Public water system profile

POCATELLO CITY OF

Explore available public water records for POCATELLO CITY OF (PWSID ID6030043). 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.

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System Snapshot

Available system-level context

This snapshot shows the identity and context fields currently available for POCATELLO CITY OF (PWSID ID6030043). Read it with the source links and limitations below.

Last updated: Data reviewed:

System identity

PWSID
ID6030043
State
Idaho
Linked communities
Pocatello
County context
Bannock County (Idaho system record)
System type
Community water system
Source water
Groundwater from the Lower Portneuf Valley and Eastern Snake River Plain aquifers, recharged in part by snowmelt.
Population served context
58,231
Service connections
18,712 (EPA and Idaho snapshot, September 17, 2026)
Latest reviewed report
2025 report link found
Data updated
2026-08-09

EPA SDWIS current identity information reviewed August 9, 2026; this system-level count does not establish address-level service.

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

Find your provider

Pocatello’s mapped area and your address

Start with the provider named on your water bill or account. A Pocatello mailing address alone does not establish City water service. The department says it serves customers inside the city and portions of Bannock County. For an uncertain property, contact Utility Billing, 208-234-6241; renters can also ask the property manager which utility supplies the building.

EPA’s Version 3 dataset contains one polygon for POCATELLO CITY OF, ID6030043. It identifies the original provider as the US EPA Office of Research and Development, provenance as federal agency, and method as Random Forest. Its classification is “Modeled,” with service-area type “Other Transient Area.” The feature’s verification-status, method-details and original-source-link fields are blank. No utility-verified upstream boundary is supplied by this record.

EPA source-record date
June 6, 2024
Snapshot retrieved
September 17, 2026
Modeled area
53.51 km² (rounded from 53.507712435084464)
Snapshot counts
57,092 people; 18,525 service connections. These older map-record values differ from the separately retrieved EPA/state identity counts of 58,231 and 18,712.

Interactive boundary map

Explore the mapped service area

Pan and zoom

The teal overlay is the reviewed EPA Version 3 snapshot for ID6030043. Move or zoom the map to inspect geographic context; the boundary is not an address-level service guarantee.

Loading the reviewed boundary…

Boundary source: EPA Version 3; source-record date June 6, 2024; 53.51 km². This preview uses a preserved snapshot, not live coverage. Base-map tiles © OpenStreetMap contributors. Open the official EPA map.

Use the EPA address-search map to explore possible systems near a location, then confirm the named PWSID with the utility. A modeled match does not guarantee a connection, and an empty result does not prove that no provider serves the property. The separate lead-service-line map describes materials, not the utility service boundary.

EPA boundary layer, queried by independently confirmed PWSID ID6030043. The displayed geometry is a preserved snapshot. Its source-record date does not establish when any real service boundary was last verified.

Sources and treatment

From aquifers to Pocatello’s taps

The City’s report for 2025 describes groundwater from the Lower Portneuf Valley and Eastern Snake River Plain aquifers. Snowmelt from the Mink Creek and Gibson Jack watershed areas supplies most of the recharge to the Lower Portneuf Valley Aquifer. These are source-water areas, not boundaries showing which homes receive City water.

The report describes 21 well stations capable of producing more than 50 million gallons per day. Water is pumped from the valley floor to 15 storage facilities at higher elevations, with approximately 23.6 million gallons of combined storage. Gravity supplies pressure to homes below; pressure-regulating valves manage pressure in lower areas. These are report-period capacity figures, not actual daily use or a current facility inventory.

The City describes adding a small amount of chlorine for distribution-system disinfection. Although the report also says the aquifer water does not need treatment, chlorine addition is itself a treatment step. The report’s assurance about purity is the provider’s statement, not a finding about water at an individual tap.

EPA’s 2024 UCMR 5 questionnaires identify gaseous chlorine (CLGA) and groundwater with disinfection only (GWD) at all six reported entry points, in both water sampling events. Those operational responses describe that monitoring period; they do not identify the analytical method used for routine chlorine-residual measurements. The PFAS and lithium records retain the original responses.

Historical corrosion-control determination

Idaho Drinking Water Watch lists a December 31, 1992 milestone: type DEEM, reason B3, value 0E-8 and status V. Its help pages define DEEM as “System deemed optimized without Optimal Corrosion Control Treatment,” B3 as serving more than 50,000 people and meeting the action level, and V as validated. The literal value 0E-8 is an administrative field, not a tap-water concentration.

This is a dated regulatory determination. It does not establish current corrosion-control chemicals, dosing, water-quality parameters or monitoring waivers. Those details require a current operating or approval record; lead and copper results alone cannot resolve them.

State milestone record; state definitions for milestone type, reason and status, checked September 17, 2026.

The report dates the City’s source-water assessment to January 2019. It describes contributing-water zones and potential contaminant sources, intended to support a protection strategy. That description is supplemented below by Idaho’s well-specific assessment records; assessment ratings do not establish water quality at an individual tap.

The Water Department page, checked September 17, 2026, separately lists 21 wells, 16 tanks, 12 booster pumping stations, 47 pressure-reducing valves and 291 miles of pipe, supplying over 5.5 billion gallons per year. Its approximately 17,645 customers are not the same measure as EPA’s 18,712 service connections or 58,231 people. The webpage does not state the effective date of these counts. The report’s 15 storage facilities and webpage’s 16 tanks remain separate observations; no reason for the difference is established.

Source: 2025 report, pages 2–3, reviewed September 17, 2026. Confirm the provider for your address using your water bill or the City Water Department.

Potential contaminant sources described in the report

These are educational categories from page 3, not detections or confirmed contamination of the named aquifers.

Microbial: viruses and bacteria
Sewage treatment plants, septic waste, agricultural and livestock runoff.
Inorganic chemicals: salts and metals
Naturally occurring; urban storm-water runoff; industrial or domestic wastewater discharges; oil and gas production, mining or farming.
Organic chemicals: pesticides and herbicides
Residential and agricultural use; urban storm-water runoff.
Organic chemicals: synthetic and volatile
Byproducts of industrial processes and petroleum production; gas stations, urban storm-water runoff and septic systems.
Radioactive: natural and man-made deposits
The source lists mining, gas and oil production, and naturally occurring sources.

All five potential-contaminant rows, page 3. The report advises people with particular health concerns to consult their health-care provider; source categories alone do not establish personal risk.

Protecting groundwater

Well assessments and source protection

Idaho’s source-water database lists 25 Pocatello sources: 21 with assessments and four marked “Not assessed.” The assessed wells include inactive sources, so this is not a count of operating wells. The records evaluate well construction, how readily water moves through the ground, and potential contaminant sources and land uses within contributing-water zones.

For most assessed wells, the hydrologic sensitivity rating is high. The replacement Well 3 is rated moderate for hydrologic sensitivity but “Auto High” in all four final contaminant categories; its record identifies a road within 45 feet and notes Interstate 15, surface water and railroad sources. These are screening inputs for protection planning, not proof that those activities contaminated a household’s water.

DEQ says susceptibility scores are updated on the system’s request, while potential-contaminant inventories are updated annually. Automatic high ratings can reflect organic-chemical detections, inorganic results over a maximum contaminant level, microbial source detections, or potential sources within 50 feet. A high rating is not itself a drinking-water violation. Many Pocatello records retain a November 27, 2000 report date while listing later detections, including 2018 results. Replacement Well 3 is dated May 20, 2012. Neither date is substituted for the annual report’s January 2019 assessment date.

The source table labels one field “Confirmed IOC, VOC, SOC, or Microbe detection over MCL,” yet lists organic detections below the annual report’s limits. DEQ’s general scoring explanation includes organic detections as an automatic-high trigger. We preserve the field and values below without treating every “Yes” as an exceedance. IOC means inorganic chemicals; VOC means volatile organic chemicals; SOC means synthetic organic chemicals; PCI means potential contaminant inventory. H, M and L mean high, moderate and low. TOT is groundwater time of travel.

WELL #3 REPLACEMENT · D0027340

Well Susceptibility Report

Report Date:
May 20, 2012
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #3 REPLACEMENT
Tag Number:
D0027340
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
204 Feet Below Ground Surface(ft bgs)
Casing Diameter:
18 (inches)
Casing Thickness:
0.375 (inches)
Casing Depth:
131 (ft bgs)
Water Table Depth:
53 (ft bgs)
Screened Interval(s):
85 to 185 (ft bgs)
Surface Seal Depth:
45 (ft bgs)
Screen Diameter:
Unknown

System Construction

Drill Date
May 02, 2004
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
2008
Well meets construction standards
No
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
Yes
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
Yes
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
M

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: YesVOC: YesSOC: YesMicrobe: Yes
Type of Source:
Road within 45 feet of well, according to aerial photo.
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 2

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 3VOC: 3SOC: 3Microbe: 2
Source of Class II or III leachable contaminants
IOC: 3VOC: 3SOC: 3Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: YesVOC: NoSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 11VOC: 9SOC: 9Microbe: 4

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 3SOC: 3Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 2VOC: 2SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
M
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: M
Final Susceptibility Ranking
IOC: Auto HighVOC: Auto HighSOC: Auto HighMicrobe: Auto High

Technical notes: Interstate 15 and surface water were added to PCI for IOC, VOC, SOC, and Microbial. Railroad was added to PCI for IOC, VOC, and SOC. Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Marked not met
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #3 REPLACEMENT — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #36 · E0007423

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #36
Tag Number:
E0007423
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
300 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
300 (ft bgs)
Water Table Depth:
45 (ft bgs)
Screened Interval(s):
125 to 150 (ft bgs) 150 to 165 (ft bgs) 165 to 172 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
February 26, 1993
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
Yes
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/26/2018, TRICHLOROETHYLENE, 0.00138 MG/L 10/05/2017, TRICHLOROETHYLENE, 0.00071 MG/L 09/09/2014, TRICHLOROETHYLENE, 0.00059 MG/L 10/02/2012, TRICHLOROETHYLENE, 0.0009 MG/L 09/13/2011, TRICHLOROETHYLENE, 0.00085 MG/L 09/14/2010, TRICHLOROETHYLENE, 0.00061 MG/L 11/30/2009, TRICHLOROETHYLENE, 0.00081 MG/L 12/05/2007, TRICHLOROETHYLENE, 0.00088 MG/L 09/20/2006, TRICHLOROETHYLENE, 0.0007 MG/L 10/26/2005, TRICHLOROETHYLENE, 0.0007 MG/L 09/08/2004, TRICHLOROETHYLENE, 0.0006 MG/L 09/16/2003, TRICHLOROETHYLENE, 0.0022 MG/L 10/10/2002, TRICHLOROETHYLENE, 0.0011 MG/L 06/17/2002, TRICHLOROETHYLENE, 0.0015 MG/L 01/31/2002, TOLUENE, 0.0005 MG/L 09/18/2001, TRICHLOROETHYLENE, 0.0014 MG/L 06/26/2001, TRICHLOROETHYLENE, 0.0009 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 3VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 7VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
25-50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 2SOC: 1Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 1SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: ModerateVOC: Auto HighSOC: ModerateMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #36 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #13 · E0007424

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #13
Tag Number:
E0007424
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
100 Feet Below Ground Surface(ft bgs)
Casing Diameter:
14 (inches)
Casing Thickness:
Unknown
Casing Depth:
65 (ft bgs)
Water Table Depth:
19 (ft bgs)
Screened Interval(s):
65 to 100 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
January 01, 1993
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
No
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/26/2018, TRICHLOROETHYLENE, 0.00117 MG/L 10/05/2017, TRICHLOROETHYLENE, 0.00075 MG/L 10/02/2012, TRICHLOROETHYLENE, 0.00067 MG/L 09/13/2011, TRICHLOROETHYLENE, 0.00077 MG/L 11/30/2009, TRICHLOROETHYLENE, 0.00081 MG/L 12/05/2007, TRICHLOROETHYLENE, 0.00082 MG/L 09/20/2006, TRICHLOROETHYLENE, 0.0007 MG/L 10/26/2005, TRICHLOROETHYLENE, 0.0008 MG/L 09/16/2003, TRICHLOROETHYLENE, 0.0022 MG/L 09/04/2002, TRICHLOROETHYLENE, 0.0011 MG/L 06/17/2002, TRICHLOROETHYLENE, 0.0011 MG/L 01/31/2002, TRICHLOROETHYLENE, 0.002 MG/L 10/08/2001, TRICHLOROETHYLENE, 0.0011 MG/L 09/18/2001, TRICHLOROETHYLENE, 0.0011 MG/L 06/26/2001, TRICHLOROETHYLENE, 0.0009 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 3VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 7VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
25-50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 2SOC: 1Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 1SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: ModerateVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #13 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #28 · E0007425

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #28
Tag Number:
E0007425
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
65 Feet Below Ground Surface(ft bgs)
Casing Diameter:
18 (inches)
Casing Thickness:
Unknown
Casing Depth:
65 (ft bgs)
Water Table Depth:
27 (ft bgs)
Screened Interval(s):
None
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
August 01, 1951
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 3VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 7VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
25-50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 2SOC: 1Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 1SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HVOC: HSOC: HMicrobe: M

Technical notes: Blank in source

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #28 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #2 · E0007426

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #2
Tag Number:
E0007426
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
Unknown
Casing Diameter:
Unknown
Casing Thickness:
Unknown
Casing Depth:
Unknown
Water Table Depth:
Unknown
Screened Interval(s):
None
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
January 01, 1926
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Irrigated Pasture/Low Density Residential
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 3VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 7VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
25-50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 2SOC: 1Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 1SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #2 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #3 · E0007427

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #3
Tag Number:
E0007427
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
243.5 Feet Below Ground Surface(ft bgs)
Casing Diameter:
16 (inches)
Casing Thickness:
Unknown
Casing Depth:
106 (ft bgs)
Water Table Depth:
32 (ft bgs)
Screened Interval(s):
None
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
June 15, 1948
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 3VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 7VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
>50% dry ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 2SOC: 1Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 1SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HVOC: HSOC: HMicrobe: M

Technical notes: Blank in source

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #3 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #12 · E0007428

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #12
Tag Number:
E0007428
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
132 Feet Below Ground Surface(ft bgs)
Casing Diameter:
16 (inches)
Casing Thickness:
Unknown
Casing Depth:
132 (ft bgs)
Water Table Depth:
33 (ft bgs)
Screened Interval(s):
70 to 90 (ft bgs) 106 to 130 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
November 30, 1954
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/26/2018, TRICHLOROETHYLENE, 0.001 MG/L 10/05/2017, TRICHLOROETHYLENE, 0.00053 MG/L 09/09/2014, TRICHLOROETHYLENE, 0.00054 MG/L 09/18/2013, TRICHLOROETHYLENE, 0.00054 MG/L 10/11/2012, TRICHLOROETHYLENE, 0.00075 MG/L 09/13/2011, TRICHLOROETHYLENE, 0.00058 MG/L 09/14/2010, TRICHLOROETHYLENE, 0.00058 MG/L 11/30/2009, TRICHLOROETHYLENE, 0.00068 MG/L 12/05/2007, TRICHLOROETHYLENE, 0.00076 MG/L 09/20/2006, TRICHLOROETHYLENE, 0.0006 MG/L 10/26/2005, TRICHLOROETHYLENE, 0.0007 MG/L 09/08/2004, TRICHLOROETHYLENE, 0.0007 MG/L 09/16/2003, TRICHLOROETHYLENE, 0.0026 MG/L 09/04/2002, TRICHLOROETHYLENE, 0.0012 MG/L 06/17/2002, TRICHLOROETHYLENE, 0.0013 MG/L 10/08/2001, TRICHLOROETHYLENE, 0.0016 MG/L 09/18/2001, TRICHLOROETHYLENE, 0.0017 MG/L 07/03/2001, TRICHLOROETHYLENE, 0.0009 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Land Use Zone II
25-50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 0SOC: 0Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 0VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #12 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #30 · E0007429

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #30
Tag Number:
E0007429
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
312 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
172 (ft bgs)
Water Table Depth:
43 (ft bgs)
Screened Interval(s):
50 to 102 (ft bgs) 140 to 152 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
January 29, 1980
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
Tetrachloroethene detection
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Land Use Zone II
>50% dry ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 0SOC: 0Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 0VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HVOC: Auto HighSOC: HMicrobe: M

Technical notes: Blank in source

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #30 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #16 · E0007430

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #16
Tag Number:
E0007430
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
135 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
78 (ft bgs)
Water Table Depth:
40 (ft bgs)
Screened Interval(s):
42 to 74 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
December 01, 1960
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/16/2003, TRICHLOROETHYLENE, 0.0022 MG/L 09/04/2002, TRICHLOROETHYLENE, 0.0008 MG/L 01/31/2002, TRICHLOROETHYLENE, 0.001 MG/L 09/18/2001, TRICHLOROETHYLENE, 0.001 MG/L 02/27/2001, TRICHLOROETHYLENE, 0.0013 MG/L 09/26/2000, TRICHLOROETHYLENE, 0.0009 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Land Use Zone II
25-50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 0VOC: 0SOC: 0Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 0VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #16 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #10 · E0007431

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #10
Tag Number:
E0007431
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
350 Feet Below Ground Surface(ft bgs)
Casing Diameter:
16 (inches)
Casing Thickness:
Unknown
Casing Depth:
339 (ft bgs)
Water Table Depth:
38.6 (ft bgs)
Screened Interval(s):
57 to 90 (ft bgs) 98 to 107 (ft bgs) 119 to 155 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
September 15, 1992
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/14/2010, TRICHLOROETHYLENE, 0.00054 MG/L 10/26/2005, TRICHLOROETHYLENE, 0.0005 MG/L 09/16/2003, TRICHLOROETHYLENE, 0.002 MG/L 09/04/2002, TRICHLOROETHYLENE, 0.0006 MG/L 10/08/2001, TRICHLOROETHYLENE, 0.0006 MG/L 09/18/2001, TRICHLOROETHYLENE, 0.0007 MG/L 09/26/2000, TRICHLOROETHYLENE, 0.0005 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 3SOC: 3Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 3SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #10 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #29 · E0007432

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #29
Tag Number:
E0007432
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
340 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
339 (ft bgs)
Water Table Depth:
63 (ft bgs)
Screened Interval(s):
127 to 180 (ft bgs) 205 to 340 (ft bgs)
Surface Seal Depth:
18 (ft bgs)
Screen Diameter:
Unknown

System Construction

Drill Date
April 21, 1973
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
No
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
Yes
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
10/10/2002, TRICHLOROETHYLENE, 0.0006 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 3SOC: 3Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 3SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: ModerateVOC: Auto HighSOC: ModerateMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Marked not met
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #29 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #21 · E0007433

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #21
Tag Number:
E0007433
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
Unknown
Casing Diameter:
Unknown
Casing Thickness:
Unknown
Casing Depth:
Unknown
Water Table Depth:
Unknown
Screened Interval(s):
None
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
Unknown
Driller's Log Available
No
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
Unknown
Highest production 100 ft below static water level
Unknown
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Unknown
Depth to first water >300ft
Unknown
Low permeable unit present with >50ft cumulative thickness
Unknown
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 3SOC: 3Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 3SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #21 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #22 · E0007434

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #22
Tag Number:
E0007434
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
105 Feet Below Ground Surface(ft bgs)
Casing Diameter:
16 (inches)
Casing Thickness:
Unknown
Casing Depth:
104 (ft bgs)
Water Table Depth:
77 (ft bgs)
Screened Interval(s):
None
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
October 22, 1952
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 3SOC: 2Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 3SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HVOC: HSOC: HMicrobe: M

Technical notes: Blank in source

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #22 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #27 · E0007435

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #27
Tag Number:
E0007435
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
350 Feet Below Ground Surface(ft bgs)
Casing Diameter:
16 (inches)
Casing Thickness:
Unknown
Casing Depth:
350 (ft bgs)
Water Table Depth:
55 (ft bgs)
Screened Interval(s):
208 to 224 (ft bgs) 248 to 255 (ft bgs) 267 to 297 (ft bgs) 300 to 317 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
August 28, 1964
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: YesVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
10/02/2012, TETRACHLOROETHYLENE, 0.00051 MG/L 09/13/2011, TETRACHLOROETHYLENE, 0.00063 MG/L 06/08/2009, TETRACHLOROETHYLENE, 0.00079 MG/L 04/22/2009, TETRACHLOROETHYLENE, 0.0007 MG/L 02/23/2009, TETRACHLOROETHYLENE, 0.00065 MG/L 10/24/2008, TETRACHLOROETHYLENE, 0.00059 MG/L 09/25/2007, TETRACHLOROETHYLENE, 0.00068 MG/L 10/08/2003, NITRATE, 10.8 MG/L 09/16/2003, TETRACHLOROETHYLENE, 0.0006 MG/L 09/03/2003, NITRATE, 10.8 MG/L 10/10/2002, TETRACHLOROETHYLENE, 0.0005 MG/L 08/28/2002, NITRATE, 10.4 MG/L 06/17/2002, NITRATE, 11.1 MG/L 10/08/2001, TETRACHLOROETHYLENE, 0.0008 MG/L 09/18/2001, TETRACHLOROETHYLENE, 0.0013 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 2VOC: 3SOC: 2Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 2VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: Auto HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #27 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #31 · E0007436

