/15/2013 Ended: 10/15/2013

Notice tier / state status
3 / COMPLETE
Requirement start / notice due
2013-07-26 / 2014-09-04
Related violation record
38401822
Notice-violation text
Not shown

The state detail for the 1997 corrosion-control entry lists a consent or administrative order without penalty and a return-to-compliance action, both dated August 20, 1997. The underlying order text and terms have not been recovered. Federal cross-checking and current agency reconciliation remain separate research gaps.

Rates and billing

Water rates, other bill charges, and customer terms

Confirm Madison Water Utility is the provider on your bill, then check your meter size and customer class. A 5/8-inch water meter has a $14.00 monthly service charge before water-use charges. Larger meters cost more, and master-metered buildings use different volume rates from individually metered homes. The water charge is only part of a Municipal Services Bill.

The utility’s webpage labels water rates effective May 1, 2026. The schedules below were reviewed September 17, 2026. For an actual bill, a leak adjustment, or payment arrangements, contact billing at 608-266-4641. MadCAP eligibility and application steps are available separately on this page.

About the dates and terms in the linked tariff

The utility-linked water PDF identifies docket 3280-WR-117, amendment 95, but its tariff sheets print “EFFECTIVE: =TBD=”. The May 1, 2026 date above comes from the utility webpage. The PDF filename contains 2025; that does not establish an effective date. Confirm the applicable current tariff with the utility for an account-specific decision.

The PDF also includes an older assistance schedule with an explicit termination clause and references to schedules listed as deleted. These source details are preserved in the detailed system record; the older water credits are not presented as current MadCAP benefits.

Utility’s current rates and fees page
Residential water: meter charge and monthly usage tiers

The residential Mg-1R schedule covers individually metered single-family homes, duplexes, triplexes, condominiums, apartment buildings and mobile-home parks. A master-metered building has a different customer class. The service charge depends on meter size and is added to the charge for water used.

The same meter-size service charges also appear in the multifamily, duplex, commercial, industrial and public-authority schedules (PDF pages 4–8). Their usage rates are listed in the other metered customer classes section of the system record.

Monthly water service charges

Monthly water service charges
Meter size (inches)Monthly charge
5/8$14.00
3/4$18.00
1$24.20
1¼$33.70
1½$42.90
2$66.60
3$111.70
4$172.90
6$314.40
8$482.70
10$704.60
12$926.40

Mg-1R monthly water-use tiers

Mg-1R monthly water-use tiers
Monthly usage blockRate per 1,000 gallons
First 3,000 gallons$5.70
Next 3,000 gallons$7.71
Next 3,000 gallons$9.47
Next 5,000 gallons$13.74
Over 14,000 gallons$17.67

Official water tariff, PDF page 3

Master-metered homes, businesses and public authorities

These schedules add the monthly meter-size charge above to a flat rate for all water used during the month. Billing and combined-metering provisions refer to Mg-1R.

Other metered customer classes

Mg-1MF — Multifamily residential
Who it covers: Master-metered buildings with three or more dwellings, including condominiums, apartments and mobile-home parks.
Rate per 1,000 gallons: $4.70
Mg-1C — Commercial
Who it covers: Nongovernmental businesses and institutions, including churches and parochial schools.
Rate per 1,000 gallons: $5.98
Mg-1I — Industrial
Who it covers: Customers manufacturing or producing goods.
Rate per 1,000 gallons: $6.14
Mg-1PA — Public authority
Who it covers: Local, state and federal government, including public schools, colleges and universities.
Rate per 1,000 gallons: $6.63
Mg-1R2 — Duplex
Who it covers: Master-metered buildings with two dwellings.
Rate per 1,000 gallons: $4.92

Official water tariff, PDF pages 4, 5, 6, 7, 8

Bills, late charges, meter readings and payment difficulties

The tariff describes monthly bills due upon issuance. A 1% monthly late charge applies to the unpaid utility-service balance, including unpaid late charges, if not paid within 20 days. An overdue written notice may be given no sooner than 20 days after issuance. Without payment or a satisfactory arrangement within the next 10 days, service may be disconnected under Wisconsin Administrative Code chapter PSC 185.

If more than one meter is installed on one lateral for utility convenience, readings are combined for billing. Meters identifying water not discharged to the sanitary sewer are not considered utility convenience and are not combined for that reason. The tariff also permits combining readings where the configuration supports it. Individually metered separate service laterals are not combined.

When a meter cannot be read, the bill must identify the estimate or minimum charge. A later reading produces an adjustment using doubled usage blocks and credit for the previous bill. More than three consecutive estimated or minimum bills are described as unusual. A damaged or failed meter may be billed from the prior-year average unless that is unsuitable, in which case an equitable estimate is used (PSC 185.33). Complaint meter tests refer to PSC 185.77.

The tariff includes an example disconnection notice—not a notice about a particular customer. It directs customers to contact the utility about disputed bills, inability to pay, serious illness or other relevant circumstances. Residential customers can discuss a deferred payment agreement involving a reasonable initial payment, reasonable monthly installments and timely payment of new bills.

The example notice describes delaying disconnection for up to 21 days for an existing medical emergency when a licensed Wisconsin physician or public-health official signs a statement identifying the emergency and the period during which disconnection would aggravate it. Contact the utility about the conditions and your actual notice. Unresolved billing or proposed-disconnection disputes may be appealed to the PSC at 800-225-7729.

Residential deposits, nonresidential deposits, deferred payment, disputes and disconnection refer respectively to PSC 185.36, 185.361, 185.38, 185.39 and 185.37. The tariff also says overdue amounts may be levied as a tax under Wisconsin Statutes 66.0809. These are tariff provisions, not a finding about an individual account.

Official water tariff, PDF pages 3, 29, 30, 31, 32

Meter options, appointments, account records and reconnection

NSM-1 applies to Mg-1R customers who decline the standard wireless advanced meter. One option places the transmitter outside the building at actual installation cost. The other has no transmitter on the property, with a $4.06 monthly charge per nonstandard meter and actual removal cost when removal is requested.

At a new location, a requested conversion from standard to nonstandard equipment costs the actual installation expense. Installing standard equipment where a new customer finds nonstandard equipment, or an existing customer chooses to convert back, has no conversion charge. Earlier unpaid nonstandard-meter charges remain owed.

Other charges below follow Mg-1R billing. Reconnection includes reinstalling the meter and operating the curb stop if needed; the tariff does not allow a disconnection charge.

OC-1, NSM-1 and R-1 charges

Nonstandard meter without transmitter
Charge: $4.06 per month per meter
Condition: Actual removal/installation costs can also apply as described above.
Payment not honored by financial institution
Charge: $25.00
Condition: Not an additional duplicate charge when one payment covers multiple services.
Special off-cycle meter reading
Charge: $20.00
Condition: No charge if customer/owner supplies the reading; not assessed to a new customer.
Missed appointment during normal business hours
Charge: $40.00
Condition: Requires a missed appointment without reasonable cancellation notice; first normal-hours missed appointment is exempt.
Missed appointment after normal business hours
Charge: $60.00
Condition: Applies to the first such missed appointment, subject to the cancellation condition.
Written account status for real-estate closing
Charge: $15.00
Condition: Requested by customer or customer’s agent.
Reconnection during normal business hours
Charge: $50.00
Condition: R-1.
Reconnection after normal business hours
Charge: $70.00
Condition: R-1.

Official water tariff, PDF pages 12, 13, 19

Wholesale service relationships

The tariff has separate wholesale schedules for the three utilities below. These charges apply to utility-to-utility service, not household retail bills. A wholesale schedule does not identify a household’s provider or establish the share of its water supplied by Madison. Billing follows Mg-1R.

Wholesale schedules W-1, W-2 and W-3

Fitchburg Water Utility
Monthly service charge: $628.80
Rate per 1,000 gallons: $3.58
Village of Maple Bluff Water Utility
Monthly service charge: $1,257.60
Rate per 1,000 gallons: $6.13
Village of Shorewood Hills Water Utility
Monthly service charge: $1,425.90
Rate per 1,000 gallons: $3.38

Official water tariff, PDF pages 9, 10, 11

Fire protection, temporary use, seasonal service and bulk water

F-1 covers hydrant use for firefighting within the service area, equipment testing and personnel training. The $2.70 monthly 5/8-inch charge is assigned to each qualifying non-general-service parcel within both municipal limits and the area where the utility must provide public fire protection. It is not a universal household surcharge. Other uses follow the applicable metered or other schedule; billing follows Mg-1R.

Mpa-1 covers intermittent City of Madison uses such as sewer flushing, street washing, skating rinks and fountains. Metered use follows Mg-1PA. When metering is impossible, volume is estimated from pressure, opening size and duration and charged at Mg-1PA volumetric rates without a service charge.

Ug-1 temporary unmetered service, including construction, is billed as 4,000 gallons per month under Mg-1R plus the 5/8-inch service charge. Estimated use above 4,000 gallons adds the applicable Mg-1R usage charge. This applies only to service connections of 1 inch or smaller; larger connections require a temporary meter.

Sg-1 seasonal service generally means a voluntary disconnection followed by service at the same location within 12 months, unless another customer was served there in between. Applicable service charges continue year-round, including the disconnection period. R-1 reconnection and unpaid seasonal charges are due when reconnecting. The schedule includes Ug-1 customers; alternative payment timing may be agreed with the utility.

BW-1 bulk water must be metered or estimated and delivery supervised by utility staff or an approved party. It includes firefighting outside the service area, nonfire truck/hydrant uses and temporary general-service connections; construction use follows Ug-1. Measured bulk water is charged at the highest Mg-1R usage rate plus $50.00; applicable meter service charges begin after the first 7 days.

For unmetered hydrant use, the first period of up to 15 days costs $524.00: $130.00 installation plus $394.00 for a minimum 37,500 gallons. Equipment deposits may be required, are refundable on return, and do not cover customer responsibility for damaged or lost equipment. Page 18 repeats some measured-use and deposit terms; they are not additional duplicate charges.

Additional BW-1 charges

Additional BW-1 charges
ServiceCharge
Additional valve installed with initial valve$35.00
Move valve to another nearby hydrant$65.00
Water use beyond initial 15-day period$26.30 per day
Hydrant flow test$160.00 per test

Official water tariff, PDF pages 2, 14, 15, 16, 17, 18

Service lines, new connections and main extensions

Cz-1 assigns approved subdivision lateral costs from the main through the curb stop and box to the developer. Assessable utility-extension lateral charges reflect actual project costs. Other initial laterals are installed at the property owner’s expense. An improvement lateral is installed before paving in a new plat or street project for later use; a regular lateral is installed upon the owner’s application.

The owner’s plumber connects the private lateral. Approved-contractor work must follow city public-works specifications, with a utility inspector, inspection fee, at least one working day’s notice and the installation cost reported to the utility.