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #31
Tag Number:
E0007436
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
300 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
300 (ft bgs)
Water Table Depth:
59 (ft bgs)
Screened Interval(s):
60 to 65 (ft bgs) 130 to 142 (ft bgs) 185 to 190 (ft bgs) 235 to 257 (ft bgs)
Surface Seal Depth:
40 (ft bgs)
Screen Diameter:
Unknown

System Construction

Drill Date
September 20, 1985
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
No
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/08/2004, TETRACHLOROETHYLENE, 0.0006 MG/L 09/16/2003, TETRACHLOROETHYLENE, 0.0009 MG/L 10/10/2002, TETRACHLOROETHYLENE, 0.0012 MG/L 10/08/2001, TETRACHLOROETHYLENE, 0.0009 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
25-50% dry ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 4SOC: 3Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 2VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Nitrate 12.4 mg/L (10/89); 11.3 (10/95)

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Marked not met
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #31 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #34 · E0007437

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #34
Tag Number:
E0007437
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
300 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
300 (ft bgs)
Water Table Depth:
54 (ft bgs)
Screened Interval(s):
74 to 93 (ft bgs) 128 to 156 (ft bgs) 235 to 295 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
September 20, 1985
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/13/2011, TETRACHLOROETHYLENE, 0.00059 MG/L 10/26/2005, TETRACHLOROETHYLENE, 0.0011 MG/L 09/08/2004, TETRACHLOROETHYLENE, 0.0009 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 2VOC: 3SOC: 2Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 2VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #34 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #18 · E0007438

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #18
Tag Number:
E0007438
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
301 Feet Below Ground Surface(ft bgs)
Casing Diameter:
20 (inches)
Casing Thickness:
Unknown
Casing Depth:
301 (ft bgs)
Water Table Depth:
58.5 (ft bgs)
Screened Interval(s):
187 to 196 (ft bgs) 261 to 267 (ft bgs) 272 to 298 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
May 31, 1958
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/26/2018, TETRACHLOROETHYLENE, 0.00077 MG/L 04/30/2014, TETRACHLOROETHYLENE, 0.00096 MG/L 10/02/2012, TETRACHLOROETHYLENE, 0.00091 MG/L 09/14/2010, TRICHLOROETHYLENE, 0.00062 MG/L 11/30/2009, TRICHLOROETHYLENE, 0.00055 MG/L 11/30/2009, TETRACHLOROETHYLENE, 0.00053 MG/L 06/08/2009, TETRACHLOROETHYLENE, 0.00061 MG/L 10/26/2005, TETRACHLOROETHYLENE, 0.0008 MG/L 09/08/2004, TETRACHLOROETHYLENE, 0.0006 MG/L 09/16/2003, TRICHLOROETHYLENE, 0.0017 MG/L 09/16/2003, TETRACHLOROETHYLENE, 0.0007 MG/L 09/04/2002, TRICHLOROETHYLENE, 0.0005 MG/L 10/08/2001, TRICHLOROETHYLENE, 0.0009 MG/L 09/18/2001, TETRACHLOROETHYLENE, 0.0012 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 0VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 0VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 0VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 1VOC: 3SOC: 2Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 0VOC: 2SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: LVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: ModerateVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #18 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #26 · E0007439

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #26
Tag Number:
E0007439
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
331 Feet Below Ground Surface(ft bgs)
Casing Diameter:
12 (inches)
Casing Thickness:
Unknown
Casing Depth:
331 (ft bgs)
Water Table Depth:
72 (ft bgs)
Screened Interval(s):
273 to 327 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
January 01, 1942
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
Yes
Well located outside the 100 yr flood plain
No
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
09/26/2018, TETRACHLOROETHYLENE, 0.0005 MG/L 09/13/2011, TETRACHLOROETHYLENE, 0.00062 MG/L 06/08/2009, TETRACHLOROETHYLENE, 0.00115 MG/L 04/22/2009, TETRACHLOROETHYLENE, 0.00127 MG/L 02/23/2009, TETRACHLOROETHYLENE, 0.00121 MG/L 10/24/2008, TETRACHLOROETHYLENE, 0.00057 MG/L 12/05/2007, TETRACHLOROETHYLENE, 0.00091 MG/L 07/03/2001, TETRACHLOROETHYLENE, 0.0005 MG/L 07/03/2001, DICHLOROMETHANE, 0.0005 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: > 4VOC: > 4SOC: > 4Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: > 4SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 9VOC: 14SOC: 8Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 2VOC: 3SOC: 2Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 3VOC: 3SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: L
Final Susceptibility Ranking
IOC: HighVOC: Auto HighSOC: HighMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #26 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #32 · E0007440

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #32
Tag Number:
E0007440
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Calculated Fixed Radius

Well Attributes

Well Depth:
300 Feet Below Ground Surface(ft bgs)
Casing Diameter:
16 (inches)
Casing Thickness:
Unknown
Casing Depth:
82 (ft bgs)
Water Table Depth:
54 (ft bgs)
Screened Interval(s):
82 to 85 (ft bgs) 85 to 99 (ft bgs) 106 to 153 (ft bgs) 196 to 202 (ft bgs)
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
July 29, 1977
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
No
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
06/08/2009, TETRACHLOROETHYLENE, 0.00099 MG/L 04/22/2009, TETRACHLOROETHYLENE, 0.00171 MG/L 02/23/2009, TETRACHLOROETHYLENE, 0.00146 MG/L 10/10/2002, TETRACHLOROETHYLENE, 0.0006 MG/L 10/08/2001, TETRACHLOROETHYLENE, 0.0006 MG/L 09/18/2001, TETRACHLOROETHYLENE, 0.0007 MG/L
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 0VOC: 0SOC: 0Microbe: 0
Source of Class II or III leachable contaminants
IOC: 0VOC: 0SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 0VOC: 2SOC: 0Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Land Use Zone II
25-50% dry ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 2VOC: 2SOC: 2Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
No
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 0VOC: 0SOC: 0Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: LVOC: LSOC: LMicrobe: L
Final Susceptibility Ranking
IOC: ModerateVOC: Auto HighSOC: ModerateMicrobe: Moderate

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #32 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #33 · E0008031

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #33
Tag Number:
E0008031
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
130 Feet Below Ground Surface(ft bgs)
Casing Diameter:
12 (inches)
Casing Thickness:
Unknown
Casing Depth:
130 (ft bgs)
Water Table Depth:
56 (ft bgs)
Screened Interval(s):
None
Surface Seal Depth:
Unknown
Screen Diameter:
Unknown

System Construction

Drill Date
Unknown
Driller's Log Available
No
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
Unknown
Wellhead and surface seal maintained
Yes
Casing and annular seal pass through a low permeable unit
Unknown
Highest production 100 ft below static water level
Unknown
Well located outside the 100 yr flood plain
Yes
System Construction Ranking
M

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Unknown
Depth to first water >300ft
Unknown
Low permeable unit present with >50ft cumulative thickness
Unknown
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: YesSOC: NoMicrobe: No
Date, Type, and Concentration:
Trichloroethylene and Tetrachloroethene detections
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Urban/Commercial
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 1VOC: 0SOC: 1Microbe: 0
Source of Class II or III leachable contaminants
IOC: 1VOC: 0SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: NoSOC: NoMicrobe: No
Land Use Zone 1B
<25% ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 3VOC: 0SOC: 2Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Land Use Zone II
<25% ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 1VOC: 1SOC: 1Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 1SOC: 1Microbe: n/a

Scoring

Final System Construction Ranking
M
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: LVOC: LSOC: LMicrobe: L
Final Susceptibility Ranking
IOC: ModerateVOC: Auto HighSOC: ModerateMicrobe: Moderate

Technical notes: Blank in source

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Not marked
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #33 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

WELL #44 · E0008032

Well Susceptibility Report

Report Date:
November 27, 2000
PWS Number:
ID6030043
Public Water System Name:
POCATELLO CITY OF
Source Name:
WELL #44
Tag Number:
E0008032
Greatest Delineated Time-of-Travel to the Source
10 years
Delineation Method
Refined Analytical Method

Well Attributes

Well Depth:
81 Feet Below Ground Surface(ft bgs)
Casing Diameter:
18 (inches)
Casing Thickness:
Unknown
Casing Depth:
80 (ft bgs)
Water Table Depth:
23 (ft bgs)
Screened Interval(s):
30 to 66 (ft bgs)
Surface Seal Depth:
30 (ft bgs)
Screen Diameter:
Unknown

System Construction

Drill Date
August 10, 1999
Driller's Log Available
Yes
Sanitary Survey (if yes, date of survey used)
1999
Well meets construction standards
No
Wellhead and surface seal maintained
Unknown
Casing and annular seal pass through a low permeable unit
No
Highest production 100 ft below static water level
No
Well located outside the 100 yr flood plain
Yes
System Construction Ranking
H

Hydrologic Sensitivity

Soils are poorly to moderately drained
No
Vadose zone composed of gravel, fractured rock or unknown
Yes
Depth to first water >300ft
No
Low permeable unit present with >50ft cumulative thickness
No
Hydrologic Sensitivity Ranking
H

Potential Contaminant Source/Land Use - Entire Delineation

Farm Chemical Use High?
IOC: NoVOC: NoSOC: NoMicrobe: n/a
Confirmed IOC, VOC, SOC, or Microbe detection over MCL
IOC: NoVOC: NoSOC: NoMicrobe: No
Date, Type, and Concentration:
n/a
Is this ground water under the direct influence of surface water?
No

Potential Contaminant Source / Land Use - Zone 1A (≤ 50ft)

Land Use Zone 1A
Irrigated Pasture/Low Density Residential
IOC, VOC, SOC, or Microbial source in Zone 1A (< 50ft)
IOC: NoVOC: NoSOC: NoMicrobe: No
Type of Source:
n/a
Total Potential Contaminant Source/Land Use Score - Zone 1A:
IOC: 0VOC: 0SOC: 0Microbe: 0

Potential Contaminant Source / Land Use Score - Zone 1B (0-3 yr TOT)

Contaminant source present (number of sources)
IOC: 0VOC: 0SOC: 0Microbe: 0
Source of Class II or III leachable contaminants
IOC: 0VOC: 0SOC: 0Microbe: n/a
0-3 yr TOT contains or intercepts an area of defined ground water degradation
IOC: NoVOC: YesSOC: NoMicrobe: No
Land Use Zone 1B
>50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone 1B:
IOC: 0VOC: 2SOC: 0Microbe: 0

Potential Contaminant / Land Use - Zone II (3-6 yr TOT)

Contaminant source present (number of sources)
IOC: YesVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: YesVOC: NoSOC: YesMicrobe: n/a
Land Use Zone II
>50% irrigated ag
Total Potential Contaminant Source / Land Use - Zone II:
IOC: 3VOC: 2SOC: 3Microbe: Blank in source

Potential Contaminant / Land Use - Zone III (6-10 yr TOT)

Contaminant source present (number of sources)
IOC: NoVOC: YesSOC: YesMicrobe: n/a
Source of Class II or III leachable contaminants
IOC: NoVOC: YesSOC: NoMicrobe: n/a
Irrigated ag lands occupy >50% of 6-10yr TOT
Yes
Total Potential Contaminant Source / Land Use - Zone III:
IOC: 1VOC: 3SOC: 2Microbe: n/a

Scoring

Final System Construction Ranking
H
Final Hydrologic Sensitivity Ranking
H
Final PCI / Land Use Ranking
IOC: MVOC: MSOC: MMicrobe: M
Final Susceptibility Ranking
IOC: HighVOC: HighSOC: HighMicrobe: High

Technical notes: Gross beta detection(s) <50 PCI/L

Construction-standard checklist

DEQ labels checked boxes as standards not met. Unchecked boxes are reproduced as “Not marked”; they do not independently verify present-day compliance. Rule references are those printed in this historical assessment.

Location (IDAPA 58.01.08.510.02)
Not marked
Annular Seal (IDAPA 58.01.08.510.03.b)
Marked not met
Test Pumping (IDAPA 58.01.08.510.06)
Not marked
Well Vent (IDAPA 58.01.08.511.05)
Not marked
Casing Height (IDAPA 58.01.08.511.06)
Not marked
Casing Depth (IDAPA 58.01.08.510.03)
Not marked
Casing Thickness (IDAPA 58.01.08.510.03.a)
Not marked

WELL #44 — Idaho assessment scoring record, retrieved September 17, 2026. The source’s report date is retained above; it is not a claim of current operating conditions.

Four sources marked “Not assessed”
WELL 2R · D0096869
Active; not assessed
WELL #22R · D0096870
Active; not assessed
WELL #35 · E0007442
Inactive; not assessed
WELL #14 · T6030043S3
Inactive; not assessed

Source: Idaho assessment search, exact system ID6030043, including inactive sources, September 17, 2026.

Sources: Idaho Source Water Assessment Database and DEQ source-water program. For a property or activity near a well, ask the Water Department for the applicable protection-area map and current protection requirements; a contributing-water zone is not a water-service boundary.

Protection-plan record and what remains unverified

The City’s Science and Environment division document lists “Source Water Protection Plan – (2021)” among its implementation plans. The same document includes draft FY2022 staffing plans and describes collaboration to improve watershed conditions. It is evidence that the City listed a protection plan, not the plan itself or proof that particular protection measures were completed.

The annual reports explain the link between aquifer recharge, contributing-water zones and potential contaminant sources. The well assessments above supply dated screening information. The actual 2021 plan, its maps, implementation actions and any later revision are still needed to verify current wellhead-protection requirements. Ask the Water Department about a specific property before relying on an assessment zone for land-use or service decisions.

Science and Environment vision, mission and implementation plans, page 2; full four-page PDF reviewed September 17, 2026. The document does not supply an adoption resolution or a link to the protection plan.

Infrastructure history

How report descriptions changed

Report counts are dated descriptions, not a reconciled construction ledger. The 2020 report lists 21 wells and 16 storage facilities, while the 2021 report lists 17 wells and 15 storage facilities. Both describe more than 45 million gallons per day of well capacity and approximately 23 million gallons of storage. The 2022–2024 reports return to 21 wells and describe 15 storage facilities totaling approximately 23.6 million gallons. The 2025 report raises the stated production capacity to more than 50 million gallons per day. These differences do not, by themselves, prove particular openings or closures.

Earlier reports describe 17 producing wells in 2010, 18 in 2011–2012, and 17 in 2013–2015, each with more than 45 million gallons per day of production capacity and 15 storage facilities holding 23,120,000 gallons. The 2016 and 2017 diagrams also describe 17 wells, more than 45 million gallons per day and 15 storage facilities, but print storage capacity as “23,120,00” gallons. That apparent missing digit is retained as a source error rather than silently repaired. The 2018 report describes 17 well stations and approximately 23 million gallons in 15 storage facilities. The 2019 report describes 21 wells and 16 storage facilities. Capacity is not actual daily production, and these changes in reported counts do not identify specific construction dates.

2019 operating and infrastructure totals

The report separates annual work and production from the size of the system. These are 2019 totals, not current inventory.

Mainline pipe
281 miles
Water produced
4.6 billion gallons
Valves exercised
697
Water main replaced
9,420 feet
Water-quality water samples
2,176
Hydrants flushed / inspected
2,071
Active wells
21
Booster stations
12
Storage tanks
16
Fire hydrants
2,137
Utility locates completed
2,650

2019 water sampling-year report, pages 5–6 (published in 2020).

The 2015 water sampling-year report describes 45 pressure-boundary zones with pressures from 40 to 150 psi. Its capital program aimed to lower pressures above 100 psi where economically and operationally feasible. It also described pressure-reducing valves installed through individual plumbing permits for improvements, with maintenance assigned to property owners. This is historical policy context, not verification of today’s permit requirements; ask the Water Department about the pressure and requirements for a particular property.

2018 report · 2015 report · 2014 report · 2013 report · 2012 report · 2011 report · 2010 report · Water sampling years are used here; report cover dates can be the following year.

The 2020–2024 reports date the source-water assessment to November 2000; the 2025 report instead says January 2019. Idaho’s individual records above retain older report dates and later monitoring entries; they do not identify a system-wide January 2019 revision. The 2021 conservation narrative says all drinking water comes from the Portneuf Aquifer, whereas its source section also names the Eastern Snake Plain Aquifer. Both statements are preserved as a source inconsistency, without inventing a source mix.

Named state facilities and recorded status

The state lists 76 facility records, including 16 wells marked A and nine marked I. These administrative records do not reconcile directly to the utility’s published 21-well description. Facility names, identifiers, type codes and activity codes below retain the state’s spelling. A means active and I means inactive; the P code is retained without assuming that the facility is operating. A chlorinator’s status can differ from its associated well’s status.