For an application to replace a lead service lateral, the tariff describes utility-side replacement at no owner expense if properly sized; incremental labor/material costs for correcting size are charged to the owner. This is a tariff provision, not evidence that a particular property has a lead line.

X-1 assigns maintenance and replacement from the main through the curb stop to the utility, and the curb-stop-to-point-of-use portion to the property owner. An owner’s failure to repair a notified leak or break can lead to shutoff until repaired. Changed property use may require abandonment at the main, with removal/repair costs assigned to the owner. The utility owns and maintains the curb-stop box; owners must protect it and keep it accessible.

New service applications describe the property, owner, intended use, lateral and meter. Service requires main frontage or compliance with extension rules, an owner-provided lateral at least 6 feet below grade meeting utility specifications, and adequate piping. Individual multiunit meters require plumbing that permits independent disconnection and separate accounts. Laterals cannot simply be divided to serve adjoining parcels. The duplex exception requires individual metering/disconnection and local permission. Same-business buildings on one parcel and one lateral may use central metering.

X-2 allows a municipal-assessment extension under Wisconsin Statutes 66.0703 without an additional utility contribution, or a customer-financed equivalent advance when the municipality cannot or will not assess it. Contributions from additional customers within 10 years can refund the original contributor, subject to the stated proportional and total assessable-cost caps. Connecting to a utility-financed transmission main or loop within 10 years requires an equivalent contribution.

Under X-3, approved developer-built subdivision mains are fully developer-funded. Utility-built work requires an estimated advance; additional final costs are payable within 30 days, or an overpayment is refunded.

Cz-1 initial lateral installation responsibility

1, 1½ and 2 inches
Improvement lateral: Utility at actual cost
Regular lateral: Property owner’s contractor
4 inches and larger
Improvement lateral: Utility at actual cost
Regular lateral: Utility at actual cost or property owner’s contractor

Official water tariff, PDF pages 20, 21, 24, 26, 27, 34, 35

Leaks, meter care, construction and service interruptions

X-4 describes reduced billing for excess water from an appliance or plumbing leak that was unknown to the customer. If the provision applies, the utility estimates the wasted water and bills excess usage at the lowest applicable volumetric rate, not below utility cost. Further adjustments stop after notification and an opportunity to correct the problem. Ask the utility about eligibility and required documentation; this is not an automatic refund promise. Frozen-lateral provisions refer to PSC 185.88.

Meters are utility-owned and installed by utility staff or an approved contractor. Customers supply suitable piping, location, access and protection. The utility pays for ordinary wear; careless/negligent damage, freezing, hot water or steam damage is charged to the customer or owner. Only authorized staff turn on service, except plumbers may turn it on to test their work and must leave it off afterward. Vacancy requires prompt written notice.

Temporary metered service requires a deposit for each meter and applicable BW-1 charges. Construction or tank-filling use requires a written application, possible advance payment and utility permission before use or curb connection. Hydrant use needs permission, a proper meter and valve, installation/movement by utility staff, advance payment and completion notification. Permission applies only to designated hydrants. Unauthorized use may incur municipal fines, estimated water charges or discontinuation.

Lateral installation rules require protection from damaging fill, suitable bedding and at least 6 inches of fill above the pipe; wall/curb crossings require protective casing, and size must be maintained through the meter. Contractors must arrange utility-location work before excavation, repair damaged mains/laterals at their expense immediately, and not interrupt a customer’s service for more than 6 hours. Consult the full specifications and utility before work.

The utility may inspect premises during reasonable hours under Wisconsin Statutes 196.171. The tariff requires owner/occupant protection against pressure changes and interruptions, applicable relief valves and air chambers under plumbing codes, and prevention of cross-connections (NR 811.06). Municipal sprinkling or emergency-water restrictions can be enforced through disconnection under PSC 185.37. These provisions do not establish a current restriction or incident.

Temporary main-repair interruptions may occur, with notice when circumstances permit and no credit for temporary suspension (PSC 185.87). The utility must guard open excavations and provide nighttime warning lights. Meter interference provisions allow estimated billing and describe a 24-hour disconnection condition, with deposits, damage payment and protective conditions for reconnection. Reconnection after voluntary or nonpayment shutoff follows R-1; the same household or business partners at the location are treated as the same customer.

The PDF’s change list deletes Am-1 and Mg-1S1, but later operating sheets still refer to them; X-4 also does not name the new duplex schedule. Confirm the applicable current provision with the utility rather than substituting a schedule yourself.

Official water tariff, PDF pages 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 36

Older water-credit schedule in the tariff

The linked PDF contains CAP-1, an older water-only assistance schedule. It describes a $12.00 monthly credit at or below 30% of Madison-area HUD median family income, and $8.00 above 30% through 50%. It requires a signed application, household income evidence, written eligibility determination and annual income renewal. Eligible homeowners must have participated in the home-water-conservation or toilet-rebate program, or participate before assistance.

CAP-1 explicitly terminates no later than three months after amendment 95’s effective date under docket 3280-WR-117. Because the PDF’s effective-date field is undated, this section preserves the provision without presenting those older credits or conservation conditions as current MadCAP requirements. See the separately sourced MadCAP application guidance on this page for the municipal-services program.

Official water tariff, PDF pages 22, 23

Sewer charges: 2026 schedule

The sewer PDF lists $5.644 per 1,000 gallons of wastewater; the utility webpage rounds this to $5.64. The PDF’s precision is retained here. Sewer is separate from the water-service charge.