DISTRIBUTION SYSTEM
State identifier: T6030043DS1; type: DS; activity status: A.
State facility record for DISTRIBUTION SYSTEM
SPAULDING SURGE TANK
State identifier: T6030043ST1; type: PC; activity status: A.
State facility record for SPAULDING SURGE TANK
JOHNNY CREEK SURGE TANK
State identifier: T6030043ST2; type: PC; activity status: A.
State facility record for JOHNNY CREEK SURGE TANK
WEST BENCH BOOSTER
State identifier: T6030043BS1; type: PF; activity status: A.
State facility record for WEST BENCH BOOSTER
WESTELLO BOOSTER STATION
State identifier: T6030043BS10; type: PF; activity status: A.
State facility record for WESTELLO BOOSTER STATION
TRAIL CREEK BOOSTER STATION
State identifier: T6030043BS11; type: PF; activity status: A.
State facility record for TRAIL CREEK BOOSTER STATION
JOHNNY CREEK BOOSTER STATION
State identifier: T6030043BS2; type: PF; activity status: A.
State facility record for JOHNNY CREEK BOOSTER STATION
BARTON BOOSTER STATION
State identifier: T6030043BS3; type: PF; activity status: A.
State facility record for BARTON BOOSTER STATION
EAST BENCH BOOSTER STATION
State identifier: T6030043BS4; type: PF; activity status: A.
State facility record for EAST BENCH BOOSTER STATION
SPAULDING BOOSTER STATION
State identifier: T6030043BS5; type: PF; activity status: A.
State facility record for SPAULDING BOOSTER STATION
HIGHLAND BOOSTER STATION
State identifier: T6030043BS6; type: PF; activity status: A.
State facility record for HIGHLAND BOOSTER STATION
17TH AND CLARK BOOSTER STATION
State identifier: T6030043BS7; type: PF; activity status: A.
State facility record for 17TH AND CLARK BOOSTER STATION
PINE AND HYDE BOOSTER STATION
State identifier: T6030043BS8; type: PF; activity status: A.
State facility record for PINE AND HYDE BOOSTER STATION
PUTNAM AND 1RST BOOSTER STATION
State identifier: T6030043BS9; type: PF; activity status: A.
State facility record for PUTNAM AND 1RST BOOSTER STATION
TRAIL CREEK RESERVOIR
State identifier: T6030043TS2; type: ST; activity status: A.
State facility record for TRAIL CREEK RESERVOIR
HIGHLAND 3MG RESERVOIR
State identifier: T60340043ST1; type: ST; activity status: A.
State facility record for HIGHLAND 3MG RESERVOIR
JOHNNY CREEK RESERVOIR
State identifier: T60340043ST2; type: ST; activity status: A.
State facility record for JOHNNY CREEK RESERVOIR
SOUTH VALLEY RESERVOIR
State identifier: T60340043ST3; type: ST; activity status: A.
State facility record for SOUTH VALLEY RESERVOIR
WESTELLO RESERVOIR
State identifier: T60340043ST4; type: ST; activity status: A.
State facility record for WESTELLO RESERVOIR
WEST BENCH 2MG RESERVOIR (LOWER)
State identifier: T60340043ST6; type: ST; activity status: A.
State facility record for WEST BENCH 2MG RESERVOIR (LOWER)
WEST BENCH 5MG RESERVOIR (UPPER)
State identifier: T60340043ST7; type: ST; activity status: A.
State facility record for WEST BENCH 5MG RESERVOIR (UPPER)
CENTER STREET RESERVOIR
State identifier: T60340043TS3; type: ST; activity status: A.
State facility record for CENTER STREET RESERVOIR
CITY CREEK RESERVOIR
State identifier: T60340043TS4; type: ST; activity status: A.
State facility record for CITY CREEK RESERVOIR
ALAMEDA RESERVOIR
State identifier: T60340043TS5; type: ST; activity status: A.
State facility record for ALAMEDA RESERVOIR
EAST BENCH LOWER RESERVOIR
State identifier: T60340043TS6; type: ST; activity status: A.
State facility record for EAST BENCH LOWER RESERVOIR
EAST BENCH UPPER RESERVOIR
State identifier: T60340043TS7; type: ST; activity status: A.
State facility record for EAST BENCH UPPER RESERVOIR
HIGH COUNTRY RESERVOIR
State identifier: T60340043TS8; type: ST; activity status: A.
State facility record for HIGH COUNTRY RESERVOIR
HIGHLAND 1MG RESERVOIR
State identifier: T60340043TS9; type: ST; activity status: A.
State facility record for HIGHLAND 1MG RESERVOIR
CHLORINATOR FOR WELL #36
State identifier: E0007423TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #36
CHLORINATOR FOR WELL #13
State identifier: E0007424TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #13
CHLORINATOR FOR WELL #3
State identifier: E0007427TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #3
CHLORINATOR FOR WELL #12
State identifier: E0007428TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #12
CHLORINATOR FOR WELL #16
State identifier: E0007430TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #16
CHLORINATOR FOR WELL #10
State identifier: E0007431TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #10
CHLORINATOR FOR WELL #29
State identifier: E0007432TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #29
CHLORINATOR FOR WELL #21
State identifier: E0007433TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #21
CHLORINATOR FOR WELL #27
State identifier: E0007435TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #27
CHLORINATOR FOR WELL #31
State identifier: E0007436TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #31
CHLORINATOR FOR WELL #34
State identifier: E0007437TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #34
CHLORINATOR FOR WELL #18
State identifier: E0007438TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #18
CHLORINATOR FOR WELL #26
State identifier: E0007439TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #26
CHLORINATOR FOR WELL #32
State identifier: E0007440TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #32
CHLORINATOR FOR WELL #44
State identifier: E0008032TP; type: TP; activity status: A.
State facility record for CHLORINATOR FOR WELL #44
WELL 2R
State identifier: D0096869; type: WL; activity status: A.
State facility record for WELL 2R
WELL #22R
State identifier: D0096870; type: WL; activity status: A.
State facility record for WELL #22R
WELL #36
State identifier: E0007423; type: WL; activity status: A.
State facility record for WELL #36
WELL #13
State identifier: E0007424; type: WL; activity status: A.
State facility record for WELL #13
WELL #12
State identifier: E0007428; type: WL; activity status: A.
State facility record for WELL #12
WELL #16
State identifier: E0007430; type: WL; activity status: A.
State facility record for WELL #16
WELL #10
State identifier: E0007431; type: WL; activity status: A.
State facility record for WELL #10
WELL #29
State identifier: E0007432; type: WL; activity status: A.
State facility record for WELL #29
WELL #21
State identifier: E0007433; type: WL; activity status: A.
State facility record for WELL #21
WELL #27
State identifier: E0007435; type: WL; activity status: A.
State facility record for WELL #27
WELL #31
State identifier: E0007436; type: WL; activity status: A.
State facility record for WELL #31
WELL #34
State identifier: E0007437; type: WL; activity status: A.
State facility record for WELL #34
WELL #18
State identifier: E0007438; type: WL; activity status: A.
State facility record for WELL #18
WELL #26
State identifier: E0007439; type: WL; activity status: A.
State facility record for WELL #26
WELL #32
State identifier: E0007440; type: WL; activity status: A.
State facility record for WELL #32
WELL #44
State identifier: E0008032; type: WL; activity status: A.
State facility record for WELL #44
WESTELLO SMALL (UPPER CAN)
State identifier: T60340043ST5; type: ST; activity status: I.
State facility record for WESTELLO SMALL (UPPER CAN)
CHLORINATOR FOR WELL #28
State identifier: E0007425TP; type: TP; activity status: I.
State facility record for CHLORINATOR FOR WELL #28
CHLORINATOR FOR WELL #2
State identifier: E0007426TP; type: TP; activity status: I.
State facility record for CHLORINATOR FOR WELL #2
CHLORINATOR FOR WELL #22
State identifier: E0007434TP; type: TP; activity status: I.
State facility record for CHLORINATOR FOR WELL #22
WELL #33 TP
State identifier: E0008031T; type: TP; activity status: I.
State facility record for WELL #33 TP
WELL #14 TP
State identifier: T6030043L3T; type: TP; activity status: I.
State facility record for WELL #14 TP
CHLORINATOR FOR WELL #30
State identifier: TE0007429T30; type: TP; activity status: I.
State facility record for CHLORINATOR FOR WELL #30
WELL #3 REPLACEMENT
State identifier: D0027340; type: WL; activity status: I.
State facility record for WELL #3 REPLACEMENT
WELL #28
State identifier: E0007425; type: WL; activity status: I.
State facility record for WELL #28
WELL #2
State identifier: E0007426; type: WL; activity status: I.
State facility record for WELL #2
WELL #3
State identifier: E0007427; type: WL; activity status: I.
State facility record for WELL #3
WELL #30
State identifier: E0007429; type: WL; activity status: I.
State facility record for WELL #30
WELL #22
State identifier: E0007434; type: WL; activity status: I.
State facility record for WELL #22
WELL #35
State identifier: E0007442; type: WL; activity status: I.
State facility record for WELL #35
WELL #33
State identifier: E0008031; type: WL; activity status: I.
State facility record for WELL #33
WELL #14
State identifier: T6030043S3; type: WL; activity status: I.
State facility record for WELL #14
CHLORINATOR FOR WELL #22R
State identifier: D0096870TP; type: TP; activity status: P.
State facility record for CHLORINATOR FOR WELL #22R

Idaho Drinking Water Watch facility listing for ID6030043, retrieved September 17, 2026. This list is not a map of service connections or a current construction schedule.

Earlier capital-project lists

2020 report — current projects

  • Well 12 Transmission Line
  • Hartford Pressure Reducing Valve
  • Fire Hydrant Flushing
  • Pocatello Creek Booster & Transmission Line
  • West Bench 5MG Tank Interior Recoating
  • Bullock Street Water Line Extension
  • Mainline: North Lincoln Avenue, Custer Street, North Buchanan Avenue
  • Mainline: Jefferson Avenue — Poplar Street to Alameda Road
  • Mainline: Grant Avenue — Day Street to Center Street
  • Mainline: Opal Street

Original project list, page 5. These are the report’s categories, not present project status.

2020 report — future projects

  • West Bench 5MG Tank Interior Recoating
  • Pressure Management — PRV Station
  • Highland Tank Drain Modifications
  • New 2,000 gpm Well
  • Barton Booster Surge Tank
  • Well 12 & 13 Pump Replacement & Reconfiguration
  • Satterfield Well — Highland Golf Course
  • High Country Tank Replacement
  • Well 2 Replacement
  • Mainline: Hayes Avenue — Benton to North
  • Mainline: Gould Street — Main Street to Garrett Way
  • Mainline: Gould Street — Hayes Avenue to Arthur Avenue
  • Mainline: West Wyeth Street — Grant to Main Street
  • Mainline: South Arthur Avenue — Whitman to Terry Street

Original project list, page 5. These are the report’s categories, not present project status.

2022 report — current projects

  • Pocatello Creek Booster Station & Transmission Line
  • 5 Million Gallon Tank Transmission Line Replacement
  • Well #2 & Well #22 Replacement
  • Fire Hydrant Flushing
  • Mainline: Hayes Avenue — Lewis Street to Benton Street
  • Mainline: North Buchanan Avenue — Wyeth Street to Lander Street
  • Mainline: East Chapel Street — Yellowstone Avenue to Hiline Avenue
  • Mainline: North 1st Avenue, Colorado Avenue, Maple Street & Garrett Way area

Original project list, page 5. These are the report’s categories, not present project status.

2022 report — future projects

  • Barton Booster Surge Tank & Manifold Replacement
  • New 2,000 gallons per minute well
  • High Country Tank Replacement
  • Johnny Creek Tank Drain Modifications
  • Satterfield Well — Highland Golf Course
  • Well #12 & #13 Pump Replacement & Reconfiguration
  • Mainline: Gould Street — Main Street to Garrett Way
  • Mainline: West Wyeth Street — Grant Street to Main Street
  • Mainline: South Arthur Avenue — Benton Street to Terry Street

Original project list, page 5. These are the report’s categories, not present project status.

2024 report — what’s happening

  • Barton Booster Station & Transmission Line
  • Mountain View Cemetery Water Line Replacement
  • High Country Tank Replacement
  • Fire Hydrant Flushing
  • Mainline: Tanager Drive, Oriole Avenue, Heron Avenue
  • Mainline: South Arthur — Whitman to Terry
  • Mainline: South Grant — Fore to Halliday
  • Mainline: Johnson Avenue, Halliday Street, Hayes Avenue, Carter Street
  • Mainline: Howard Avenue — Alameda Road to Eldredge Road
  • Mainline: Gray Avenue — Alameda Road to Eldredge Road

Original project list, page 5. These are the report’s categories, not present project status.

Sources: 2024 report; 2023 report; 2022 report; 2021 report; 2020 report; Infrastructure and assessment descriptions are on pages 2–4; the 2021 conservation account is on page 5. All were read September 17, 2026.

Annual monitoring

What the complete 2025 results show

The report published as the 2026 Water Quality Report covers 2025 water sampling, with some results from 2022–2024. Its 17 rows cover inorganic contaminants, bacteria, radionuclides, volatile organic compounds, lead and copper, disinfection byproducts, chlorine, and UCMR 5 monitoring. Read each row’s testing year and statistic; the publication year is not the testing year for every result.

Lead and copper results are from 2022: the 90th-percentile values are 2.0 ppb for lead and 0.414 ppm for copper, with zero sites above their printed action levels. A 90th percentile describes the distribution of measured results, not a maximum or a result for every home. The 2024 UCMR 5 entries show lithium at 34.1–42.3 ppb and a grouped “PFAS” entry as ND. The grouped PFAS row supplies no unit or individual compound results; ND does not mean zero.

2025 Sampling Results - Disinfection By Products

TTHM's - Total Trihalomethanes

Testing period
2025
Running Annual Average
14.3 ppb
Printed range
3.88 - 22.8
Printed criteria
MCL: 80; MCLG: N/A
Report-printed violation
No — for the reported period
Possible sources, as printed
Not supplied

Source-printed Violation No is limited to the cited row and report period.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Total Haloacetic Acids (HAA5)

Testing period
2025
Running Annual Average
3.18 ppb
Printed range
1.74 - 4.67
Printed criteria
MCL: 60; MCLG: N/A
Report-printed violation
No — for the reported period
Possible sources, as printed
Not supplied

Source-printed Violation No is limited to the cited row and report period.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Inorganic Contaminants

Arsenic

Testing period
2023
Maximum
3.00 ppb
Printed range
ND - 3.00
Printed criteria
MCL: 10; MCLG: 0
Report-printed violation
No — for the reported period
Possible sources, as printed
Erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Barium

Testing period
2022
Maximum
0.13 ppm
Printed range
0.06 - 0.13
Printed criteria
MCL: 2; MCLG: 2
Report-printed violation
No — for the reported period
Possible sources, as printed
Discharge from drilling wastes; erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Chromium

Testing period
2022
Maximum
2.00 ppb
Printed range
1.00 - 2.00
Printed criteria
MCL: 100; MCLG: 100
Report-printed violation
No — for the reported period
Possible sources, as printed
Erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Nitrate

Testing period
2025
Running Annual Average
3.44 ppm
Printed range
1.69 - 6.7
Printed criteria
MCL: 10; MCLG: 10
Report-printed violation
No — for the reported period
Possible sources, as printed
Runoff from fertilizer use, leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 3.44)

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Microbiological Contaminants

Total Coliform Bacteria

Testing period
2025
Maximum
ND %
Printed range
ND - ND
Printed criteria
MCL: <5%; MCLG: 0%
Report-printed violation
No — for the reported period
Possible sources, as printed
Runoff from fertilizer use, leaching from septic tanks, sewage; erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Radionuclides

Alpha Emitters

Testing period
2025
Maximum
ND pCi/l
Printed range
ND - ND
Printed criteria
MCL: 15; MCLG: N/A
Report-printed violation
No — for the reported period
Possible sources, as printed
Erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Radium 226 and 228 Combined

Testing period
2025
Maximum
1.01 pCi/l
Printed range
ND - 1.01
Printed criteria
MCL: 5; MCLG: N/A
Report-printed violation
No — for the reported period
Possible sources, as printed
Erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Uranium

Testing period
2025
Maximum
3.24 ppb
Printed range
1.5 - 3.24
Printed criteria
MCL: 30; MCLG: 0
Report-printed violation
No — for the reported period
Possible sources, as printed
Erosion of natural deposits.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Volatile Organic Contaminants

Tetrachloroethylene

Testing period
2025
Maximum
.58 ppb
Printed range
ND - .58
Printed criteria
MCL: 5; MCLG: 0
Report-printed violation
No — for the reported period
Possible sources, as printed
Discharge from factories & dry cleaners.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Trichloroethylene

Testing period
2025
Maximum
ND ppb
Printed range
ND - ND
Printed criteria
MCL: 5; MCLG: 0
Report-printed violation
No — for the reported period
Possible sources, as printed
Discharge from metal degreasing sites and other factories.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Lead & Copper Sampling at Residential Water Taps

Lead

Testing period
2022
90th percentile
2.0 ppb
Printed range
Blank in source
Printed criteria
AL: 15; MCLG: 0
Sites above action level
0
Report-printed violation
No — for the reported period
Possible sources, as printed
Corrosion of household plumbing systems; erosion of natural deposits.

90% for lead = 2.0 ppb AND number of sites above the AL = 0

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

Copper

Testing period
2022
90th percentile
0.414 ppm
Printed range
Blank in source
Printed criteria
AL: 1.3; MCLG: 1.3
Sites above action level
0
Report-printed violation
No — for the reported period
Possible sources, as printed
Corrosion of household plumbing systems; erosion of natural deposits.

90% for copper = 0.414 ppm AND number of sites above the AL = 0

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Maximum Residual Disinfection Level

Chlorine

Testing period
2025
Annual Average
0.35 ppm
Printed range
.05 - .85
Printed criteria
MRDL: 4; MRDLG: 4
Report-printed violation
No — for the reported period
Possible sources, as printed
Water additive used to control microbes.

(Annual Average = 0.35)

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

2025 Sampling Results - Unregulated Contaminants (UCMR5)

Lithium

Testing period
2024
Maximum
42.3 ppb
Printed range
34.1 - 42.3
Printed criteria
MCL: –; MCLG: – (printed dashes)
Report-printed violation
No (source-printed UCMR context) — for the reported period
Possible sources, as printed
Geological deposits, landfill leachate, and mining activity.

The source prints dash cells under MCL and MCLG and prints Violation No for this UCMR5 row. Those literals are retained as source context, not regulatory criteria or a present compliance conclusion.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

PFAS

Testing period
2024
Maximum
ND (unit not printed)
Printed range
ND - ND
Printed criteria
MCL: –; MCLG: – (printed dashes)
Report-printed violation
No (source-printed UCMR context) — for the reported period
Possible sources, as printed
Runoff from fire response, industrial, and waste disposal sites.

The source prints dash cells under MCL and MCLG and prints Violation No for this grouped UCMR5 row. Those literals are retained as source context, not regulatory criteria or a present compliance conclusion.

Official result table, page 4. Printed blanks, ND and N/A have different meanings; none is converted to zero.

All ten printed definitions
Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL's are set as close to the MCLG's as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG's allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no known or expected risk to health. MRDLG's do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (µg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity
Treatment Technique (TT)
A required process intended to reduce the level of a contaminant in drinking water.

Source: City of Pocatello 2025 water sampling table. Existing extraction reviewed August 28; original table rechecked September 17, 2026. These historical results do not establish current compliance, current notices, or household conditions.

Report history

Earlier results and source disagreements

The City’s annual-report archive contains water sampling years 2010–2025. The detailed historical tables reproduced here cover all 15 earlier water sampling years, 2010–2024. The separate well-analysis archive below covers 2003–2024. Reports are generally published the following year, and individual rows can carry older testing dates. Results from different wells, periods or statistical measures should not be treated as a continuous trend at your tap.

The 2023 table prints 2022 lead at 3.0 ppb and copper at 0.208 ppm, while the 2022, 2024 and 2025 reports print 2.0 ppb and 0.414 ppm for 2022. The state’s 2020–2022 summaries agree with the latter pair. Both report versions are retained; no official correction has been established. That 2023 table also includes 2024 UCMR5 results, including lithium 36.4–42.3 ppb, compared with 34.1–42.3 ppb in later reports.

The 2023 coliform row prints “Yes *” alongside ND results. Its footnote describes an improperly collected source water sample with chlorine residual, an invalidated water sample and an immediate replacement water sample. The state’s GWR monitoring record separately lists a compliance-achieved action dated October 16, 2024. These accounts have different detail and timing; neither is silently substituted for the other.

2024 water sampling report: 17 results

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2023
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
ND
Maximum
3.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2022
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.06
Maximum
0.13
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2022
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
1.00
Maximum
2.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2024
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
ND
Maximum
5.38
Report-printed violation
No
Possible sources
Runoff from fertilizer use, leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 3.42)

2024 report, page 4. Printed violation status applies to this historical report row.

Total Coliform Bacteria

Microbiological Contaminants

Substance and printed unit
Total Coliform Bacteria
Testing year
2024
MCL or printed action/residual limit
<5%
MCLG or printed residual goal
0%
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Runoff from fertilizer use, leaching from septic tanks, sewage; erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2022
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l
Testing year
2022
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2022
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.29
Maximum
1.57
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2024 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2024
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
.55
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2024 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2024
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
.63
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2024 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2022
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Blank in source
Maximum
Blank in source
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90% for lead = 2.0 ppb AND number of sites above the AL = 0

2024 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2022
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Blank in source
Maximum
Blank in source
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90% for copper = 0.414 ppm AND number of sites above the AL = 0

2024 report, page 4. Printed violation status applies to this historical report row.

TTHM’s - Total Trihalomethanes (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s - Total Trihalomethanes (ppb)
Testing year
2024
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
4.97
Maximum
20.6
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 12.4)

2024 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2024
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.54
Maximum
9.22
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 3.79)

2024 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2024
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.11
Maximum
1.7
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual Average = 0.369)

2024 report, page 4. Printed violation status applies to this historical report row.

Lithium (ppb)

Unregulated Contaminants (UCMR5)

Substance and printed unit
Lithium (ppb)
Testing year
2024
MCL or printed action/residual limit
-
MCLG or printed residual goal
-
Minimum
34.1
Maximum
42.3
Report-printed violation
No
Possible sources
Geological deposits, landfill leachate, and mining activity.

2024 report, page 4. Printed violation status applies to this historical report row.

PFAS

Unregulated Contaminants (UCMR5)

Substance and printed unit
PFAS
Testing year
2024
MCL or printed action/residual limit
-
MCLG or printed residual goal
-
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Runoff from fire response, industrial, and waste disposal sites.

2024 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2024 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity
2023 water sampling report: 17 results

Single Monitoring Violation - A Coliform/E.Coli sample was collected improperly at a City Well source with indication of a chlorine residual that required the sample to be invalidated. A follow-up sample was taken immediately to return to monitoring compliance.

The report prints 2022 lead at 3.0 ppb and copper at 0.208 ppm; the 2022, 2024 and 2025 reports and state 2020–2022 summaries print different values. No correction is inferred.

The 2023 report includes 2024 UCMR5 rows: lithium 36.4–42.3 ppb and grouped PFAS ND, without a PFAS unit.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2023
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
ND
Maximum
3.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2022
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.06
Maximum
0.13
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2022
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
1.00
Maximum
2.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2023
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.78
Maximum
5.18
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 3.69)

2023 report, page 4. Printed violation status applies to this historical report row.

Total Coliform Bacteria

Microbiological Contaminants

Substance and printed unit
Total Coliform Bacteria
Testing year
2023
MCL or printed action/residual limit
<5%
MCLG or printed residual goal
0%
Minimum
ND
Maximum
ND
Report-printed violation
Yes *
Possible sources
Runoff from fertilizer use, leaching from septic tanks, sewage; erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2022
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2022
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2022
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.29
Maximum
1.57
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2023 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2023
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
.55
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2023 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2023
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
.54
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2023 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2022
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Blank in source
Maximum
Blank in source
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90 % for lead = 3.0 ppb AND number of sites above the AL = 0

2023 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2022
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Blank in source
Maximum
Blank in source
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90 % for copper = 0.208 ppm AND number of sites above the AL = 0

2023 report, page 4. Printed violation status applies to this historical report row.

TTHM’s - Total Trihalomethanes (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s - Total Trihalomethanes (ppb)
Testing year
2023
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
2.11
Maximum
17.80
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 11.7 ppb)

2023 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2023
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
4.01
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 2.49 ppb)

2023 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2023
MCL or printed action/residual limit
MRDL =4
MCLG or printed residual goal
MRDLG=4
Minimum
0.03
Maximum
1.70
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual Average = .340)

2023 report, page 4. Printed violation status applies to this historical report row.

Lithium (ppb)

Unregulated Contaminants (UCMR5)

Substance and printed unit
Lithium (ppb)
Testing year
2024
MCL or printed action/residual limit
-
MCLG or printed residual goal
-
Minimum
36.4
Maximum
42.3
Report-printed violation
No
Possible sources
Geologic deposits, landfill leachate and mining activity.

2023 report, page 4. Printed violation status applies to this historical report row.

PFAS

Unregulated Contaminants (UCMR5)

Substance and printed unit
PFAS
Testing year
2024
MCL or printed action/residual limit
-
MCLG or printed residual goal
-
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Runoff from fire response, industrial, and waste disposal sites.

2023 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2023 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2022 water sampling report: 15 results

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2019
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
1.00
Maximum
2.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2022 report, page 4. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2022
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.06
Maximum
0.13
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2022 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2022
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
1.0
Maximum
2.0
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2022 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2022
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.30
Maximum
6.24
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 3.59)

2022 report, page 4. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2022
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2022 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2022
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2022 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2022
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2022 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2022
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.29
Maximum
1.57
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2022 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2022
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2022 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2022
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2022 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2022
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 2.0 ppb AND number of sites above the AL = 0

2022 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2022
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.414 ppm AND number of sites above the AL = 0

2022 report, page 4. Printed violation status applies to this historical report row.

TTHM’s - Total Trihalomethanes (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s - Total Trihalomethanes (ppb)
Testing year
2022
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
1.60
Maximum
12.80
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 8.6 ppb)

2022 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2022
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
2.94
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 2.12 ppb)

2022 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2022
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.05
Maximum
0.70
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual Average = .290)

2022 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2022 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2021 water sampling report: 16 results

Report 2019 lead 5.0 ppb/copper 0.435 ppm differs from state 2017–2019 summary lead 0.004000000 mg/l/copper 0.470000000 mg/l; retain each source.

Single Sample MCL Violation: the report says Well #2 sampled 11.69 mg/L on October 14,2021, was inactivated and no longer supplied the distribution system. It reports subsequent mixed-water sampling adjacent to the source at 5.04 mg/L and immediate public notification. The separate state record prints 12 MG/L; no rounding/correction explanation is inferred.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2019
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
1.00
Maximum
2.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2021 report, page 4. Printed violation status applies to this historical report row.

Baruim (ppm)

Inorganic Contaminants

Substance and printed unit
Baruim (ppm)
Testing year
2019
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.18
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2021 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2019
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
8.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2021 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm) — Well #2

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm) — Well #2
Testing year
2021
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
5.7
Maximum
11.69*
Report-printed violation
Yes
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 4.15 (printed across the nitrate group).

2021 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm) — Other City Wells

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm) — Other City Wells
Testing year
2021
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.69
Maximum
6.48
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 4.15 (printed across the nitrate group).

2021 report, page 4. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2019
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
5.00
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2021 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2019
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
1.67
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2021 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2019
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.31
Maximum
3.74
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2021 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2019
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.51
Maximum
3.07
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2021 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2021
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.58
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2021 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2021
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.51
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2021 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2019
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 5.0 ppb AND number of sites above the AL = 0

2021 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2019
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.435 ppm AND number of sites above the AL = 0

2021 report, page 4. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2021
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
1.45
Maximum
16.00
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 9.0 ppb)

2021 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2021
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.15
Maximum
3.61
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 2.55 ppb)

2021 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2021
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.04
Maximum
0.79
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual average = 0.291)

2021 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2021 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2020 water sampling report: 15 results

Report 2019 lead 5.0 ppb/copper 0.435 ppm differs from state 2017–2019 summary lead 0.004000000 mg/l/copper 0.470000000 mg/l; retain each source.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2019
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
1.00
Maximum
2.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2020 report, page 4. Printed violation status applies to this historical report row.

Baruim (ppm)

Inorganic Contaminants

Substance and printed unit
Baruim (ppm)
Testing year
2019
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.18
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2020 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2019
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
8.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2020 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2020
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
ND
Maximum
6.65
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic

(Running Annual Average = 3.9)

2020 report, page 4. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2019
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
5.00
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2020 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2019
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
1.67
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2020 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2019
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.31
Maximum
3.74
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2020 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2019
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.51
Maximum
3.07
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2020 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2020
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.81
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2020 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2020
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.82
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2020 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2019
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 5.0 ppb AND number of sites above the AL = 0

2020 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2019
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.435 ppm AND number of sites above the AL = 0

2020 report, page 4. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2020
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
2.32
Maximum
25.8
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 10.4 ppb)

2020 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2020
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.14
Maximum
3.94
Report-printed violation
No
Possible sources
By-product of drinking water disinfection.

(Running Annual Average = 2.65 ppb)

2020 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2020
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.03
Maximum
0.88
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual average = 0.390)

2020 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2020 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2019 water sampling report: 14 results

The report discloses missed SOC monitoring during 2017–2019: a second required sample set was not collected within the three-year period. It says samples were subsequently taken and results were still awaited when the notice was written. This historical notice does not establish current status.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2019
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
1.00
Maximum
2.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2019 report, page 4. Printed violation status applies to this historical report row.

Baruim (ppm)

Inorganic Contaminants

Substance and printed unit
Baruim (ppm)
Testing year
2019
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.18
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2019 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2019
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
8.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2019 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2019
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
ND
Maximum
8.39
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 4.2

2019 report, page 4. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2019
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
5.00
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2019 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2019
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
1.67
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2019 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2019
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.31
Maximum
3.74
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2019 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2019
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.51
Maximum
3.07
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2019 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2019
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
0.54
Maximum
0.61
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2019 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2019
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 5.0 ppb AND number of sites above the AL = 0

2019 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2019
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.435 ppm AND number of sites above the AL = 0

2019 report, page 4. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2019
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
21.70
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 9.80 ppb

2019 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2019
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
3.98
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 2.64 ppb

2019 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2019
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.05
Maximum
0.67
Report-printed violation
No
Possible sources
Water additive used to control microbes.

Annual average = 0.319

2019 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2019 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2018 water sampling report: 11 results

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2018
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.71
Maximum
8.70
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 4.4

2018 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2016
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
1.99
Maximum
4.49
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2018 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2016
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.11
Maximum
1.55
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2018 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2016
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.92
Maximum
1.92
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2018 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2018
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
0.50
Maximum
0.77
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2018 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2018
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
1.00
Maximum
1.38
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2018 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2016
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 3.0 ppb AND number of sites above the AL = 0

2018 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2016
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.370 ppm AND number of sites above the AL = 0

2018 report, page 4. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2018
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
6.32
Maximum
19.80
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 12.40 ppb

2018 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2018
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.71
Maximum
4.53
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 3.10 ppb

2018 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2018
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.02
Maximum
0.79
Report-printed violation
No
Possible sources
Water additive used to control microbes.

Annual average = 0.340

2018 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2018 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2017 water sampling report: 11 results

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2017
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
2.58
Maximum
7.56
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 5.6

2017 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2016
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
1.99
Maximum
4.49
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2017 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2016
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.11
Maximum
1.55
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2017 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2016
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.92
Maximum
1.92
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2017 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2017
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2017 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2017
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
0.53
Maximum
0.75
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2017 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2016
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 3.0 ppb AND number of sites above the AL = 0

2017 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2016
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.370 ppm AND number of sites above the AL = 0

2017 report, page 4. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2017
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
5.45
Maximum
20.90
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 12.10 ppb

2017 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2017
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.17
Maximum
3.80
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 2.73 ppb

2017 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2017
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.02
Maximum
0.80
Report-printed violation
No
Possible sources
Water additive used to control microbes.

Annual average = 0.276

2017 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2017 report, page 4

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2016 water sampling report: 11 results

PDF page 3 is a spread labeled printed pages 4 and 5.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2016
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.55
Maximum
8.61
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 5.7

2016 report, page 3. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2016
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
1.99
Maximum
4.49
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2016 report, page 3. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2016
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.11
Maximum
1.55
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2016 report, page 3. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2016
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.92
Maximum
1.92
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2016 report, page 3. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2016
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2016 report, page 3. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2016
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2016 report, page 3. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2016
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 3.0 ppb AND number of sites above the AL = 0

2016 report, page 3. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2016
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.370 ppm AND number of sites above the AL = 0

2016 report, page 3. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes]

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes]
Testing year
2016
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
0.81
Maximum
18.80
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 9.50 ppb

The substance label does not print a unit; the running-annual-average note prints ppb.

2016 report, page 3. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2016
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.20
Maximum
3.50
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 2.89 ppb

2016 report, page 3. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2016
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.03
Maximum
0.99
Report-printed violation
No
Possible sources
Water additive used to control microbes.

Annual average = 0.306

2016 report, page 3. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2016 report, page 3

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2015 water sampling report: 16 results

The report notes that the MCL for beta/photon emitters is 4 mRem/year, while EPA considers 50 pCi/l the level of concern for beta particles. It says individual beta-particle constituents were not tested because results were below 50 pCi/L. The table’s printed 50 is retained alongside this note.

Report lead/copper values can differ from the state period summaries; retain the source’s printed year, unit and statistic rather than treating them as interchangeable.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
2.00
Maximum
4.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2010
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.17
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2010
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
9.0
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2015
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.08
Maximum
7.12
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 5.6)

2015 report, page 2. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2010
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
3.0
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2015 report, page 2. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2014
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
6.85
Maximum
6.85
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Beta/Photon Emitters (pCi/l)

Radionuclides

Substance and printed unit
Beta/Photon Emitters (pCi/l)
Testing year
2009
MCL or printed action/residual limit
50
MCLG or printed residual goal
N/A
Minimum
4.97
Maximum
8.46
Report-printed violation
No
Possible sources
Decay of natural and manmade deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2013
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.57
Maximum
1.84
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2014
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.46
Maximum
1.46
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2015 report, page 2. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2015
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2015 report, page 2. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2015
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2015 report, page 2. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2013
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 3.0 ppb AND number of sites above the AL = 0

2015 report, page 2. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2013
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.136 ppm AND number of sites above the AL = 0

2015 report, page 2. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2015
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
4.74
Maximum
17.10
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 11.50 ppb)

2015 report, page 2. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2015
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.08
Maximum
4.52
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 3.12 ppb)

2015 report, page 2. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2015
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.06
Maximum
0.89
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual average = 0.326)

2015 report, page 2. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2015 report, page 2

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
Inorganic Contaminants
Chemical substances of mineral origin, such as lead and copper.
Organic Contaminants
Naturally occurring or synthetic substances containing mainly carbon, hydrogen, nitrogen, and oxygen. This includes most pesticides and industrial chemicals.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2014 water sampling report: 16 results

The report notes that the MCL for beta/photon emitters is 4 mRem/year, while EPA considers 50 pCi/l the level of concern for beta particles. It says individual beta-particle constituents were not tested because results were below 50 pCi/L. The table’s printed 50 is retained alongside this note.

Report lead/copper values can differ from the state period summaries; retain the source’s printed year, unit and statistic rather than treating them as interchangeable.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
2.00
Maximum
4.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2010
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.17
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2010
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
9.0
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2014
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.35
Maximum
8.38
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 5.9)

2014 report, page 2. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2010
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
3.0
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2014 report, page 2. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2014
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
6.85
Maximum
6.85
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Beta/Photon Emitters (pCi/l)

Radionuclides

Substance and printed unit
Beta/Photon Emitters (pCi/l)
Testing year
2009
MCL or printed action/residual limit
50
MCLG or printed residual goal
N/A
Minimum
4.97
Maximum
8.46
Report-printed violation
No
Possible sources
Decay of natural and manmade deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2013
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.57
Maximum
1.84
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2014
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.46
Maximum
1.46
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2014 report, page 2. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2014
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.96
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2014 report, page 2. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2014
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.59
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2014 report, page 2. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2013
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 3.0 ppb AND number of sites above the AL = 0

2014 report, page 2. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2013
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.136 ppm AND number of sites above the AL = 0

2014 report, page 2. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2014
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
5.53
Maximum
21.7
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 12.50 ppb)

2014 report, page 2. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2014
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
ND
Maximum
4.32
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 2.78 ppb)

2014 report, page 2. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2014
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.02
Maximum
0.80
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual average = 0.251)

2014 report, page 2. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2014 report, page 2

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
Inorganic Contaminants
Chemical substances of mineral origin, such as lead and copper.
Organic Contaminants
Naturally occurring or synthetic substances containing mainly carbon, hydrogen, nitrogen, and oxygen. This includes most pesticides and industrial chemicals.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2013 water sampling report: 16 results

The report notes that the MCL for beta/photon emitters is 4 mRem/year, while EPA considers 50 pCi/l the level of concern for beta particles. It says individual beta-particle constituents were not tested because results were below 50 pCi/L. The table’s printed 50 is retained alongside this note.

Report lead/copper values can differ from the state period summaries; retain the source’s printed year, unit and statistic rather than treating them as interchangeable.

The 2013 report separately discloses missed Well #18 monitoring during 2008–2013 after a motor failure. The well was left offline until repaired. Four follow-up sampling records, all April 2014, are reproduced in the regulatory history section; these are monitoring omissions, not detections inferred from missing samples.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
2.00
Maximum
4.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2010
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.17
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2010
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
9.0
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2013
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.69
Maximum
7.59
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Running Annual Average = 5.8

2013 report, page 2. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2010
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
3.0
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2013 report, page 2. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2013
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
1.00
Maximum
9.56
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Beta/Photon Emitters (pCi/l)

Radionuclides

Substance and printed unit
Beta/Photon Emitters (pCi/l)
Testing year
2009
MCL or printed action/residual limit
50
MCLG or printed residual goal
N/A
Minimum
4.97
Maximum
8.46
Report-printed violation
No
Possible sources
Decay of natural and manmade deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2013
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.57
Maximum
1.84
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2013
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.40
Maximum
2.75
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2013 report, page 2. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2013
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
ND
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2013 report, page 2. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2013
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.54
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2013 report, page 2. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2013
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 3.0 ppb AND number of sites above the AL = 0

2013 report, page 2. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2013
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.136 ppm AND number of sites above the AL = 0

2013 report, page 2. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2013
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
1.39
Maximum
18.7
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 11.60 ppb

2013 report, page 2. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2013
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.01
Maximum
4.14
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

Running Annual Average = 2.50 ppb

2013 report, page 2. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2013
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.01
Maximum
0.81
Report-printed violation
No
Possible sources
Water additive used to control microbes.

Annual average = 0.256

2013 report, page 2. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2013 report, page 2

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
Inorganic Contaminants
Chemical substances of mineral origin, such as lead and copper.
Organic Contaminants
Naturally occurring or synthetic substances containing mainly carbon, hydrogen, nitrogen, and oxygen. This includes most pesticides and industrial chemicals.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2012 water sampling report: 16 results

The report notes that the MCL for beta/photon emitters is 4 mRem/year, while EPA considers 50 pCi/l the level of concern for beta particles. It says individual beta-particle constituents were not tested because results were below 50 pCi/L. The table’s printed 50 is retained alongside this note.

Report lead/copper values can differ from the state period summaries; retain the source’s printed year, unit and statistic rather than treating them as interchangeable.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
2.00
Maximum
4.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2010
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.17
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2010
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
9.0
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2012
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.13
Maximum
9.27
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 5.3)

2012 report, page 2. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2010
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
3.0
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2012 report, page 2. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2010
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
0.12
Maximum
9.31
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Beta/Photon Emitters (pCi/l)

Radionuclides

Substance and printed unit
Beta/Photon Emitters (pCi/l)
Testing year
2009
MCL or printed action/residual limit
50
MCLG or printed residual goal
N/A
Minimum
4.97
Maximum
8.46
Report-printed violation
No
Possible sources
Decay of natural and manmade deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2010
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.78
Maximum
2.27
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2010
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.82
Maximum
1.82
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2012 report, page 2. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2012
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.91
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2012 report, page 2. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2012
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.75
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2012 report, page 2. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2010
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 4.0 ppb AND number of sites above the AL = 0

2012 report, page 2. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2010
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.512 ppm AND number of sites above the AL = 0

2012 report, page 2. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2012
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
1.82
Maximum
23.9
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 9.50 ppb)

2012 report, page 2. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2012
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.26
Maximum
4.93
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 2.38 ppb)

2012 report, page 2. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2012
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.01
Maximum
0.90
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual average = 0.296)

2012 report, page 2. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2012 report, page 2

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
Inorganic Contaminants
Chemical substances of mineral origin, such as lead and copper.
Organic Contaminants
Naturally occurring or synthetic substances containing mainly carbon, hydrogen, nitrogen, and oxygen. This includes most pesticides and industrial chemicals.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2011 water sampling report: 16 results

The report notes that the MCL for beta/photon emitters is 4 mRem/year, while EPA considers 50 pCi/l the level of concern for beta particles. It says individual beta-particle constituents were not tested because results were below 50 pCi/L. The table’s printed 50 is retained alongside this note.

Report lead/copper values can differ from the state period summaries; retain the source’s printed year, unit and statistic rather than treating them as interchangeable.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
2.00
Maximum
4.00
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2010
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.17
Report-printed violation
No
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2010
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
9.0
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Nitrate (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate (ppm)
Testing year
2011
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.73
Maximum
8.52
Report-printed violation
No
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

(Running Annual Average = 5.6)

2011 report, page 4. Printed violation status applies to this historical report row.

Selenium (ppb)

Inorganic Contaminants

Substance and printed unit
Selenium (ppb)
Testing year
2010
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
3.0
Report-printed violation
No
Possible sources
Erosion of natural deposits; discharge from mines.

2011 report, page 4. Printed violation status applies to this historical report row.

Alpha Emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha Emitters (pCi/l)
Testing year
2010
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
0.12
Maximum
9.31
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Beta/Photon Emitters (pCi/l)

Radionuclides

Substance and printed unit
Beta/Photon Emitters (pCi/l)
Testing year
2009
MCL or printed action/residual limit
50
MCLG or printed residual goal
N/A
Minimum
4.16
Maximum
8.46
Report-printed violation
No
Possible sources
Decay of natural and manmade deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Radium 226 and 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and 228 Combined (pCi/l)
Testing year
2010
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.78
Maximum
2.27
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2010
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.82
Maximum
1.82
Report-printed violation
No
Possible sources
Erosion of natural deposits.

2011 report, page 4. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2009
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.99
Report-printed violation
No
Possible sources
Discharge from factories & dry cleaners.

2011 report, page 4. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2011
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.85
Report-printed violation
No
Possible sources
Discharge from metal degreasing sites and other factories.

2011 report, page 4. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2010
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for lead = 4.0 ppb AND number of sites above the AL = 0

2011 report, page 4. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2010
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
No
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

90th percentile for copper = 0.512 ppm AND number of sites above the AL = 0

2011 report, page 4. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2011
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
2.13
Maximum
14.0
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 7.50 ppb)

2011 report, page 4. Printed violation status applies to this historical report row.

Total Haloacetic Acids (ppb)

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids (ppb)
Testing year
2011
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.14
Maximum
3.83
Report-printed violation
No
Possible sources
By‐product of drinking water disinfection.

(Running Annual Average = 2.56 ppb)

2011 report, page 4. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2011
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.01
Maximum
1.00
Report-printed violation
No
Possible sources
Water additive used to control microbes.

(Annual average = 0.28)

2011 report, page 4. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2011 report, page 3

Action Level (AL)
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
Inorganic Contaminants
Chemical substances of mineral origin, such as lead and copper.
Organic Contaminants
Naturally occurring or synthetic substances containing mainly carbon, hydrogen, nitrogen, and oxygen. This includes most pesticides and industrial chemicals.
ND
Not detected in the water at the testing limits.
Parts per billion (ppb) or micrograms per liter (μg/l)
Indicates the amount of a contaminant found in a billion parts of water.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Picocuries per liter (pCi/l)
A measure of radioactivity.
2010 water sampling report: 16 results

The report notes that the MCL for beta/photon emitters is 4 mRem/year, while EPA considers 50 pCi/l the level of concern for beta particles. It says individual beta-particle constituents were not tested because results were below 50 pCi/L. The table’s printed 50 is retained alongside this note.

Report lead/copper values can differ from the state period summaries; retain the source’s printed year, unit and statistic rather than treating them as interchangeable.

Each category header prints violation “No”; individual violation cells are blank. Reported units and omitted units are retained, including the printed selenium ppm disagreement.

Arsenic (ppb)

Inorganic Contaminants

Substance and printed unit
Arsenic (ppb)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
0
Minimum
2.00
Maximum
4.00
Report-printed violation
Blank in source
Possible sources
Erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Barium (ppm)

Inorganic Contaminants

Substance and printed unit
Barium (ppm)
Testing year
2010
MCL or printed action/residual limit
2
MCLG or printed residual goal
2
Minimum
0.08
Maximum
0.17
Report-printed violation
Blank in source
Possible sources
Discharge from drilling wastes; erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Chromium (ppb)

Inorganic Contaminants

Substance and printed unit
Chromium (ppb)
Testing year
2010
MCL or printed action/residual limit
100
MCLG or printed residual goal
100
Minimum
ND
Maximum
9.0
Report-printed violation
Blank in source
Possible sources
Erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Nitrate [as N] (ppm)

Inorganic Contaminants

Substance and printed unit
Nitrate [as N] (ppm)
Testing year
2010
MCL or printed action/residual limit
10
MCLG or printed residual goal
10
Minimum
1.40
Maximum
8.53
Report-printed violation
Blank in source
Possible sources
Runoff from fertilizer use; leaching from septic tanks, sewage; erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

Running Annual Average = 5.40

2010 report, page 3. Printed violation status applies to this historical report row.