For unmetered customers, the printed annual calculation is 47,872 gallons × $0.005644 = $270.20, plus a $210.00 annual 5/8-inch demand charge, totaling $480.20 annually or $40.02 monthly. These are the source’s printed figures, not a new bill calculation.

The schedule also lists a $10 monthly fee for multi-use properties not separately metered. The effluent and restaurant categories below have their own volumetric terms. Septic-waste charges are under MGO 35.02(7)(e): $94.10 for a 1,000-gallon load and $46.42 for each additional 1,000 gallons.

Monthly sewer demand charges

Monthly sewer demand charges
Meter size (inches)Monthly rate
5/8$17.50
3/4$17.50
1$36.35
1 1/2$67.77
2$105.47
3$193.43
4$319.10
6$633.27
8$1,010.27
10$1,512.93
12$2,015.60

Demand charges for meters measuring water use only

Demand charges for meters measuring water use only
Meter size (inches)Monthly rate
5/8$2.26
3/4$2.26
1$3.56
1 1/2$5.73
2$8.33
3$14.39
4$23.06
6$44.73

Customers electing or required to monitor effluent characteristics

Customers electing or required to monitor effluent characteristics
ComponentRate
VOLUME$2.733 / 1,000 gallons
CBOD$0.267 / lb
SS$0.497 / lb
TKN$0.738 / lb
TP$8.482 / lb

Restaurant class

Restaurant class
TierRate per 1,000 gallons
Tier 1$7.225
Tier 2$8.805
Tier 3$12.417

Official municipal-service schedule, PDF page 1

Stormwater charges: 2026 schedule

Stormwater is based on the parcel and its pervious/impervious area, not gallons consumed. All three source charges are monthly.

Monthly stormwater charges

Monthly stormwater charges
ChargeMonthly rate
Customer base$3.05 per lot or parcel
Pervious area$0.275 per 1,000 square feet
Impervious area$3.592 per 1,000 square feet

Official municipal-service schedule, PDF page 1

Urban forestry special charge: 2026 schedule

The approved net revenue target is $7,608,870. The source describes the charge as calculated for each parcel under the most recent policy update. Printed monthly and annual amounts are retained separately; some annual amounts differ from twelve times the rounded monthly figure. Blank total-row charges are not zero.

Urban forestry categories and allocation

Commercial/Industrial
Number of customers: 2934
Street frontage share: 10.6%
Category revenue: $809,776
Monthly charge per customer: $23.00
Annual charge per customer: $276.00
Government
Number of customers: 410
Street frontage share: 3.8%
Category revenue: $289,080
Monthly charge per customer: $58.76
Annual charge per customer: $705.07
Multi Family
Number of customers: 2938
Street frontage share: 6.5%
Category revenue: $497,017
Monthly charge per customer: $14.10
Annual charge per customer: $169.17
Residential
Number of customers: 53836
Street frontage share: 64.8%
Category revenue: $4,932,178
Monthly charge per customer: $7.63
Annual charge per customer: $91.61
Storm Water
Number of customers: 3305
Street frontage share: 14.2%
Category revenue: $1,080,819
Monthly charge per customer: $27.25
Annual charge per customer: $327.03
Grand Total
Number of customers: 63423
Street frontage share: 100.0%
Category revenue: $7,608,870
Monthly charge per customer: —
Annual charge per customer: —

Official municipal-service schedule, PDF page 1

Landfill remediation fee: 2026 schedule

The schedule uses equivalent meter size and also lists a separate flat-rate entry. The $0.50 amount is not the rate for every meter size.

Monthly landfill remediation fees

Monthly landfill remediation fees
Equivalent meter size (inches)Monthly rate
5/8$0.50
3/4$0.50
1$1.60
1.5$3.70
2$6.70
3$14.80
4$28.00
6$66.50
8$119.60
10$198.60
12$284.50
Flat Rates$0.50

Official municipal-service schedule, PDF page 1

Resource recovery special charge: 2026 schedule

The approved net revenue target is $1,552,000. The utility webpage labels the residential charge effective September 1, 2026. The PDF prints $5.40 monthly and $21.59 annual per unit; both are retained as printed without inferring an annualization rule. Blank total-row charges are not zero. Charges are calculated per parcel under the most recent policy update.

Resource recovery categories and allocation

Agricultural
Dwelling units: 26
Dwelling unit equivalents: 2
Total units: 28
Category revenue: $604
Monthly charge per unit: $5.40
Annual charge per unit: $21.59
Commercial
Dwelling units: 1150
Dwelling unit equivalents: 5134
Total units: 6284
Category revenue: $135,662
Monthly charge per unit: $5.40
Annual charge per unit: $21.59
Residential
Dwelling units: 57074
Dwelling unit equivalents: 8504
Total units: 65578
Category revenue: $1,415,733
Monthly charge per unit: $5.40
Annual charge per unit: $21.59
Grand Total
Dwelling units: 58250
Dwelling unit equivalents: 13640
Total units: 71890
Category revenue: $1,552,000
Monthly charge per unit: —
Annual charge per unit: —

Official municipal-service schedule, PDF page 1

Customer support

Help with your bill and testing your own tap

Utility monitoring and a test of your own tap answer different questions. The local application and laboratory steps below help customers act on household questions without treating system results as a household test.

MadCAP: eligibility, income limits, and how to apply

Madison’s Customer Assistance Program offers eligible households a monthly credit of up to $30 on their Municipal Services Bill. The credit is spread across municipal services; it is not a water-only discount. Enrollment is not automatic, and qualifying households must reapply every year. The credit does not need to be repaid.