Selenium (ppm)

Inorganic Contaminants

Substance and printed unit
Selenium (ppm)
Testing year
2010
MCL or printed action/residual limit
50
MCLG or printed residual goal
50
Minimum
ND
Maximum
3.00
Report-printed violation
Blank in source
Possible sources
Erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

The source prints ppm; later reports print ppb. The original unit is retained without silently correcting it.

2010 report, page 3. Printed violation status applies to this historical report row.

Alpha emitters (pCi/l)

Radionuclides

Substance and printed unit
Alpha emitters (pCi/l)
Testing year
2010
MCL or printed action/residual limit
15
MCLG or printed residual goal
N/A
Minimum
0.12
Maximum
9.31
Report-printed violation
Blank in source
Possible sources
Erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Beta/Photon emitters (pCi/l)

Radionuclides

Substance and printed unit
Beta/Photon emitters (pCi/l)
Testing year
2009
MCL or printed action/residual limit
50
MCLG or printed residual goal
N/A
Minimum
4.16
Maximum
8.46
Report-printed violation
Blank in source
Possible sources
Decay of natural and manmade deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Radium 226 and Radium 228 Combined (pCi/l)

Radionuclides

Substance and printed unit
Radium 226 and Radium 228 Combined (pCi/l)
Testing year
2010
MCL or printed action/residual limit
5
MCLG or printed residual goal
N/A
Minimum
0.78
Maximum
2.27
Report-printed violation
Blank in source
Possible sources
Erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Uranium (ppb)

Radionuclides

Substance and printed unit
Uranium (ppb)
Testing year
2010
MCL or printed action/residual limit
30
MCLG or printed residual goal
0
Minimum
1.82
Maximum
1.82
Report-printed violation
Blank in source
Possible sources
Erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Tetrachloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Tetrachloroethylene (ppb)
Testing year
2009
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.99
Report-printed violation
Blank in source
Possible sources
Discharge from factories & dry cleaners.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Trichloroethylene (ppb)

Volatile Organic Contaminants

Substance and printed unit
Trichloroethylene (ppb)
Testing year
2010
MCL or printed action/residual limit
5
MCLG or printed residual goal
0
Minimum
ND
Maximum
0.62
Report-printed violation
Blank in source
Possible sources
Discharge from metal degreasing sites and other factories.

Violation “No” is printed on the category header, not separately in this result row.

2010 report, page 3. Printed violation status applies to this historical report row.

Lead (ppb)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Lead (ppb)
Testing year
2010
MCL or printed action/residual limit
AL = 15
MCLG or printed residual goal
0
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
Blank in source
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

90th percentile for lead = 4.0 ppb AND number of sites above the AL = 0

2010 report, page 3. Printed violation status applies to this historical report row.

Copper (ppm)

Lead & Copper Sampling at Residential Water Taps

Substance and printed unit
Copper (ppm)
Testing year
2010
MCL or printed action/residual limit
AL = 1.3
MCLG or printed residual goal
1.3
Minimum
Not separately printed in merged cell
Maximum
Not separately printed in merged cell
Report-printed violation
Blank in source
Possible sources
Corrosion of household plumbing systems; erosion of natural deposits.

Violation “No” is printed on the category header, not separately in this result row.

90th percentile for copper = 0.512 AND number of sites above the AL = 0

2010 report, page 3. Printed violation status applies to this historical report row.

TTHM’s [Total Trihalomethanes] (ppb)

Disinfection By Products

Substance and printed unit
TTHM’s [Total Trihalomethanes] (ppb)
Testing year
2010
MCL or printed action/residual limit
80
MCLG or printed residual goal
N/A
Minimum
3.66
Maximum
17.1
Report-printed violation
Blank in source
Possible sources
By‐product of drinking water disinfection.

Violation “No” is printed on the category header, not separately in this result row.

Running Annual Average = 7.9

2010 report, page 3. Printed violation status applies to this historical report row.

Total Haloacetic Acids

Disinfection By Products

Substance and printed unit
Total Haloacetic Acids
Testing year
2010
MCL or printed action/residual limit
60
MCLG or printed residual goal
N/A
Minimum
1.55
Maximum
7.84
Report-printed violation
Blank in source
Possible sources
By‐product of drinking water disinfection.

Violation “No” is printed on the category header, not separately in this result row.

Running Annual Average = 2.83

No unit is printed in this substance label or its average note.

2010 report, page 3. Printed violation status applies to this historical report row.

Chlorine (ppm)

Maximum Residual Disinfection Level

Substance and printed unit
Chlorine (ppm)
Testing year
2010
MCL or printed action/residual limit
MRDL = 4
MCLG or printed residual goal
MRDLG = 4
Minimum
0.02
Maximum
0.93
Report-printed violation
Blank in source
Possible sources
Water additive used to control microbes.

Violation “No” is printed on the category header, not separately in this result row.

Annual Average = 0.363

2010 report, page 3. Printed violation status applies to this historical report row.

Printed terms and abbreviations

Definitions in the 2010 report, page 3

Action Level or AL
The concentration of a contaminant which, if exceeded, triggers treatment or other requirements which a water system must follow.
Maximum Contamination Level (MCL)
The highest level of a contaminant that is allowed in drinking water. MCL’s are set as close to the MCLG’s as feasible using the best available treatment technology.
Maximum Contamination Level Goal (MCLG)
The level of a contaminant in drinking water below which there is no known or expected risk to health. MCLG’s allow for a margin of safety.
Maximum Residual Disinfection Level (MRDL)
The highest level of disinfectant allowed in drinking water. There is convincing evidence that a disinfectant is necessary for control of microbial contamination.
Maximum Residual Disinfection Level Goal (MRDLG)
The level of a drinking water disinfectant below which there is no know or expected risk to health. MRDLGs do not reflect the benefits of the use of disinfectants to control microbial contamination.
Inorganic Contaminants
Chemical substances of mineral origin, such as lead and copper.
Organic Contaminants
Naturally occurring or synthetic substances containing mainly carbon, hydrogen, nitrogen, and oxygen. This includes most pesticides and industrial chemicals.
ND
Not detected in the water at the testing limits.
Parts per million (ppm) or milligrams per liter (mg/l)
Indicates the amount of a contaminant found in a million parts of water. This is equivalent to finding one penny in $10,000.
Parts per billion (ppb) or micrograms per liter (ug/l)
Indicates the amount of a contaminant found in a billion parts of water.
Picocuries per liter (pCi/l)
A measure of radioactivity.

Official annual-report archive. The reproduced tables and their printed definitions were checked against the linked report pages on September 17, 2026. Blank, ND, N/A and printed dashes remain distinct. The grouped PFAS entries do not identify individual compounds or supply a unit.

Monitoring history

Lead and copper beyond the annual report

The state portal’s expanded date search returns 26 lead-and-copper summary rows across 13 monitoring periods beginning in 1992. Its help page identifies these measurements as 90th-percentile summaries. They describe the distribution of measured results, not the maximum concentration or a test of your home. The annual report’s 2022 results correspond to the state’s 2020–2022 period; those dates are different reporting conventions, not silently interchangeable.

For January–June 2026, the state displays 60 water samples for each analyte: copper 0.474000000 mg/l and lead 0.005000000 mg/l, with summaries received May 26, 2026. The receipt date precedes the printed period end; both are preserved. The oldest listed period, July–December 1992, displays copper 1.520000000 mg/l from 100 water samples and lead 0.006500000 mg/l from 104 water samples. These historical values require the rules and treatment context applicable at the time; they are not a current tap-water assessment.

All 26 state monitoring summaries

Copper: 01-01-2026–06-30-2026

Data quality code
A
Monitoring period begins
01-01-2026
Monitoring period ends
06-30-2026
Number of water samples
60
90th percentile (mg/l)
0.474000000
Facility state ID
T6030043DS1
Summary received
05-26-2026
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2026–06-30-2026

Data quality code
A
Monitoring period begins
01-01-2026
Monitoring period ends
06-30-2026
Number of water samples
60
90th percentile (mg/l)
0.005000000
Facility state ID
T6030043DS1
Summary received
05-26-2026
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2020–12-31-2022

Data quality code
A
Monitoring period begins
01-01-2020
Monitoring period ends
12-31-2022
Number of water samples
30
90th percentile (mg/l)
0.414000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2020–12-31-2022

Data quality code
A
Monitoring period begins
01-01-2020
Monitoring period ends
12-31-2022
Number of water samples
30
90th percentile (mg/l)
0.002000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2017–12-31-2019

Data quality code
A
Monitoring period begins
01-01-2017
Monitoring period ends
12-31-2019
Number of water samples
30
90th percentile (mg/l)
0.470000000
Facility state ID
T6030043DS1
Summary received
07-30-2019
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2017–12-31-2019

Data quality code
A
Monitoring period begins
01-01-2017
Monitoring period ends
12-31-2019
Number of water samples
30
90th percentile (mg/l)
0.004000000
Facility state ID
T6030043DS1
Summary received
07-30-2019
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2014–12-31-2016

Data quality code
A
Monitoring period begins
01-01-2014
Monitoring period ends
12-31-2016
Number of water samples
30
90th percentile (mg/l)
0.370000000
Facility state ID
T6030043DS1
Summary received
09-07-2016
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2014–12-31-2016

Data quality code
A
Monitoring period begins
01-01-2014
Monitoring period ends
12-31-2016
Number of water samples
30
90th percentile (mg/l)
0.003000000
Facility state ID
T6030043DS1
Summary received
09-07-2016
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2011–12-31-2013

Data quality code
A
Monitoring period begins
01-01-2011
Monitoring period ends
12-31-2013
Number of water samples
30
90th percentile (mg/l)
0.579000000
Facility state ID
T6030043DS1
Summary received
06-12-2013
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2011–12-31-2013

Data quality code
A
Monitoring period begins
01-01-2011
Monitoring period ends
12-31-2013
Number of water samples
30
90th percentile (mg/l)
0.006000000
Facility state ID
T6030043DS1
Summary received
06-12-2013
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2008–12-31-2010

Data quality code
A
Monitoring period begins
01-01-2008
Monitoring period ends
12-31-2010
Number of water samples
30
90th percentile (mg/l)
0.512000000
Facility state ID
T6030043DS1
Summary received
07-20-2010
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2008–12-31-2010

Data quality code
A
Monitoring period begins
01-01-2008
Monitoring period ends
12-31-2010
Number of water samples
30
90th percentile (mg/l)
0.005000000
Facility state ID
T6030043DS1
Summary received
07-20-2010
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2005–12-31-2007

Data quality code
A
Monitoring period begins
01-01-2005
Monitoring period ends
12-31-2007
Number of water samples
30
90th percentile (mg/l)
0.677000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2005–12-31-2007

Data quality code
A
Monitoring period begins
01-01-2005
Monitoring period ends
12-31-2007
Number of water samples
30
90th percentile (mg/l)
0.006000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2002–12-31-2004

Data quality code
A
Monitoring period begins
01-01-2002
Monitoring period ends
12-31-2004
Number of water samples
31
90th percentile (mg/l)
0.740000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2002–12-31-2004

Data quality code
A
Monitoring period begins
01-01-2002
Monitoring period ends
12-31-2004
Number of water samples
31
90th percentile (mg/l)
0.005000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2001–12-31-2001

Data quality code
A
Monitoring period begins
01-01-2001
Monitoring period ends
12-31-2001
Number of water samples
30
90th percentile (mg/l)
1.000000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2001–12-31-2001

Data quality code
A
Monitoring period begins
01-01-2001
Monitoring period ends
12-31-2001
Number of water samples
30
90th percentile (mg/l)
0.008000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-2000–06-30-2000

Data quality code
A
Monitoring period begins
01-01-2000
Monitoring period ends
06-30-2000
Number of water samples
60
90th percentile (mg/l)
0.760000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-2000–06-30-2000

Data quality code
A
Monitoring period begins
01-01-2000
Monitoring period ends
06-30-2000
Number of water samples
60
90th percentile (mg/l)
0.005000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 07-01-1999–12-31-1999

Data quality code
A
Monitoring period begins
07-01-1999
Monitoring period ends
12-31-1999
Number of water samples
60
90th percentile (mg/l)
0.910000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 07-01-1999–12-31-1999

Data quality code
A
Monitoring period begins
07-01-1999
Monitoring period ends
12-31-1999
Number of water samples
60
90th percentile (mg/l)
0.006000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 01-01-1993–06-30-1993

Data quality code
A
Monitoring period begins
01-01-1993
Monitoring period ends
06-30-1993
Number of water samples
100
90th percentile (mg/l)
1.290000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 01-01-1993–06-30-1993

Data quality code
A
Monitoring period begins
01-01-1993
Monitoring period ends
06-30-1993
Number of water samples
100
90th percentile (mg/l)
0.005400000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Copper: 07-01-1992–12-31-1992

Data quality code
A
Monitoring period begins
07-01-1992
Monitoring period ends
12-31-1992
Number of water samples
100
90th percentile (mg/l)
1.520000000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Copper

Idaho lead/copper summaries; source dates are month-day-year.

Lead: 07-01-1992–12-31-1992

Data quality code
A
Monitoring period begins
07-01-1992
Monitoring period ends
12-31-1992
Number of water samples
104
90th percentile (mg/l)
0.006500000
Facility state ID
T6030043DS1
Summary received
Blank in source
Analyte
Lead

Idaho lead/copper summaries; source dates are month-day-year.

Source: Idaho Drinking Water Watch, retrieved September 17, 2026, using a January 1, 1900–September 17, 2026 date filter. The default view shows only two years. State explanation of the summary statistic.

PFAS and lithium

2024 monitoring at six finished-water points

EPA’s final July 2026 UCMR 5 release contains 360 results for POCATELLO CITY OF, ID6030043: 29 PFAS analytes and lithium at six entry points to the distribution system. All 348 PFAS results are below their analyte-specific reporting levels. The 12 lithium results range from 34.1 to 42.3 µg/L; lithium is not a PFAS. These are dated monitoring results, not measurements of an individual home’s water.

Water samples were collected on February 15, August 5, August 13 and September 16, 2024, under two event codes, SE1 and SE2. The six locations are finished-water points for Wells 10, 12, 13, 18, 34 and 44. Some results within the same event have different collection dates; those dates remain attached to each result.

A “<” sign with a blank numeric result means below the listed minimum reporting level (MRL), not zero. MRLs describe laboratory reporting capability, not health thresholds. All concentrations here retain EPA’s µg/L, or micrograms per liter. EPA says these UCMR results do not establish compliance or noncompliance with PFAS drinking-water limits.

For both events at all six points, the utility reported CLGA (gaseous chlorine) and GWD (groundwater system with disinfection only). Its questionnaire answered “No” to previous lithium testing, previous PFAS testing and awareness of potential PFAS sources. Those are questionnaire responses: they do not mean lithium was absent, and they are not proof that no potential PFAS source exists.

Source codes: GW = groundwater; EP = distribution entry point; AM = assessment monitoring; L = more than 10,000 people in the program’s February 2021 size classification. Blank associated-facility, associated-point and UCMR 1 water sample-type fields are expected in this UCMR 5 dataset.

Well #10 Finished · E0007431TP · 60 results
Water-system ID
ID6030043
System name
POCATELLO CITY OF
Size category
L
Facility ID
00001
Facility name
Well #10 Treatment
Source type
GW
Water sampling-point ID
E0007431TP
Water sampling-point name
Well #10 Finished
Point type
EP
Associated facility ID
Blank in source
Associated water sample-point ID
Blank in source
Monitoring program
AM
EPA region
10
State
ID
UCMR 1 water sample type
Blank in source
Every dated result at this water sampling point. Scroll within the table to read all columns.
Collection dateWater sample IDAnalyteReporting levelUnitsMethodResult signNumeric resultEvent
2/15/2024MEB0600-02PFHpS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-028:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02HFPO-DA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFBA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-026:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-024:2 FTS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02ADONA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFMPA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFPeA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFMBA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02lithium9µg/LEPA 200.7=37.1SE1
2/15/2024MEB0600-02PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-02NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-02NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-02PFEESA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFTA0.008µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-02PFNA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFHpA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02NFDHA0.02µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFPeS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFBS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFHxS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFOS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFOA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFDA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFDoA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFHxA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-02PFUnA0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-0211Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-029Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE1
8/5/2024MEH0302-01PFMPA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-0111Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-019Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01ADONA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01HFPO-DA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFHxA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFBA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-016:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFDoA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-018:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFEESA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFMBA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01NFDHA0.02µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-014:2 FTS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFDA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFOA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFOS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFNA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFHxS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFHpA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFHpS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFPeS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFUnA0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-01NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-01PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-01PFTA0.008µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-01lithium9µg/LEPA 200.7=37.9SE2
8/5/2024MEH0302-01PFBS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-01PFPeA0.003µg/LEPA 533<Blank in sourceSE2

Reported treatment and questionnaire responses

System, facility and water sampling-point identifiers are the same as those above. “Other” text is blank in every response.
EventSource fieldResponseOther text
SE1DisinfectantTypeCLGABlank in source
SE1TreatmentInformationGWDBlank in source
SE1LithiumOccurrenceNoBlank in source
SE1PotentialPFASSourcesNoBlank in source
SE1PFASOccurrenceNoBlank in source
SE2DisinfectantTypeCLGABlank in source
SE2TreatmentInformationGWDBlank in source
SE2LithiumOccurrenceNoBlank in source
SE2PFASOccurrenceNoBlank in source
SE2PotentialPFASSourcesNoBlank in source

EPA occurrence data, July 2026 release; field definitions, pages 17–18.

Well #12 Finished · E0007428TP · 60 results
Water-system ID
ID6030043
System name
POCATELLO CITY OF
Size category
L
Facility ID
00002
Facility name
Well #12 Treatment
Source type
GW
Water sampling-point ID
E0007428TP
Water sampling-point name
Well #12 Finished
Point type
EP
Associated facility ID
Blank in source
Associated water sample-point ID
Blank in source
Monitoring program
AM
EPA region
10
State
ID
UCMR 1 water sample type
Blank in source
Every dated result at this water sampling point. Scroll within the table to read all columns.
Collection dateWater sample IDAnalyteReporting levelUnitsMethodResult signNumeric resultEvent
2/15/2024MEB0600-06PFDoA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-064:2 FTS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-066:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFBA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06HFPO-DA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06ADONA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-069Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFHxA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-06PFDA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFHxS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFHpA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFBS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-06NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-06PFTA0.008µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-0611Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06lithium9µg/LEPA 200.7=36.4SE1
2/15/2024MEB0600-06PFPeS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFHpS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06NFDHA0.02µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFEESA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFPeA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFOA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFOS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFNA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFMBA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFMPA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-06PFUnA0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-068:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
9/16/2024MEI0619-01NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE2
8/13/2024MEH0510-01PFOA0.004µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFOS0.004µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFNA0.004µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFHxS0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFHpA0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFBS0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01NFDHA0.02µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFMBA0.003µg/LEPA 533<Blank in sourceSE2
9/16/2024MEI0619-01PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE2
8/13/2024MEH0510-01PFDA0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFEESA0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01lithium9µg/LEPA 200.7=37.5SE2
9/16/2024MEI0619-01PFTA0.008µg/LEPA 537.1<Blank in sourceSE2
8/13/2024MEH0510-01PFHpS0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFPeA0.003µg/LEPA 533<Blank in sourceSE2
9/16/2024MEI0619-01NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE2
8/13/2024MEH0510-01PFDoA0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFPeS0.004µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFMPA0.004µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-018:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-014:2 FTS0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFBA0.005µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01HFPO-DA0.005µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01ADONA0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-019Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-016:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFHxA0.003µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-01PFUnA0.002µg/LEPA 533<Blank in sourceSE2
8/13/2024MEH0510-0111Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE2

Reported treatment and questionnaire responses

System, facility and water sampling-point identifiers are the same as those above. “Other” text is blank in every response.
EventSource fieldResponseOther text
SE1DisinfectantTypeCLGABlank in source
SE1TreatmentInformationGWDBlank in source
SE1LithiumOccurrenceNoBlank in source
SE1PFASOccurrenceNoBlank in source
SE1PotentialPFASSourcesNoBlank in source
SE2DisinfectantTypeCLGABlank in source
SE2TreatmentInformationGWDBlank in source
SE2LithiumOccurrenceNoBlank in source
SE2PFASOccurrenceNoBlank in source
SE2PotentialPFASSourcesNoBlank in source

EPA occurrence data, July 2026 release; field definitions, pages 17–18.