The Municipal Services bill must be in your name. Total annual gross income for everyone in the household, before taxes and other deductions, must be at or below the listed limit.

MadCAP annual household income limits, reviewed September 17, 2026
Household sizeAnnual gross income limit
1$45,450
2$51,950
3$58,450
4$64,900
5$70,100
6$75,300
7$80,500
8 or more$85,700

The city describes these limits as 50% of area median income. Qualifying for FoodShare, Section 8, SNAP, or WIC meets the program’s income requirements; you still need to apply.

  1. Gather income verification: a current tax return, Social Security benefits statement, or a document showing qualification for FoodShare, Section 8 vouchers, or WIC.
  2. Apply online or complete a paper application and include the verification document. Paper applications are available in English, Spanish, Hmong, and Chinese.
  3. Send a paper application to [email protected] or Madison Municipal Services, 119 E Olin Avenue, Madison, WI 53713.

The city says it sends confirmation within 7–14 days after receiving an application, including approval status and the credit amount if approved. If no email address was provided, it sends confirmation by mail to the address on file.

Check current MadCAP eligibility and application instructions
Arrange a water test: local laboratory, prices, and sample delivery

Public Health Madison & Dane County says it has discontinued its water-testing service. It still offers help choosing tests and interpreting results at 608-243-0357 or [email protected]. Its guidance explains that municipal customers may have plumbing-related questions about lead, copper, manganese, or bacteria. A single result does not describe every tap or every time.

The Wisconsin State Laboratory of Hygiene offers kits at 2601 Agriculture Drive, Madison. Call 608-224-6202 in Dane County or 800-442-4618 to order. Kits can be shipped to you without a shipping charge, but you pay return shipping. Do not send payment with a sample; the lab bills after testing.

  1. Contact the laboratory before collecting water to choose the appropriate test and obtain its approved bottles and instructions. Collection requirements differ by test.
  2. Follow the kit instructions and complete the request forms. The laboratory may reject a sample collected incorrectly or in an unapproved bottle.
  3. Drop samples at the laboratory’s customer-service desk Monday–Friday, 7:45 a.m.–4:30 p.m., or arrange shipment within the test’s holding time. Do not ship on Friday for Saturday delivery: the laboratory warns that samples may not be processed in time.
Laboratory water-test price list, effective July 1, 2026

This is the laboratory’s complete “Water Tests” category, including packages, rush options, and tests for uses such as swimming beaches. It is not a recommendation to order every test. Prices may change without notice; “usual testing time” is in business days.

Wisconsin State Laboratory of Hygiene: water tests

Homeowner Package -includes: Total Coliform, E. coli, Nitrate, Nitrate+Nitrite, Nitrite, Fluoride, Metals Screen, Hardness, VOCs Screen, and Atrazine Screen (5 bottle kit)
Usual testing time: 21 business days
Price per test: $450.00
† HUD/FHA-VA Loan Package -includes: Total Coliform, E. coli, Lead, Nitrate, Nitrite+Nitrate, Nitrite (3 bottle kit)
Usual testing time: 7 business days
Price per test: $146.00
† HUD/FHA-VA Loan Package RUSH (3 bottle kit)
Usual testing time: 2 business days
Price per test: $292.00
Bacteria (Total Coliform/E. coli) – Presence/Absence
Usual testing time: 2 business days
Price per test: $35.00
E. Coli Bacteria in swimming beaches
Usual testing time: 2 business days
Price per test: $50.00
Heterotrophic plate count
Usual testing time: 3 business days
Price per test: $44.00
Iron Bacteria
Usual testing time: 7 business days
Price per test: $72.00
Pseudomonas aeruginosa
Usual testing time: 2 business days
Price per test: $56.00
Arsenic
Usual testing time: 10 business days
Price per test: $38.00
Arsenic RUSH
Usual testing time: 2 business days
Price per test: $76.00
Arsenic Speciation (if high total Arsenic) includes: Arsenic (total), Arsenic (dissolved), Arsenic III and Arsenic V
Usual testing time: 10 business days
Price per test: $150.00
Atrazine Screen
Usual testing time: 21 business days
Price per test: $71.00
Copper
Usual testing time: 10 business days
Price per test: $38.00
Copper RUSH
Usual testing time: 2 business days
Price per test: $76.00
Fluoride
Usual testing time: 3 business days
Price per test: $33.00
Hardness, includes: Calcium, Magnesium and Hardness Calc.
Usual testing time: 10 business days
Price per test: $46.00
Hardness RUSH
Usual testing time: 2 business days
Price per test: $92.00
Iron
Usual testing time: 10 business days
Price per test: $38.00
Iron RUSH
Usual testing time: 2 business days
Price per test: $76.00
Lead
Usual testing time: 10 business days
Price per test: $38.00
Lead RUSH
Usual testing time: 2 business days
Price per test: $76.00
Manganese
Usual testing time: 10 business days
Price per test: $38.00
Manganese RUSH
Usual testing time: 2 business days
Price per test: $76.00
Metals Screen-includes: Aluminum, Arsenic, Cadmium, Calcium, Chromium, Cobalt, Copper, Iron, Lead, Magnesium, Manganese, Nickel, Strontium, Vanadium, Zinc and Hardness – NO SUBSTITUTIONS
Usual testing time: 10 business days
Price per test: $97.00
Metals Screen RUSH
Usual testing time: 2 business days
Price per test: $194.00
Nitrate
Usual testing time: 3 business days
Price per test: $35.00
Nitrate RUSH
Usual testing time: 1 business days
Price per test: $70.00
Nitrite – MUST BE RECEIVED ON ICE
Usual testing time: 3 business days
Price per test: $38.00
Nitrite RUSH – MUST BE RECEIVED ON ICE
Usual testing time: 1 business days
Price per test: $76.00
*Radon in water (Radon in water tests are generally not necessary unless air radon levels are high)
Usual testing time: 5 business days
Price per test: $111.00
Volatile Organic Chemicals (VOCs) Screen
Usual testing time: 21 business days
Price per test: $141.00

† The laboratory’s HUD/FHA–VA note concerns private-well testing for mortgage requirements. Check requirements with the mortgage company; these packages do not establish utility-wide conditions. The laboratory’s radon entry also retains its qualification about elevated air-radon levels.

Check current laboratory prices, test information, and collection instructions

For households on a private well, Public Health describes a separate state testing-access program for qualifying households with financial need and a pregnant person, child under 12, or person with a weakened immune system. Call 608-242-6515 to ask about eligibility. This is not a general free-testing offer for Madison utility customers.

Read Public Health’s testing guidance and other laboratory options

Customer guidance reviewed September 17, 2026. Confirm application limits, prices, and collection arrangements with the responsible agency or laboratory.

Utility resources

Utility services, source, and operations

Use these utility contacts for an address-specific question, a current service issue, a bill, or a test at your own tap. The dated records below answer different questions about the whole system.

Check Madison Water Utility’s address lookup · Check current utility updates · Ask Water Quality: 608-266-4654

Find the right help

Confirm your provider, then find your wells

Madison Water Utility’s address tool links well numbers to individual water-quality reports. Its result page says estimates use computer simulations for 2017 operating conditions and can change with season, weather, nearby outages, or other operations. If an address is not found, ask its Water Quality Section at 608-266-4654. A missing result does not establish that the property is unserved.

Water Quality at My Address

Water-quality concerns and emergencies

The Water Quality Section handles questions at 608-266-4654. The utility lists 608-266-4661 for main breaks and emergencies, and 608-266-4665 for after-hours emergencies. Its general office is 608-266-4651, with published office hours of 7:30 a.m.–4 p.m., closed for official City holidays. These contacts do not establish current incident status.

Utility water-quality contacts

Ask about household lead testing

The State Lab’s public price list effective July 1, 2026 lists lead $38, copper $38, hardness $46, and total coliform/E. coli presence/absence $35 per test. Lead, copper and hardness have usual testing times of 10 business days; bacteria 2. Order approved bottles at 608-224-6202 or 800-442-4618. Outbound kits are free; customers pay return shipping and are billed after testing. Follow the lab’s collection and delivery instructions. A household result does not describe every tap or time.

State Lab public prices and kit instructions

Laboratory prices and sample-collection steps

Ask about lead-service replacement assistance

The utility’s lead page describes possible reimbursement of half the cost of replacing a lead water service, up to $3,000. It directs questions to 608-266-4651. This is a program description checked September 16, 2026, not an eligibility decision or a property-material finding. Historical replacement activity does not prove every service line’s material today.

Lead service-line replacement program

Check municipal bill assistance

MadCAP’s official page requires a Municipal Services Bill in the applicant’s name and household income within its published limits. Eligible households must apply, provide income verification, and reapply each year. The monthly credit is up to $30 and spans municipal services; it is not a water-only rate reduction or automatic enrollment.

MadCAP eligibility and applications

Income limits and application steps

Residential water rates and other bill charges

Water charges depend on meter size, customer class and monthly use. The utility labels its water rates effective May 1, 2026; the linked tariff’s effective-date field is undated. The full schedules below preserve all meter sizes, residential tiers, other customer classes, separate municipal charges and customer terms.

Official current rates, fees, and rate-order link

Compare rates, charges, and customer terms

Request language assistance

Page 6 of the 2025 report offers free language services at 608-266-4651. Contact the utility to arrange interpretation or request an alternate report format.

2025 annual report (PDF)

Escalate an unresolved water-quality concern

The DNR schedule generated September 16, 2026 names Amy Kubly, 608-219-3068, [email protected], as the system’s DNR representative and asks that changed information or corrections be sent to that representative. Use the linked schedule to verify the contact when escalating an unresolved regulatory concern. This is a verified contact route, not a promise about complaint handling or response time.

DNR system representative and monitoring schedule

Public Health testing service changed

The utility’s laboratory referral still names Public Health Madison & Dane County, but the lab’s own page says drinking-water testing permanently ended October 1, 2025. Advice remains available at 608-243-0357 or [email protected]. Its state-program referral requires a private well, financial need, and a pregnant resident, child under 12, or immunocompromised resident; confirm eligibility with Public Health. This does not establish free testing for Madison Water Utility customers.

Public Health service closure and current advice

Laboratory prices and sample-collection steps

Understand this utility’s source and treatment

Groundwater beneath Madison

The utility’s About page describes a deep aquifer beneath Madison. Wisconsin DNR’s record for MADISON WATER UTILITY (11302247), checked September 16, 2026, lists 100 percent groundwater. The utility’s About and wellhead-protection pages give different active-well counts, so this guide does not present a reconciled current total. The 2025 report identifies the aquifer as deep sandstone and gives 21 active wells and over 920 miles of interconnected pipes for that reporting period. Those dated figures do not resolve the undated 22-versus-23 counts on other utility pages.