Well #18 Finished · E0007438TP · 60 results
Water-system ID
ID6030043
System name
POCATELLO CITY OF
Size category
L
Facility ID
00005
Facility name
Well #18 Treatment
Source type
GW
Water sampling-point ID
E0007438TP
Water sampling-point name
Well #18 Finished
Point type
EP
Associated facility ID
Blank in source
Associated water sample-point ID
Blank in source
Monitoring program
AM
EPA region
10
State
ID
UCMR 1 water sample type
Blank in source
Every dated result at this water sampling point. Scroll within the table to read all columns.
Collection dateWater sample IDAnalyteReporting levelUnitsMethodResult signNumeric resultEvent
2/15/2024MEB0600-059Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-0511Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFUnA0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFHxA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFDoA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05ADONA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFOA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFTA0.008µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-05PFOS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFDA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05HFPO-DA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFBA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05lithium9µg/LEPA 200.7=40.4SE1
2/15/2024MEB0600-054:2 FTS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-05NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-05PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-05PFNA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFHpS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-056:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFMBA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFHxS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFHpA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-058:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFPeA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFEESA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05NFDHA0.02µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFPeS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFBS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-05PFMPA0.004µg/LEPA 533<Blank in sourceSE1
8/5/2024MEH0302-03PFEESA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFNA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFOA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFMPA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFDA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFOS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFHxS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFHpA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFBS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFDoA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFMBA0.003µg/LEPA 533<Blank in sourceSE2
9/16/2024MEI0619-02NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-03NFDHA0.02µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFPeS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFPeA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03lithium9µg/LEPA 200.7=41.1SE2
9/16/2024MEI0619-02NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-03HFPO-DA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFBA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-036:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03ADONA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-038:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFHxA0.003µg/LEPA 533<Blank in sourceSE2
9/16/2024MEI0619-02PFTA0.008µg/LEPA 537.1<Blank in sourceSE2
9/16/2024MEI0619-02PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-03PFHpS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-039Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-0311Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-03PFUnA0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-034:2 FTS0.003µg/LEPA 533<Blank in sourceSE2

Reported treatment and questionnaire responses

System, facility and water sampling-point identifiers are the same as those above. “Other” text is blank in every response.
EventSource fieldResponseOther text
SE1TreatmentInformationGWDBlank in source
SE1DisinfectantTypeCLGABlank in source
SE1LithiumOccurrenceNoBlank in source
SE1PFASOccurrenceNoBlank in source
SE1PotentialPFASSourcesNoBlank in source
SE2DisinfectantTypeCLGABlank in source
SE2TreatmentInformationGWDBlank in source
SE2LithiumOccurrenceNoBlank in source
SE2PFASOccurrenceNoBlank in source
SE2PotentialPFASSourcesNoBlank in source

EPA occurrence data, July 2026 release; field definitions, pages 17–18.

Well #34 Finished · E0007437TP · 60 results
Water-system ID
ID6030043
System name
POCATELLO CITY OF
Size category
L
Facility ID
00018
Facility name
Well #34 Treatment
Source type
GW
Water sampling-point ID
E0007437TP
Water sampling-point name
Well #34 Finished
Point type
EP
Associated facility ID
Blank in source
Associated water sample-point ID
Blank in source
Monitoring program
AM
EPA region
10
State
ID
UCMR 1 water sample type
Blank in source
Every dated result at this water sampling point. Scroll within the table to read all columns.
Collection dateWater sample IDAnalyteReporting levelUnitsMethodResult signNumeric resultEvent
2/15/2024MEB0600-04PFHpS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-044:2 FTS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-048:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFMPA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFPeA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFMBA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-046:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFPeS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-0411Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFBS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFHpA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFHxS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFNA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFOS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFOA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04NFDHA0.02µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFTA0.008µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-04PFEESA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFDA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04lithium9µg/LEPA 200.7=40.0SE1
2/15/2024MEB0600-04ADONA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-04PFBA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-04PFDoA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFUnA0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-049Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04PFHxA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04HFPO-DA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-04NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE1
8/5/2024MEH0302-04PFNA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-04ADONA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFDA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04lithium9µg/LEPA 200.7=40.8SE2
8/5/2024MEH0302-04NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-04PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-04PFPeS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFMBA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFHpS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFEESA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-048:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-044:2 FTS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-046:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFTA0.008µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-04HFPO-DA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFOS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-049Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-0411Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFDoA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFHxS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFHpA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFBS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFPeA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFMPA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04NFDHA0.02µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFUnA0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFOA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFBA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-04PFHxA0.003µg/LEPA 533<Blank in sourceSE2

Reported treatment and questionnaire responses

System, facility and water sampling-point identifiers are the same as those above. “Other” text is blank in every response.
EventSource fieldResponseOther text
SE1DisinfectantTypeCLGABlank in source
SE1TreatmentInformationGWDBlank in source
SE1LithiumOccurrenceNoBlank in source
SE1PFASOccurrenceNoBlank in source
SE1PotentialPFASSourcesNoBlank in source
SE2DisinfectantTypeCLGABlank in source
SE2TreatmentInformationGWDBlank in source
SE2LithiumOccurrenceNoBlank in source
SE2PFASOccurrenceNoBlank in source
SE2PotentialPFASSourcesNoBlank in source

EPA occurrence data, July 2026 release; field definitions, pages 17–18.

Well #13 Finished · E0007424TP · 60 results
Water-system ID
ID6030043
System name
POCATELLO CITY OF
Size category
L
Facility ID
00019
Facility name
Well #13 Treatment
Source type
GW
Water sampling-point ID
E0007424TP
Water sampling-point name
Well #13 Finished
Point type
EP
Associated facility ID
Blank in source
Associated water sample-point ID
Blank in source
Monitoring program
AM
EPA region
10
State
ID
UCMR 1 water sample type
Blank in source
Every dated result at this water sampling point. Scroll within the table to read all columns.
Collection dateWater sample IDAnalyteReporting levelUnitsMethodResult signNumeric resultEvent
2/15/2024MEB0600-034:2 FTS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-03PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-03PFTA0.008µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-03lithium9µg/LEPA 200.7=34.1SE1
2/15/2024MEB0600-03PFOS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFDoA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFDA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFOA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFNA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFHxS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFHpA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFBS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-038:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-039Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-036:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFBA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03HFPO-DA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03ADONA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-0311Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFHxA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFHpS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFPeS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFEESA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFMBA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFPeA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03NFDHA0.02µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFMPA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-03PFUnA0.002µg/LEPA 533<Blank in sourceSE1
8/5/2024MEH0302-06PFBA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-06PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-06PFTA0.008µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-06lithium9µg/LEPA 200.7=36.6SE2
8/5/2024MEH0302-06PFPeS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFEESA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFMBA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFPeA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFMPA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-068:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFHpA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-066:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFHpS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06HFPO-DA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06ADONA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-069Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-0611Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFUnA0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFHxA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFDoA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFDA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFOA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFOS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFNA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFHxS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06PFBS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-064:2 FTS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-06NFDHA0.02µg/LEPA 533<Blank in sourceSE2

Reported treatment and questionnaire responses

System, facility and water sampling-point identifiers are the same as those above. “Other” text is blank in every response.
EventSource fieldResponseOther text
SE1DisinfectantTypeCLGABlank in source
SE1TreatmentInformationGWDBlank in source
SE1LithiumOccurrenceNoBlank in source
SE1PotentialPFASSourcesNoBlank in source
SE1PFASOccurrenceNoBlank in source
SE2DisinfectantTypeCLGABlank in source
SE2TreatmentInformationGWDBlank in source
SE2LithiumOccurrenceNoBlank in source
SE2PFASOccurrenceNoBlank in source
SE2PotentialPFASSourcesNoBlank in source

EPA occurrence data, July 2026 release; field definitions, pages 17–18.

Well #44 Finished · E0008032TP · 60 results
Water-system ID
ID6030043
System name
POCATELLO CITY OF
Size category
L
Facility ID
00022
Facility name
Well #44 Treatment
Source type
GW
Water sampling-point ID
E0008032TP
Water sampling-point name
Well #44 Finished
Point type
EP
Associated facility ID
Blank in source
Associated water sample-point ID
Blank in source
Monitoring program
AM
EPA region
10
State
ID
UCMR 1 water sample type
Blank in source
Every dated result at this water sampling point. Scroll within the table to read all columns.
Collection dateWater sample IDAnalyteReporting levelUnitsMethodResult signNumeric resultEvent
2/15/2024MEB0600-01PFHpA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01ADONA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01lithium9µg/LEPA 200.7=42.3SE1
2/15/2024MEB0600-01PFHpS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFPeS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01NFDHA0.02µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFEESA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFMBA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFPeA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFMPA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-018:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-014:2 FTS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-016:2 FTS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-0111Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01HFPO-DA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFNA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-01NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-01PFTA0.008µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-01PFUnA0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFBA0.005µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFHxS0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE1
2/15/2024MEB0600-01PFOS0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFOA0.004µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFDA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFDoA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFHxA0.003µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-019Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE1
2/15/2024MEB0600-01PFBS0.003µg/LEPA 533<Blank in sourceSE1
8/5/2024MEH0302-05PFUnA0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05NMeFOSAA0.006µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-0511Cl-PF3OUdS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05lithium9µg/LEPA 200.7=38.4SE2
8/5/2024MEH0302-05NEtFOSAA0.005µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-05PFTrDA0.007µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-05PFTA0.008µg/LEPA 537.1<Blank in sourceSE2
8/5/2024MEH0302-05PFMBA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFPeA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFMPA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFBA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFHxA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-058:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-054:2 FTS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-056:2 FTS0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFHpA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFDoA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05HFPO-DA0.005µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFBS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFHxS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFNA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFOS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFOA0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-059Cl-PF3ONS0.002µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFEESA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05NFDHA0.02µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFPeS0.004µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFHpS0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05PFDA0.003µg/LEPA 533<Blank in sourceSE2
8/5/2024MEH0302-05ADONA0.003µg/LEPA 533<Blank in sourceSE2

Reported treatment and questionnaire responses

System, facility and water sampling-point identifiers are the same as those above. “Other” text is blank in every response.
EventSource fieldResponseOther text
SE1DisinfectantTypeCLGABlank in source
SE1TreatmentInformationGWDBlank in source
SE1LithiumOccurrenceNoBlank in source
SE1PFASOccurrenceNoBlank in source
SE1PotentialPFASSourcesNoBlank in source
SE2DisinfectantTypeCLGABlank in source
SE2TreatmentInformationGWDBlank in source
SE2LithiumOccurrenceNoBlank in source
SE2PFASOccurrenceNoBlank in source
SE2PotentialPFASSourcesNoBlank in source

EPA occurrence data, July 2026 release; field definitions, pages 17–18.

The accompanying service-ZIP file lists 83201, 83202, 83204, 83205, 83206, 83209. These ZIP codes are not an address-level service boundary. Results are from the fifth UCMR cycle, not a statement of monitoring in every other cycle.

EPA UCMR occurrence archive and July 2026 definitions, pages 2, 6 and 14–18; retrieved September 17, 2026.

Well-level monitoring

Chemical analyses by water sampling location

The City publishes a separate chemical-analysis archive with well-specific results, including non-detects and blank cells that the annual consumer report may not show. A well result is not a household result or automatically the same statistic as an annual-report range. The 2024 sheet lists nitrate as N from 1.14 to 5.38 mg/L among its numeric entries, and ND for Well 28. It also prints trichloroethylene at 0.57 ug/L for Well 12 and 0.55 ug/L for Well 13, and vinyl chloride at 0.5 ug/L for Well 12. These entries require their own source context rather than being silently merged into the annual report.

The 2021 sheet prints Well 02 nitrate as N at 13.11 mg/L. The annual report’s Well #2 maximum is 11.69 and the state violation record is 12 MG/L. The chemical sheet supplies no individual water sample date or statistic explaining that difference. All three source values remain separate; none identifies the concentration at a resident’s tap.

2024 chemical analysis — all 25 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2024 chemical analysis, page 1
Analyte GroupAnalyte TestedUnitWell 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 36Well 40Well 44
NO2/NO3Nitrate as Nmg/L3.332.482.412.073.42.665.315.385.18ND3.54.072.753.821.971.141.35
TrihalomethanesBromodichloromethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesBromoformug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesChloroformug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesDibromochloromethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesTrihalomethanes (Total)ug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,1,1-Trichloroethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,1,2-Trichloroethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,1-Dichloroethyleneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,2,4-Trichlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,2-Dichloroethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,2-Dichloropropaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalBenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalCarbon Tetrachlorideug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalDichloromethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalEthylbenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalMonochlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemicalo-Dichlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemicalp-Dichlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalStyreneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalTetrachloroethyleneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalTolueneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalTrichloroethyleneug/LBlank in sourceBlank in source0.570.55Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalVinyl Chlorideug/LBlank in sourceBlank in source0.5NDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalXylenes - Totalug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
2023 chemical analysis — all 26 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2023 chemical analysis, page 1
Analyte GroupAnalyte TestedUnitWell 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 29Well 31Well 32Well 34Well 36Well 40Well 44
Inorganic ChemicalArsenicmg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.003Blank in source
NO2/NO3Nitrate as Nmg/L4.632.41.783.012.623.264.815.184.623.353.142.484.492.371.153.29
TrihalomethanesBromodichloromethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesBromoformug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesChloroformug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesDibromochloromethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
TrihalomethanesTrihalomethanes (Total)ug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,1,1-Trichloroethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,1,2-Trichloroethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,1-Dichloroethyleneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,2,4-Trichlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,2-Dichloroethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemical1,2-Dichloropropaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalBenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalCarbon Tetrachlorideug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalDichloromethaneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalEthylbenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalMonochlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemicalo-Dichlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic Chemicalp-Dichlorobenzeneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalStyreneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalTetrachloroethyleneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source0.55NDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalTolueneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalTrichloroethyleneug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalVinyl Chlorideug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
Volatile Organic ChemicalXylenes - Totalug/LBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in source
2022 chemical analysis — all 68 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2022 chemical analysis, page 1
Analyte TestedUnitWell 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 29Well 31Well 32Well 34Well 36Well 40Well 44
Antimonymg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Bariummg/LBlank in source0.128Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.063Blank in source
Berylliummg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Cadmiummg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Chromiummg/LBlank in source0.002Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.001Blank in source
Fluoridemg/LBlank in source0.9Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.6Blank in source
Mercurymg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Nickelmg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Seleniummg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Sodiummg/L60.438.835.431.338.334.268.44145.542.438.426.535.133Blank in source33
Thalliummg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Nitrate as Nmg/L4.03Blank in source1.7Blank in source1.994.125.916.045.482.342.891.575.11.35ND1.3
Alpha ActivitypCi/LBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceBlank in sourceBlank in source
Radium 228pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in source
Uraniumug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source1.571.29Blank in sourceBlank in sourceBlank in source
2,4,5-TPug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2,4-Dug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Alachlorug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Atrazineug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Benzo[a]pyreneug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Carbofuranug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Chlordaneug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Dalaponug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DBCPug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Di(2-ethylhexyl)adipateug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Di(2-ethylhexyl)phthalateug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Dinosebug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Diquatug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
EDBug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Endothallug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2022 chemical analysis, page 2
Analyte TestedUnitWell 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 29Well 31Well 32Well 34Well 36Well 40Well 44
Endrinug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Glyphosateug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Heptachlorug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Heptachlor epoxideug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Hexachlorobenzeneug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceNDNDND
Hexachlorocyclopentadieneug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Lindaneug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Methoxychlorug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Oxamylug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
PCBsug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Pentachlorophenolug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Picloramug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Simazineug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Toxapheneug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Bromodichloromethaneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Bromoformug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Chloroformug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Dibromochloromethaneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Trihalomethanes (Total)ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
1,1,1-Trichloroethaneug/LNDNDBlank in sourceNDNDNDNDNDNDNDNDNDNDNDNDND
1,1,2-Trichloroethaneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
1,1-Dichloroethyleneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
1,2,4-Trichlorobenzeneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
1,2-Dichloroethaneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
1,2-Dichloropropaneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Benzeneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Carbon Tetrachlorideug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Dichloromethaneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Ethylbenzeneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
2022 chemical analysis, page 3
Analyte TestedUnitWell 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 29Well 31Well 32Well 34Well 36Well 40Well 44
Monochlorobenzeneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
o-Dichlorobenzeneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
p-Dichlorobenzeneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Styreneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Tetrachloroethyleneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Tolueneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Trichloroethyleneug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Vinyl Chlorideug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Xylenes - Totalug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
2021 chemical analysis — all 25 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2021 chemical analysis, page 1
Analyte TestedUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 29Well 31Well 32Well 34Well 36Well 40Well 44
Nitrate as Nmg/L13.113.692.122.552.012.572.856.056.486.413.14.182.514.232.061.231.69
Bromodichloromethaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Bromoformug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Chloroformug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Dibromochloromethaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Trihalomethanes (Total)ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
1,1,1-Trichloroethaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
1,1,2-Trichloroethaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
1,1-Dichloroethyleneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
1,2,4-Trichlorobenzeneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
1,2-Dichloroethaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
1,2-Dichloropropaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Benzeneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Carbon Tetrachlorideug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Dichloromethaneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Ethylbenzeneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Monochlorobenzeneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
o-Dichlorobenzeneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
p-Dichlorobenzeneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Styreneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Tetrachloroethyleneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.58Blank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Tolueneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Trichloroethyleneug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDND0.51NDBlank in source
Vinyl Chlorideug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
Xylenes - Totalug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDNDNDNDBlank in source
2020 chemical analysis — all 101 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2020 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Cyanide0.20mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nitrate as N10.00mg/L6.652.121.811.791.482.781.995.26.245.538.042.652.524.392.084.2ND1.571.19ND
2,4,5-TP50.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
2,4-D70.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
2,4-DBBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
3-HydroxycarbofuranBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Alachlor2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Aldicarb6.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Aldicarb Sulfone6.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Aldicarb Sulfoxide6.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
AldrinBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Atrazine3.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Benzo[a]pyrene0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
ButachlorBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
CarbarylBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Carbofuran40.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Chlordane2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Dalapon200.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
DBCP0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Di(2-ethylhexyl)adipate400.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Di(2-ethylhexyl)phthalate6.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
DicambaBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
DieldrinBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Dinoseb7.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Diquat20.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
EDB0.05ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Endothall100.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Endrin2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Glyphosate700.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Heptachlor0.40ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Heptachlor epoxide0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Hexachlorobenzene1.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Hexachlorocyclopentadiene50.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Lindane0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
2020 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 40Well 44
MethomylBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Methoxychlor40.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
MetolachlorBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
MetribuzinBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Oxamyl200.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
PCBs0.50ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Pentachlorophenol1.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Picloram500.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
PropachlorBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Simazine4.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Toxaphene3.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
BromodichloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
BromoformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
ChloroformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
DibromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1,1,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1,2,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1-DichloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,1-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,2,3-TrichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,2,3-TrichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,2,4-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,3,5-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,3-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
1,3-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
2,2-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
BromobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
BromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
BromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
2020 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 40Well 44
ChloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
ChloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
DibromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
DichlorodifluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
HexachlorobutadienaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
IsopropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
m-DichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
NaphthaleneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
n-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
n-PropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
o-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
p-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
p-IsopropyltolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
s-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
t-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.81Blank in source0.66NDBlank in sourceBlank in sourceNDBlank in source0.61NDNDNDNDBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in source0.520.54Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDND0.82NDBlank in source
TrichlorofluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in source
2019 chemical analysis — all 117 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2019 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Antimony0.01mg/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDND
Arsenic0.01mg/L0.0020.002ND0.0020.0010.0020.0020.0010.0020.001Blank in source0.0020.0010.0020.0010.0020.0010.0030.002
Barium2.00mg/L0.1640.1260.1470.1510.1360.1580.160.1420.1790.169Blank in source0.1490.1550.1220.1540.0540.1450.0580.083
Beryllium0.00mg/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDND
Cadmium0.01mg/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDND
Chromium0.10mg/L0.001ND0.001NDNDND0.008NDNDNDBlank in sourceND0.001ND0.001NDNDNDND
Fluoride4.00mg/LND0.20.20.20.20.2NDNDNDNDBlank in source0.20.30.30.30.70.20.70.2
Mercury0.00mg/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDND
Nickel0.10mg/LND0.002NDNDND0.011NDND0.001NDBlank in source0.002NDNDNDND0.002NDND
Selenium0.05mg/L0.0050.0020.0030.003ND0.0010.0020.0010.0020.002Blank in source0.0020.0040.0020.003ND0.0020.0010.002
SodiumBlank in sourcemg/L8942.543.43734.645.833.667.640.248.4Blank in source54.261.13348.4Blank in source35.3Blank in source30.4
Thallium0.00mg/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDND
Nitrate as N10.00mg/L8.392.92.62.72.532.963.585.285.035.285.73.753.923.264.541.352.481.351.51
Nitrite as N1.00mg/L0.26NDNDNDND0.11ND0.150.140.14Blank in sourceND0.13ND0.11Blank in sourceNDBlank in sourceND
Alpha Activity15.00pCi/LBlank in sourceBlank in source1.651.27Blank in source1.441.541.671.331.51Blank in source1.59NDBlank in source1.41Blank in source1.62Blank in source1.49
Radium 2265.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.0476Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 228Blank in sourcepCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.2070.176Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Uranium30.00ug/L2.131.792.341.951.72.11.573.071.581.7Blank in source2.072.031.971.66Blank in source1.8Blank in source1.51
2,4,5-TP50.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2,4-D70.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2,4-DBBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
3-HydroxycarbofuranBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Alachlor2.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Aldicarb6.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Aldicarb Sulfone6.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Aldicarb Sulfoxide6.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
AldrinBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Atrazine3.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Benzo[a]pyrene0.20ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
ButachlorBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
CarbarylBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Carbofuran40.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2019 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Chlordane2.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Dalapon200.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
DBCP0.20ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Di(2-ethylhexyl)adipate400.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Di(2-ethylhexyl)phthalate6.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
DicambaBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
DieldrinBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Dinoseb7.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Diquat20.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
EDB0.05ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Endothall100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Endrin2.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Glyphosate700.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Heptachlor0.40ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Heptachlor epoxide0.20ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Hexachlorobenzene1.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Hexachlorocyclopentadiene50.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Lindane0.20ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
MethomylBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Methoxychlor40.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
MetolachlorBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
MetribuzinBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Oxamyl200.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
PCBs0.50ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Pentachlorophenol1.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Picloram500.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
PropachlorBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Simazine4.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Toxaphene3.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
BromodichloromethaneBlank in sourceug/LNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
BromoformBlank in sourceug/LNDNDNDNDNDND0.8NDNDNDBlank in source2.69NDNDNDBlank in sourceNDBlank in sourceND
ChloroformBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
DibromochloromethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in source0.56NDNDNDBlank in sourceNDBlank in sourceND
Trihalomethanes (Total)80.00ug/LNDNDNDNDNDND0.8NDNDNDBlank in source3.25NDNDNDBlank in sourceNDBlank in sourceND
1,1,1,2-TetrachloroethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,1-Trichloroethane200.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,2,2-TetrachloroethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2019 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
1,1,2-Trichloroethane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-DichloroethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-Dichloroethylene7.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-DichloropropeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,3-TrichlorobenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,3-TrichloropropaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,4-Trichlorobenzene70.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,4-TrimethylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,2-Dichloroethane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,2-Dichloropropane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,3,5-TrimethylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,3-DichloropropaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
1,3-DichloropropeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2,2-DichloropropaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Benzene5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
BromobenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
BromochloromethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
BromomethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Carbon Tetrachloride5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
ChloroethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
ChloromethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
cis-1,2-Dichloroethylene70.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
DibromomethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
DichlorodifluoromethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Dichloromethane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Ethylbenzene700.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
HexachlorobutadienaBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
IsopropylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
m-DichlorobenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Monochlorobenzene100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
NaphthaleneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
n-ButylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
n-PropylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
o-ChlorotolueneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
o-Dichlorobenzene600.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
p-ChlorotolueneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
p-Dichlorobenzene75.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2019 chemical analysis, page 4
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
p-IsopropyltolueneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
s-ButylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Styrene100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
t-ButylbenzeneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Tetrachloroethylene5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Toluene1000.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
trans-1,2-Dichloroethylene100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Trichloroethylene5.00ug/LNDNDND0.610.54NDNDNDNDNDBlank in sourceNDNDNDNDBlank in source0.59Blank in sourceND
TrichlorofluoromethaneBlank in sourceug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Vinyl Chloride2.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
Xylenes - Total10000.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceND
2018 chemical analysis — all 100 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2018 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Nitrate as N10.00mg/L7.372.122.352.161.923.333.185.215.625.718.73.653.972.94.81.261.921.281.71
2,4,5-TP50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2,4-D70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2,4-DBBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
3-HydroxycarbofuranBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Alachlor2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Aldicarb6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Aldicarb Sulfone6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Aldicarb Sulfoxide6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
AldrinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Atrazine3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Benzo[a]pyrene0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
ButachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
CarbarylBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Carbofuran40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Chlordane2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Dalapon200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DBCP0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Di(2-ethylhexyl)adipate400.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Di(2-ethylhexyl)phthalate6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DicambaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DieldrinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Dinoseb7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Diquat20.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
EDB0.05ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Endothall100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Endrin2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Glyphosate700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Heptachlor0.40ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Heptachlor epoxide0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2018 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Hexachlorobenzene1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Hexachlorocyclopentadiene50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Lindane0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
MethomylBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Methoxychlor40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
MetolachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
MetribuzinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Oxamyl200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
PCBs0.50ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Pentachlorophenol1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Picloram500.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
PropachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Simazine4.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Toxaphene3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
BromodichloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromoformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
ChloroformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
DibromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,1,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,2,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1-DichloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,3-TrichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,3-TrichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,4-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,3,5-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,3-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,3-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
2018 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
2,2-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
ChloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
ChloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
DibromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
DichlorodifluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
HexachlorobutadienaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
IsopropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
m-DichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
NaphthaleneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
n-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
n-PropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
o-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
p-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
p-IsopropyltolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
s-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
t-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.77Blank in source0.5NDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in source11.17Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source1.38NDBlank in source
TrichlorofluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
2017 chemical analysis — all 100 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

The PDF visibly clips two analyte names: page 2 prints “ne” and page 3 prints “Dichloroethylene”. These incomplete labels are retained; the missing text is not inferred from other years.

2017 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Nitrate as N10.00mg/L7.564.843.382.583.873.943.9566.946.976.013.796.22.96.221.343.541.392.97
2,4,5-TP50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2,4-D70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2,4-DBBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
3-HydroxycarbofuranBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Alachlor2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Aldicarb6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Aldicarb Sulfone6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Aldicarb Sulfoxide6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
AldrinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Atrazine3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Benzo[a]pyrene0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
ButachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
CarbarylBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Carbofuran40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Chlordane2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Dalapon200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DBCP0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Di(2-ethylhexyl)adipate400.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Di(2-ethylhexyl)phthalate6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DicambaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
DieldrinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Dinoseb7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Diquat20.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
EDB0.05ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Endothall100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Endrin2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Glyphosate700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Heptachlor0.40ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Heptachlor epoxide0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
2017 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
Hexachlorobenzene1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
ne50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Lindane0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
MethomylBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Methoxychlor40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
MetolachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
MetribuzinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Oxamyl200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
PCBs0.50ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Pentachlorophenol1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Picloram500.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
PropachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Simazine4.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
Toxaphene3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source
BromodichloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromoformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source1.02Blank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
ChloroformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
DibromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source1.02Blank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,1,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,2,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1-DichloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,1-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,3-TrichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,3-TrichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2,4-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,3,5-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,3-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
1,3-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
2017 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 40Well 44
2,2-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
BromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
ChloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
ChloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
DibromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
DichlorodifluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
HexachlorobutadienaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
IsopropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
m-DichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
NaphthaleneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
n-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
n-PropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
o-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
p-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
p-IsopropyltolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
s-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
t-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Dichloroethylene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in source0.530.75Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.71NDBlank in source
TrichlorofluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDNDBlank in source
2016 chemical analysis — all 144 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

Well 28 is offline

Wells 35 and 39 are at the Pocatello airport and are classified as Non-transient Non-community Water System (NTNCWS)

*The MCL for Combined Radium (Radium 226 and 228) is 5 pCi/l

**The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2016 chemical analysis, page 1
Analyte TestedMCLUnitNew Well 39Old Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
Alkalinity (as CaCO3)Blank in sourcemg/L160Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source160Blank in sourceBlank in source
AluminumBlank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Ammonia (as N)Blank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Antimony0.006mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Arsenic0.01mg/L0.002Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in sourceBlank in source
Asbestos7mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Barium2mg/L0.066Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.067Blank in sourceBlank in source
Beryllium0.004mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Cadmium0.005mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
CalciumBlank in sourcemg/L48.8Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source49.1Blank in sourceBlank in source
ChlorideBlank in sourcemg/L20Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source19Blank in sourceBlank in source
Chromium0.1mg/L0.002Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in sourceBlank in source
ColorBlank in sourceC.U.NDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
ConductivityBlank in sourceuS/cm455Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source452Blank in sourceBlank in source
Cyanide0.2mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Dissolved SolidsBlank in sourcemg/L288Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source306Blank in sourceBlank in source
Fluoride4mg/L0.7Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.6Blank in sourceBlank in source
Hardness (as CaCO3)Blank in sourcemg/L192Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source193Blank in sourceBlank in source
Hydrogen SulfideBlank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
IronBlank in sourcemg/L0.21Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.2Blank in sourceBlank in source
Langlier IndexBlank in sourceL.I.-0.813Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source-0.566Blank in sourceBlank in source
MagnesiumBlank in sourcemg/L17.01Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source17.08Blank in sourceBlank in source
ManganeseBlank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Mercury0.002mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Nickel0.1mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
OdorBlank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
pHBlank in sourcepH6.7Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source7Blank in sourceBlank in source
PotassiumBlank in sourcemg/L3.8Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source3.7Blank in sourceBlank in source
Selenium0.05mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Silica (as SiO3)Blank in sourcemg/L20.5Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source20.3Blank in sourceBlank in source
SilverBlank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
2016 chemical analysis, page 2
Analyte TestedMCLUnitNew Well 39Old Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
SodiumBlank in sourcemg/L20.4Blank in source81.549.345.24838.543.637.469.444.848.8Blank in source55.449.527.349.3204133.7
SurfactantsBlank in sourcemg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Thallium0.002mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
ZincBlank in sourcemg/L0.007Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in sourceBlank in source
Copper1.3mg/L0.002Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Lead0.015mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Nitrate as N10mg/L1.295.738.612.932.522.362.343.133.635.377.57.1111.934.034.842.834.881.312.231.55
Nitrite as N1mg/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
SulfateBlank in sourcemg/L44Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source44Blank in sourceBlank in source
Turbidity0N.T.U.NDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Alpha Activity15pCi/LBlank in sourceBlank in sourceBlank in source2.87Blank in sourceBlank in source4.49Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source3.741.99Blank in sourceBlank in sourceBlank in source
Radium 2265pCi/LBlank in sourceBlank in source0.2410.2430.1470.2430.1810.2040.2070.180.5510.125Blank in source0.478Blank in sourceBlank in source0.114Blank in source0.2330.15
Radium 228Blank in sourcepCi/LBlank in sourceBlank in source0.9440.569ND0.383ND0.655NDND0.312NDBlank in sourceNDBlank in sourceBlank in sourceNDBlank in source0.6120.101
Uranium30ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source1.92Blank in sourceBlank in sourceBlank in sourceBlank in source
2,4,5-TP50ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
2,4-D70ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
2,4-DBBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
3-HydroxycarbofuranBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Alachlor2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aldicarb6ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aldicarb Sulfone6ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aldicarb Sulfoxide6ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
AldrinBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Atrazine3ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Benzo[a]pyrene0.2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
ButachlorBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
CarbarylBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Carbofuran40ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Chlordane2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Dalapon200ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DBCP0.2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Di(2-ethylhexyl)adipate400ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Di(2-ethylhexyl)phthalate6ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DicambaBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DieldrinBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Dinoseb7ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
2016 chemical analysis, page 3
Analyte TestedMCLUnitNew Well 39Old Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
Diquat20ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
EDB0.05ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Endothall100ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Endrin2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Glyphosate700ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Heptachlor0.4ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Heptachlor epoxide0.2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Hexachlorobenzene1ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Hexachlorocyclopentadiene50ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Lindane0.2ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
MethomylBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Methoxychlor40ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
MetolachlorBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
MetribuzinBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Oxamyl200ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
PCBs0.5ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Pentachlorophenol1ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Picloram500ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
PropachlorBlank in sourceug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Simazine4ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Toxaphene3ug/LNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
BromodichloromethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromoformBlank in sourceug/LNDBlank in sourceNDNDND1.43NDND0.81ND2.94NDBlank in source4.99NDNDNDNDNDND
ChloroformBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
DibromochloromethaneBlank in sourceug/LNDBlank in sourceNDNDND0.57NDNDNDNDNDNDBlank in source0.76NDNDNDNDNDND
Trihalomethanes (Total)80ug/LNDBlank in sourceNDNDND2NDND0.81ND2.94NDBlank in source5.75NDNDNDNDNDND
1,1,1,2-TetrachloroethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1,1-Trichloroethane200ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1,2,2-TetrachloroethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1,2-Trichloroethane5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1-DichloroethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1-Dichloroethylene7ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1-DichloropropeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,3-TrichlorobenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,3-TrichloropropaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,4-Trichlorobenzene70ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2016 chemical analysis, page 4
Analyte TestedMCLUnitNew Well 39Old Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
1,2,4-TrimethylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2-Dichloroethane5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2-Dichloropropane5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,3,5-TrimethylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,3-DichloropropaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,3-DichloropropeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2,2-DichloropropaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Benzene5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromobenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromochloromethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromomethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Carbon Tetrachloride5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
ChloroethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
ChloromethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
cis-1,2-Dichloroethylene70ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
DibromomethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
DichlorodifluoromethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Dichloromethane5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Ethylbenzene700ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
HexachlorobutadienaBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
IsopropylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
m-DichlorobenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Monochlorobenzene100ug/LNDBlank in sourceNDNDNDNDNDNDNDBlank in sourceNDNDBlank in sourceNDNDNDNDNDNDND
NaphthaleneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
n-ButylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
n-PropylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
o-ChlorotolueneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
o-Dichlorobenzene600ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
p-ChlorotolueneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
p-Dichlorobenzene75ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
p-IsopropyltolueneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
s-ButylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Styrene100ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
t-ButylbenzeneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Tetrachloroethylene5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Toluene1000ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2016 chemical analysis, page 5
Analyte TestedMCLUnitNew Well 39Old Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
trans-1,2-Dichloroethylene100ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Trichloroethylene5ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
TrichlorofluoromethaneBlank in sourceug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Vinyl Chloride2ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Xylenes - Total10000ug/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2015 chemical analysis — all 57 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

Well 28 is offline

Wells 35 and 39 are at the Pocatello airport and are classified as Non-transient Non-community Water System (NTNCWS)

*The MCL for Combined Radium (Radium 226 and 228) is 5 pCi/l

**The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2015 chemical analysis, page 1
Analyte TestedMCLUnitOld Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
Nitrate as N10.00mg/L6.144.722.21.811.961.772.13.286.577.127.129.893.15.132.323.741.031.821.08
BromodichloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.5Blank in source
BromoformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceND1.29Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source5.42Blank in source
ChloroformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
DibromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceND0.67Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source2.42Blank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceND1.96Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source8.34Blank in source
1,1,1,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,1,2,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,1-DichloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,1-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,2,3-TrichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,2,3-TrichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,2,4-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,3,5-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,3-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
1,3-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
2,2-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
BromobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
BromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
BromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
ChloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
ChloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
2015 chemical analysis, page 2
Analyte TestedMCLUnitOld Well 39Well 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 44
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
DibromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
DichlorodifluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
HexachlorobutadienaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
IsopropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
m-DichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
NaphthaleneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
n-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
n-PropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
o-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
p-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
p-IsopropyltolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
s-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
t-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
TrichlorofluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in source
2014 chemical analysis — all 61 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

*The MCL for Combined Radium (Radium 226 and 228) is 5 pCi/l

**The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2014 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Asbestos7.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
SodiumBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source33.4Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Nitrate as N10.00mg/L5.362.241.942.131.892.543.225.847.238.3810.23.897.612.625.271.061.986.731.35
Alpha Activity15.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source6.85Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Uranium30.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source1.46Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
BromodichloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromoformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
ChloroformBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
DibromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,1,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,2,2-TetrachloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,3,5-TrimethylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
2,2-DichloropropaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromochloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
2014 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
ChloroethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
ChloromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
DibromomethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
DichlorodifluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
HexachlorobutadienaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
IsopropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
m-DichlorobenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
NaphthaleneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
n-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
n-PropylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
o-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
p-ChlorotolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
p-IsopropyltolueneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
s-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
t-ButylbenzeneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.96Blank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceBlank in source0.54NDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in source0.59Blank in sourceBlank in source
TrichlorofluoromethaneBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
2013 chemical analysis — all 141 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

2013 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Alkalinity (as CaCO3)Blank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source120Blank in source200Blank in source
AluminumBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.12Blank in source
Ammonia (as N)Blank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Antimony0.01mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Arsenic0.01mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in source0.003Blank in source
Barium2.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.058Blank in source0.13Blank in source
Beryllium0.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Cadmium0.01mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
CalciumBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source45.63Blank in source83.87Blank in source
ChlorideBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source22Blank in source86Blank in source
Chromium0.10mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in source0.003Blank in source
ColorBlank in sourceC.U.Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source30Blank in source
Dissolved SolidsBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source328Blank in source548Blank in source
Fluoride4.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.6Blank in source0.4Blank in source
Hardness (as CaCO3)Blank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source178Blank in source318Blank in source
Hydrogen SulfideBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
IronBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.22Blank in source0.48Blank in source
Langlier IndexBlank in sourceL.I.Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source-0.417Blank in source-0.394Blank in source
MagnesiumBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source15.62Blank in source26.44Blank in source
ManganeseBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.006Blank in source
Mercury0.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nickel0.10mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.001Blank in source0.003Blank in source
OdorBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source1Blank in source1Blank in source
pHBlank in sourcepHBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source7.3Blank in source6.9Blank in source
PotassiumBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source3.52Blank in source4.32Blank in source
Selenium0.05mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.002Blank in source
Silica (as SiO3)Blank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source28Blank in source37Blank in source
SilverBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
SodiumBlank in sourcemg/L87.8545.937.5735.7329.4538.43Blank in source67.9141.0743.4681.3551.9558.226.4250.9818.9731.9334.8930.12
SurfactantsBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2013 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Thallium0.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
ZincBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.001Blank in source0.018Blank in source
Copper1.30mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.003Blank in source
Lead0.02mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nitrate as N10.00mg/L5.372.432.182.42.112.63.056.057.067.5910.343.517.583.024.211.282.217.031.69
Nitrite as N1.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
SulfateBlank in sourcemg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source45Blank in source63Blank in source
Turbidity0.00N.T.U.Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source3Blank in source
Alpha Activity15.00pCi/L1.08Blank in source4.923.4Blank in source5.93Blank in source1.61.4512.651.251.8Blank in source9.56Blank in source4.22Blank in source4.3
Radium 2265.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.27Blank in source0.270.83Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 228Blank in sourcepCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.3Blank in source0.991.01Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Uranium30.00ug/L1.91.661.731.581.41.79Blank in source2.751.621.751.892.181.84Blank in source2.16Blank in source1.59Blank in source1.47
2,4,5-TP50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-D70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-DBBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
3-HydroxycarbofuranBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Alachlor2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Aldicarb Sulfone6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Aldicarb Sulfoxide6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
AldrinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Atrazine3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Benzo[a]pyrene0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
ButachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
CarbarylBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Carbofuran40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Chlordane2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Dalapon200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DBCP0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Di(2-ethylhexyl)adipate400.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Di(2-ethylhexyl)phthalate6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DicambaBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DieldrinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Dinoseb7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Diquat20.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
EDB0.05ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2013 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Endothall100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endrin2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Glyphosate700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Heptachlor0.40ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Heptachlor epoxide0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Hexachlorobenzene1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Hexachlorocyclopentadiene50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Lindane0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MethomylBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Methoxychlor40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MetolachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
MetribuzinBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Oxamyl200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PCBs0.50ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Pentachlorophenol1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Picloram500.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PropachlorBlank in sourceug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Simazine4.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Toxaphene3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
BromodichloromethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
BromoformBlank in sourceug/LND0.59ND0.51ND0.75Blank in sourceND1.44ND0.574.77NDNDNDBlank in sourceNDBlank in sourceND
ChloroformBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
DibromochloromethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceND0.56NDND0.8NDNDNDBlank in sourceNDBlank in sourceND
Trihalomethanes (Total)80.00ug/LND0.59ND0.51ND0.75Blank in sourceND2ND0.575.57NDNDNDBlank in sourceNDBlank in sourceND
1,1,1,2-TetrachloroethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,1-Trichloroethane200.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,2,2-TetrachloroethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,2-Trichloroethane5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-DichloroethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-Dichloroethylene7.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-DichloropropeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,3-TrichlorobenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,3-TrichloropropaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,4-Trichlorobenzene70.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,4-TrimethylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2-Dichloroethane5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2-Dichloropropane5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,3,5-TrimethylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,3-DichloropropaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,3-DichloropropeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2,2-DichloropropaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Benzene5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2013 chemical analysis, page 4
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
BromobenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
BromochloromethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
BromomethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Carbon Tetrachloride5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
ChloroethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
ChloromethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
cis-1,2-Dichloroethylene70.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
DibromomethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
DichlorodifluoromethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND
Dichloromethane5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Ethylbenzene700.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
HexachlorobutadienaBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
IsopropylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
m-DichlorobenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Monochlorobenzene100.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
NaphthaleneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
n-ButylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
n-PropylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
o-ChlorotolueneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
o-Dichlorobenzene600.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
p-ChlorotolueneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
p-Dichlorobenzene75.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
p-IsopropyltolueneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
s-ButylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Styrene100.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
t-ButylbenzeneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Tetrachloroethylene5.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Toluene1000.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
trans-1,2-Dichloroethylene100.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Trichloroethylene5.00ug/LNDNDND0.54NDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
TrichlorofluoromethaneBlank in sourceug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Vinyl Chloride2.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Xylenes - Total10000.00ug/LNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2012 chemical analysis — all 57 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