Utility source and operations overview

Utility-reported hardness

The undated utility FAQ reports “18-20 grains of hardness per gallon” and uses the classification “very hard.” Checked September 16, 2026. The page does not specify a sample period or calcium-carbonate basis, so the original unit is retained without conversion. Hardness is a water characteristic, not a safety score.

Official hardness FAQ

Read dated hardness results and source units →

Chlorine and fluoride

In the FAQ checked September 16, 2026, Madison Water Utility says it uses pure chlorine gas for disinfection and does not use chloramine. The same page says fluoridation began in 1948 under Common Council direction and follows Public Health Madison & Dane County recommendations. This undated operations description does not establish today’s dose, residual, or a household concentration.

Utility disinfection and fluoridation FAQ

Wellhead protection

Madison Water Utility’s wellhead-protection page describes groundwater capture zones and links well-specific maps, including Well 19 and Well 31. To view a protection plan or associated materials, it directs readers to the Water Quality Section at 608-266-4654 or [email protected]. A protection zone is not a service area, contaminant result, or property-level finding.

Wellhead protection plans and maps

Follow operations and public decisions

Find flushing and construction updates

The utility says its flushing page is updated weekly and explains that flushing moves water through mains to remove accumulated mineral sediment. On September 16, 2026, it listed plans beginning September 14. Check the maintained page for locations and instructions; this guide does not track outages or certify that planned work was completed.

Flushing schedule and notification options

Well 19 treatment project

The Well 19 page’s December 8, 2025 update forecast filter commissioning in January 2026. At review on September 16, 2026, the page still labeled the project “Construction.” It concerns treatment at Well 19 on Lake Mendota Drive; this guide does not convert the forecast into a completion or current-treatment claim. Separately, Wisconsin DNR’s treatment table lists source 19 pressure-sand filtration for iron removal, starting January 15, 2026, with Treatment Ended shown as Ongoing. That entry does not certify completion of every project milestone. Separately, page 1 of the 2025 annual report says the Well 15 PFAS removal system went online in September 2025; the report describes four wells with iron/manganese filters. These are report-period statements, not a complete current facility inventory.

Well 19 project and dated updates

DNR source 19 treatment entry

Who owns and operates the utility?

The utility’s About page identifies the City of Madison as both owner and operator. It describes a Water Utility Board under the Common Council’s general control and supervision, with rates set by the Public Service Commission. The utility’s name alone is not the evidence for these roles; they are stated in its official operations description.

Utility ownership and governance

Attend or speak at a board meeting

The Water Utility Board page links upcoming meetings and the City Legislative Center’s archived agendas, minutes, and recordings. It says agendas include directions to attend or speak, including when meetings are virtual. Follow the specific agenda rather than treating a recurring schedule as a guarantee.

Water Utility Board meetings and participation

Water-use rules and current instructions

The reviewed tariff’s operating provisions distinguish ordinary conservation from enforceable municipal sprinkling and emergency-water restrictions. They cite PSC 185.37 for disconnection to enforce those restrictions. This is an attributed tariff provision, not an activation notice, drought-stage declaration, or finding that Madison currently has no restrictions. Use the utility’s current updates and Water Quality Section for current instructions; any operative order would control its dates, area and exceptions.

Utility-linked tariff and operating terms

Current Madison Water Utility updates

Report results, monitoring, and state records

Complete report tables and historical results

Use the 2025 results section for the utility’s 40 table rows, including well results, distribution samples, lead and copper, and PFAS. Each row keeps the reported statistic, unit, period, printed benchmark, and source notes. The historical section shows retained 2017–2021 and 2024 reports; 2008–2016 and 2022–2023 remain archive gaps, not years without testing.

2025 annual report (PDF)

Read all 2025 table rows · Browse historical results by year

Bacteriological monitoring in the 2025 report

Page 2 reports more than 200 routine distribution samples each month and 3,130 routine distribution samples in 2025, with none positive for coliform bacteria. The 2026 DNR schedule separately lists 150 required distribution samples per month. Actual annual sampling and a later minimum schedule measure different things; neither determines conditions at an individual tap.

2025 annual report (PDF)

Fluoride: target, average, and table median

Page 1 reports daily testing at each well, a fluoride target average of 0.7 mg/L, and a 2025 system-wide average of 0.63 mg/L across 6,602 tests. Page 3 prints a median of 0.8 ppm and range of 0.3–0.8 ppm. These are different source-labelled statistics, retained without reconciliation or substitution.

2025 annual report (PDF)

Lead and copper: which sampling year?

Page 5 labels the tap-testing period as 2023. Lead: 90th percentile 1.8 ppb, range <0.5–5.8 ppb, 0 of 50 samples above the printed 15 ppb action level. Copper: 90th percentile 150 ppb, range 77–210 ppb, 0 of 50 above the printed 1,300 ppb action level. The report describes triennial sampling; the 2026 DNR schedule lists 50 lead/copper samples for June–September, with its completion cell blank on September 16. A blank cell does not establish a violation. The utility’s separate monitoring history lists 90th-percentile lead/copper in ppb: 2011 3.0/172, 2014 3.5/185, 2017 3.2/169, 2020 3.2/168, and 2023 1.8/150. These are distinct monitoring rounds, not annual measurements.

2025 annual report (PDF)

Utility lead and copper monitoring history

Read complete lead and copper monitoring reports →

Corrosion control and service-line replacement

Page 5 describes a strategy of removing newly discovered lead services rather than adding phosphorus-based chemicals to control corrosion. DNR also lists a historical Source 15 pH-adjustment process, July 23, 2014–March 5, 2019, with objective Corrosion Control. That source-specific historical record is distinct from the report’s system narrative; it is not evidence of a current system-wide phosphate program.

2025 annual report (PDF)

PFAS testing and historical criteria

Page 5 describes twice-yearly well testing for up to 30 PFAS and reports at least one PFAS in six wells in 2025. Its seven table rows use MCL, HA, RPHGS, or -- labels; those printed historical criteria are not interchangeable or a verified statement of today’s regulation. The report warns that laboratory reporting limits and methods can affect year-to-year comparisons. Exact-system UCMR coverage has not been independently reconciled.

2025 annual report (PDF)

Read complete well-by-well PFAS monitoring history →

2026 sampling and source-specific waivers

The schedule generated September 16, 2026 covers January 1–December 31, 2026 and is marked subject to change. Its Waivers section explicitly says no sampling is required during calendar year 2026 for listed sources and groups: asbestos, benzo(a)pyrene, cyanide, dioxin, EDB/DBCP, industrial chemicals, and pesticides. These are source-specific monitoring waivers, not exemptions from contaminant limits. The schedule does not supply the underlying decision dates, renewal conditions, or a general variance finding.

DNR 2026 monitoring requirements and waivers

Browse the full sampling schedule and waiver records

State sanitary-survey records

All 33 displayed deficiency records were reviewed. Six April 20, 2026 findings concern well-house meter testing, emergency-well abandonment agreements, cross-connection control, reservoir overflow screens, well vent screens, and storage inspections. Their displayed due dates run June 1, 2026–December 31, 2027 and completion cells are blank. The reservoir-screen detail also has a blank Actions Taken field. Blank fields cannot establish whether corrective work occurred; older records include dated completions and other blanks. This is a dated record summary, not an independent finding of current noncompliance.

Wisconsin DNR system and survey records

Other systems in the state export records

The state export table names DANVILLE DRIVE SERVICE AREA (11340989), RIMROCK ROAD NEIGHBORHOOD (11327591), WAUNONA SANITARY DISTRICT 2 (11307428), SHOREWOOD HILLS WATERWORKS (11302368), and MAPLE BLUFF WATERWORKS (11302346). Its 12 rows include duplicate and unknown-start agreements; they are not 12 independent current contracts. The Madison import table displayed no data. Receiver-side agreement terms and routine versus emergency supply remain unconfirmed.

DNR exports and imports tables

Resource review: . For current notices, check Madison Water Utility’s official updates. This guide does not provide a complete live alert feed or determine whether water at a tap is safe.

Important limitation

Profile summary note

This page summarizes public records reviewed by this site. It does not replace official notices, utility updates, or state drinking water information.

System profile limitations

  • The source-printed HAA5 Ideal Goal MCLG 60 is unusual and is preserved literally without correction or normalization.
  • The report does not print PWSID 11302247. The separate Wisconsin DNR MADISON WATER UTILITY identity record is required.
  • Address-level service can vary. Confirm the serving provider with a bill, account portal, utility, city, or state source.
  • The 2004 and 2008 state fields conflict with completed underlying records and lack current utility corroboration. They are not converted into a live advisory, present-day noncompliance, or resolution claim.
  • The reviewed Madison relationship is nonexclusive and does not identify the provider for an address.
  • Madison’s 2025 report and six retained historical reports let you check a measurement against its sampling period, unit, and source-printed benchmark. The 2008–2016 and 2022–2023 report gaps remain unresolved; chart bars without exact labels are not numerical results. Open the dated results and historical sections before drawing a trend.
  • Missing fields are not findings. They mean the field is not shown on this page from the records currently available.
  • This page summarizes available public records. It may not include every update, notice, or urgent official advisory.

Latest Reviewed Report

Official report and publication details

Madison Water Utility issued its report for 2025 data in May 2026. Use the complete table above for row dates and units; use the official PDF for its original wording and illustrations.

Utility reportReport data updated:

Madison Water Utility Annual Water Quality Report

Open 2025 water quality report (opens in a new tab)

All 40 rows from Madison’s 2025 report appear in the results above, with source-printed criteria and notes. Six retained historical reports appear by year; missing archive years are identified there. The official PDF supplies the original tables, figures, and household guidance.

Report year
2025
Report rows shown
40
Source name
Madison Water Utility Annual Water Quality Report
Source retrieved
2026-08-03
Last reviewed
2026-08-03

Use the linked source report for the full table, definitions, footnotes, and official context.

Data coverage

This page summarizes selected public records for this public water system. It may not include every report, update, current notice, or address-level service detail.

Latest reviewed report
2025 report link found
2025 results
2025 report results with sampling periods and printed benchmarks
Detailed violation records
18 system-scoped detail records displayed
Population served
Not listed in current record
Service connections
Not listed in current record
City context
Madison
County context
Not listed in current record

Local Context

City and state context for this system

MADISON WATER UTILITY is linked here to Madison for navigation. That relationship does not confirm the provider for a specific address; use a bill, utility portal, or official lookup source.

Linked local context

Linked communities
Madison
County context
Not listed in current record
State context
Wisconsin

Corrections

Suggest a correction or newer source

If you have a newer official report, utility source, or correction, send the source link for review. This helps keep profile summaries tied to public records.

Suggest an update

Evidence

Official sources and report links

Use official federal, state, utility, or report sources before treating a page as final.

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