*The MCL for Combined Radium (Radium 226 and 228) is 5 pCi/l

**The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2012 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Nitrate as N10.00mg/L4.991.942.542.362.043.362.844.996.716.879.273.974.553.33.621.132.067.31.38
Bromodichloromethane**ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Bromoform**ug/LBlank in sourceBlank in source0.9NDNDBlank in sourceNDBlank in sourceND0.53Blank in sourceBlank in sourceNDBlank in source0.93NDNDNDBlank in source
Chloroform**ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Dibromochloromethane**ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in source0.90.41NDBlank in sourceNDBlank in sourceND0.53Blank in sourceBlank in sourceNDBlank in source0.93NDNDNDBlank in source
1,1,1,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1,2,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1-DichloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,3-TrichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,3-TrichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,4-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,3,5-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,3-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,3-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
2,2-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
BromobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
BromochloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
BromomethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
ChloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
ChloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
2012 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
DibromomethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
DichlorodifluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
HexachlorobutadienaURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
IsopropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
m-DichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
NaphthaleneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
n-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
n-PropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
o-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
p-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
p-IsopropyltolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
s-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
t-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in source0.91Blank in sourceND0.51Blank in sourceBlank in sourceNDBlank in sourceNDND0.9NDBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceND0.750.67Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
TrichlorofluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
2011 chemical analysis — all 114 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

*The MCL for Combined Radium (Radium 226 and 228) is 5 pCi/l

**The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2011 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Antimony0.01mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Arsenic0.01mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in source0.005Blank in source
Barium2.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.061Blank in source0.204Blank in source
Beryllium0.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Cadmium0.01mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Chromium0.10mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.002Blank in source
Fluoride4.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Mercury0.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nickel0.10mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.007Blank in source
Selenium0.05mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source0.005Blank in source
Thallium0.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nitrate as N10.00mg/L4.182.662.472.222.12.812.595.226.166.715.094.228.522.785.33ND2.016.111.73
Alpha Activity15.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source5.59Blank in source8.78Blank in source
Radium 228*pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.09Blank in source1.58Blank in source
Uranium30.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source1.65Blank in source3.31Blank in source
2,4,5-TP50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-D70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-DBURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
3-HydroxycarbofuranURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Alachlor2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb Sulfone6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb Sulfoxide6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
AldrinURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Atrazine3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Benzo[a]pyrene0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
ButachlorURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
CarbarylURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2011 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Carbofuran40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Chlordane2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Dalapon200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DBCP0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Di(2-ethylhexyl)adipate400.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Di(2-ethylhexyl)phthalate6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DicambaURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DieldrinURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Dinoseb7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Diquat20.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
EDB0.05ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endothall100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endrin2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Glyphosate700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Heptachlor0.40ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Heptachlor epoxide0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Hexachlorobenzene1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Hexachlorocyclopentadiene50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Lindane0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MethomylURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Methoxychlor40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MetolachlorURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MetribuzinURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Oxamyl200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PCBs0.50ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Pentachlorophenol1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Picloram500.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PropachlorURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Simazine4.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Toxaphene3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Bromodichloromethane**ug/LBlank in sourceBlank in sourceNDNDNDBlank in source1.44Blank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Bromoform**ug/LBlank in sourceBlank in sourceND0.55NDBlank in source6.38Blank in source0.89NDBlank in sourceBlank in sourceNDBlank in sourceNDNDND1.07Blank in source
2011 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Chloroform**ug/LBlank in sourceBlank in sourceNDNDNDBlank in source0.51Blank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Dibromochloromethane**ug/LBlank in sourceBlank in sourceNDNDNDBlank in source3.92Blank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceND0.55NDBlank in source12.3Blank in source0.89NDBlank in sourceBlank in sourceNDBlank in sourceNDNDND1.07Blank in source
1,1,1,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1,2,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1-DichloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,1-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,3-TrichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,3-TrichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2,4-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,3,5-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,3-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
1,3-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
2,2-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
BromobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
BromochloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
BromomethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
ChloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
ChloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
DibromomethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
DichlorodifluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
2011 chemical analysis, page 4
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
HexachlorobutadienaURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
IsopropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
m-DichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
NaphthaleneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
n-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
n-PropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
o-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
p-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
p-IsopropyltolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
s-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
t-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in source0.620.63Blank in sourceBlank in sourceNDBlank in source0.59NDNDNDBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceND0.580.77Blank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDND0.85NDBlank in source
TrichlorofluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in source
2010 chemical analysis — all 82 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

AL or Action Level, indicates the concentration of a contaminant which if exceeded, triggers a treatment or other requirement which a water system must follow.

*The MCL for Combined Radium (Radium 226 and 228) is 5 pCi/l

**The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's).

2010 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Antimony0.006mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Arsenic0.010mg/L0.0020.0020.0020.0020.0020.0020.0040.0020.0020.0020.0020.0020.0020.0020.002Blank in source0.002Blank in source0.002
Barium2.000mg/L0.1120.1110.1340.1320.1190.1470.1480.1460.160.1680.1670.1270.1680.1040.144Blank in source0.125Blank in source0.082
Beryllium0.004mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Cadmium0.005mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Chromium0.100mg/L0.0010.0020.0010.002ND0.0010.0090.0020.0020.0010.0010.0010.0020.0020.003Blank in source0.001Blank in source0.001
Fluoride4.000mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Mercury0.002mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
NickelURmg/L0.0010.0020.0030.002ND0.0010.0110.0010.0010.0020.0030.0020.0010.0030.004Blank in source0.001Blank in source0.001
Selenium0.050mg/L0.0020.001ND0.001ND0.0010.0010.0020.0020.0020.0020.0010.0030.0010.002Blank in sourceNDBlank in sourceND
SodiumURmg/L73.6440.0340.7940.534.0540.1632.583.539.8551.6680.0646.1178.128.8758.22Blank in source35.82Blank in source32.33
Thallium0.002mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Nitrate as N10.000mg/L4.52.652.12.422.363.25.56.88.538.354.18.153.25.3ND24.11.4
Nitrite as N1.000mg/LNDBlank in sourceNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Alpha Activity15.000pCi/L0.12Blank in source1.282.68Blank in sourceBlank in sourceBlank in source9.31Blank in source4.48Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 226*pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.14Blank in source0.12Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 228*pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source2.13Blank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Uranium30.000ug/LBlank in sourceBlank in source1.821.82Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
2,4,5-TP50.000ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2,4-D70.000ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2,4-DBURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Dalapon200.000ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
DicambaURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Dinoseb7.000ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Pentachlorophenol1.000ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Picloram500.000ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Bromodichloromethane**ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Bromoform**ug/LBlank in sourceND0.55NDNDBlank in sourceNDBlank in sourceNDND1.620.83NDBlank in source1.55Blank in sourceNDBlank in sourceND
Chloroform**ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Dibromochloromethane**ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Trihalomethanes (Total)80.000ug/LBlank in sourceND0.55NDNDBlank in sourceNDBlank in sourceNDND1.620.83NDBlank in source1.55Blank in sourceNDBlank in sourceND
1,1,1,2-TetrachloroethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,1,1-Trichloroethane200.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
2010 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
1,1,2,2-TetrachloroethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,1,2-Trichloroethane5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,1-DichloroethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,1-Dichloroethylene7.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,1-DichloropropeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,2,3-TrichlorobenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,2,3-TrichloropropaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,2,4-Trichlorobenzene70.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,2,4-TrimethylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,2-Dichloroethane5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,2-Dichloropropane5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,3,5-TrimethylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,3-DichloropropaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
1,3-DichloropropeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
2,2-DichloropropaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Benzene5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
BromobenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
BromochloromethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
BromomethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Carbon Tetrachloride5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
ChloroethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
ChloromethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
cis-1,2-Dichloroethylene70.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
DibromomethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
DichlorodifluoromethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Dichloromethane5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Ethylbenzene700.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
HexachlorobutadienaURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
IsopropylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
m-DichlorobenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Monochlorobenzene100.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
NaphthaleneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
n-ButylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
n-PropylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
o-ChlorotolueneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
o-Dichlorobenzene600.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
p-ChlorotolueneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
2010 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
p-Dichlorobenzene75.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
p-IsopropyltolueneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
s-ButylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Styrene100.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
t-ButylbenzeneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Tetrachloroethylene5.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Toluene1000.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
trans-1,2-Dichloroethylene100.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Trichloroethylene5.000ug/LBlank in sourceNDNDNDNDBlank in source0.62Blank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
TrichlorofluoromethaneURug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Vinyl Chloride2.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
Xylenes - Total10000.000ug/LBlank in sourceNDNDNDNDBlank in sourceNDBlank in sourceNDNDNDNDNDBlank in sourceNDBlank in sourceNDBlank in sourceND
2009 chemical analysis — all 59 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

ug/L indicates the amount of a contaminant found in one billion parts of water; also referred to parts per billion (ppb).

mg/L indicates the amount of a contaminant found in one million parts of water; also referred to parts per million (ppm).

pCi/L is a measure of radioactivity.

ND indicates that the contaminant was not detected in the water at the testing limits.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2009 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Nitrate as N10.00mg/L3.92.12.22.1223.25.46763.17.92.65.3ND241.4
Alpha Activity15.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in source2.41Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beta/Photon Activity50.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in source8.46Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
BromodichloromethaneUR*ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
BromoformUR*ug/L0.92Blank in sourceNDNDND0.880.531.111.210.59Blank in sourceBlank in source1.880.681.21Blank in sourceNDBlank in sourceBlank in source
ChloroformUR*ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
DibromochloromethaneUR*ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Trihalomethanes (Total)80.00ug/L0.92Blank in sourceNDNDND0.880.531.111.210.59Blank in sourceBlank in source1.880.681.21Blank in sourceNDBlank in sourceBlank in source
1,1,1,2-TetrachloroethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,1-Trichloroethane200.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,2,2-TetrachloroethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,2-Trichloroethane5.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloroethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-Dichloroethylene7.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloropropeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichlorobenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichloropropaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-Trichlorobenzene70.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-TrimethylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloroethane5.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloropropane5.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,3,5-TrimethylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
2,2-DichloropropaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Benzene5.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
BromobenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
BromochloromethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
BromomethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Carbon Tetrachloride5.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
ChloroethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
ChloromethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
2009 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
cis-1,2-Dichloroethylene70.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
DibromomethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
DichlorodifluoromethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Dichloromethane5.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Ethylbenzene700.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
HexachlorobutadienaURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
IsopropylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
m-DichlorobenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Monochlorobenzene100.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
NaphthaleneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
n-ButylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
n-PropylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
o-ChlorotolueneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
o-Dichlorobenzene600.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
p-ChlorotolueneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
p-Dichlorobenzene75.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
p-IsopropyltolueneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
s-ButylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Styrene100.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
t-ButylbenzeneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Tetrachloroethylene5.00ug/LNDBlank in sourceNDNDNDND0.61ND1.270.79Blank in sourceBlank in sourceND1.71NDBlank in sourceNDBlank in sourceBlank in source
Toluene1000.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
trans-1,2-Dichloroethylene100.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Trichloroethylene5.00ug/LNDBlank in sourceND0.680.81ND0.55NDNDNDBlank in sourceBlank in sourceNDNDNDBlank in source0.81Blank in sourceBlank in source
TrichlorofluoromethaneURug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Vinyl Chloride2.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
Xylenes - Total10000.00ug/LNDBlank in sourceNDNDNDNDNDNDNDNDBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceBlank in source
2008 chemical analysis — all 59 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

ug/L indicates the amount of a contaminant found in one billion parts of water; also referred to parts per billion (ppb).

mg/L indicates the amount of a contaminant found in one million parts of water; also referred to parts per million (ppm).

pCi/L is a measure of radioactivity.

ND indicates that the contaminant was not detected in the water at the testing limits.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2008 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Nitrate as N10.00mg/L4.11.81.71.81.71.92.44.96.56.96.13.16.62.84.6ND1.76.31.5
Alpha Activity15.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in source5.11Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beta/Photon Activity50.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in source9.14Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
BromodichloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromoformURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceND0.71Blank in sourceBlank in sourceBlank in source1.021.73Blank in sourceNDBlank in sourceBlank in source
ChloroformURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
DibromochloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in source0.54NDBlank in sourceNDBlank in sourceBlank in source
Trihalomethanes (Total)80.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in source1.561.73Blank in sourceNDBlank in sourceBlank in source
1,1,1,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,2,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,3,5-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
2,2-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromochloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
BromomethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
ChloroethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
ChloromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
DibromomethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
DichlorodifluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
2008 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 27Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Dichloromethane5.00ug/LBlank in sourceBlank in sourceND0.5NDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
HexachlorobutadienaURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
IsopropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
m-DichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
NaphthaleneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
n-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
n-PropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
o-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
p-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
p-IsopropyltolueneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
s-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
t-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in source0.570.59Blank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
TrichlorofluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceNDNDNDBlank in sourceNDBlank in sourceNDNDBlank in sourceBlank in sourceBlank in sourceNDNDBlank in sourceNDBlank in sourceBlank in source
2007 chemical analysis — all 132 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

ug/L indicates the amount of a contaminant found in one billion parts of water; also referred to parts per billion (ppb).

mg/L indicates the amount of a contaminant found in one million parts of water; also referred to parts per million (ppm).

ND indicates that the contaminant was not detected in the water at the testing limits.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2007 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Alkalinity (as CaCO3)URmg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source287Blank in source294Blank in sourceBlank in source301294294Blank in sourceBlank in sourceBlank in sourceBlank in source
Antimony6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Arsenic10.00ug/L2.02.02.02.02.02.02.02.02.02.02.02.02.02.01.02.03.02.0
Barium2.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.059Blank in source0.141Blank in source
Beryllium4.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Cadmium5.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Chromium100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source1.0Blank in source2.0Blank in source
Fluoride4.00mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.6Blank in sourceNDBlank in source
Mercury2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
NickelURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source1.0Blank in source
Selenium50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in source3.0Blank in source
Silica (as SiO3)URmg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source10.2Blank in source11Blank in sourceBlank in source11.710.711.9Blank in sourceBlank in sourceBlank in sourceBlank in source
SodiumURmg/L92.744.240.640.435.446.55275.446.469.545.279.133.76020.5836.844.0132.5
Thallium2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nitrate as N10.00mg/L4.11.65.21.91.52.72.828.96.23.13.52.93.21.11.65.21.9
2,4,5-TP50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-D70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-DBURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
3-HydroxycarbofuranURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Alachlor2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
AldicarbURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb SulfoneURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb SulfoxideURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
AldrinURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
alpha-BHCURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1016URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1221URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1232URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1242URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1248URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1254URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Aroclor 1260URug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Atrazine3.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
2007 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Benzo[a]pyrene0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
beta-BHCURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
ButachlorURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
CarbarylURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Carbofuran40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Chlordane2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Dalapon200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DBCP0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DDDURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DDEURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DDTURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
delta-BHCURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Di(2-ethylhexyl)adipate400.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Di(2-ethylhexyl)phthalate6.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
DicambaURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DieldrinURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Dinoseb7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Diquat20.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
EDB0.05ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endosulfan IURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Endosulfan IIURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Endosulfan sulfateURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Endothall100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endrin2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Endrin aldehydeURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Endrin ketoneURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Glyphosate700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Heptachlor0.40ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Heptachlor epoxide0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Hexachlorobenzene1.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Hexachlorocyclopentadiene50.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Lindane0.20ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
MethomylURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Methoxychlor40.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
MetolachlorURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
MetribuzinURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
2007 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Oxamyl200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PCBs0.50ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Pentachlorophenol1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Picloram500.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PropachlorURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Simazine4.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Toxaphene3.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Bromodichloromethane*ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Bromoform*ug/LND1.05ND0.90.57ND1.762.772.391.16Blank in source2.041.250.72NDNDNDND
Chloroform*ug/LNDNDNDNDNDNDNDNDNDNDBlank in source2.04NDNDNDNDNDND
Dibromochloromethane*ug/LNDNDNDNDNDNDND0.71NDNDBlank in sourceND0.5NDNDNDNDND
Trihalomethanes (Total)80.00ug/LND1.05ND0.90.57ND1.763.482.391.16Blank in source2.041.750.72NDNDNDND
1,1,1,2-TetrachloroethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1,1-Trichloroethane200.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1,2,2-TetrachloroethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1,2-Trichloroethane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1-DichloroethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1-Dichloroethylene7.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,1-DichloropropeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,3-TrichlorobenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,3-TrichloropropaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,4-Trichlorobenzene70.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2,4-TrimethylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2-Dichloroethane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,2-Dichloropropane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,3,5-TrimethylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,3-DichloropropaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
1,3-DichloropropeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2,2-DichloropropaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Benzene5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromobenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromochloromethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
BromomethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Carbon Tetrachloride5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
ChloroethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
ChloromethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2007 chemical analysis, page 4
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
cis-1,2-Dichloroethylene70.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
DibromomethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
DichlorodifluoromethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Dichloromethane5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Ethylbenzene700.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
HexachlorobutadienaURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
IsopropylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
m-DichlorobenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Monochlorobenzene100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
NaphthaleneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
n-ButylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
n-PropylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
o-ChlorotolueneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
o-Dichlorobenzene600.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
p-ChlorotolueneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
p-Dichlorobenzene75.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
p-IsopropyltolueneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
s-ButylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Styrene100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
t-ButylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Tetrachloroethylene5.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Toluene1000.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
trans-1,2-Dichloroethylene100.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Trichloroethylene5.00ug/LNDNDND0.760.82NDNDNDNDNDBlank in sourceNDNDNDND0.88NDND
TrichlorofluoromethaneURug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Vinyl Chloride2.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
Xylenes - Total10000.00ug/LNDNDNDNDNDNDNDNDNDNDBlank in sourceNDNDNDNDNDNDND
2006 chemical analysis — all 64 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

ug/L indicates the amount of a contaminant found in one billion parts of water; also referred to parts per billion (ppb).

mg/L indicates the amount of a contaminant found in one million parts of water; also referred to parts per million (ppm).

pCi/L is a measure of radioactivity.

ND indicates that the contaminant was not detected in the water at the testing limits.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2006 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Arsenic0.05mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.002Blank in source0.003Blank in source
Nitrate as N10.00mg/L4.83.52.6Blank in source3.333.34.5643.24.12.93.51.22.75.12.6
Alpha Activity15.00pCi/LBlank in source2.16Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beta/Photon Activity50.00pCi/LBlank in source6.7Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 2265.00pCi/LBlank in source0.11Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 228Blank in sourcepCi/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium, Combined (226 & 228)5.00pCi/LBlank in source0.66Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Uranium30.00ug/LBlank in source1.72Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Bromodichloromethane *Blank in sourceug/LBlank in sourceNDNDND0.9ND1.1Blank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Bromoform *Blank in sourceug/LBlank in source0.5ND2.61.36.96.4Blank in sourceBlank in sourceBlank in sourceBlank in source5Blank in sourceNDBlank in source1.6Blank in sourceBlank in source
Chloroform *Blank in sourceug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Dibromochloromethane *Blank in sourceug/LBlank in source0.5ND1.21.81.33.9Blank in sourceBlank in sourceBlank in sourceBlank in source1.1Blank in sourceNDBlank in source1.5Blank in sourceBlank in source
Trihalomethanes (Total)80.00ug/LBlank in source1ND3.848.211.4Blank in sourceBlank in sourceBlank in sourceBlank in source6.1Blank in sourceNDBlank in source3.1Blank in sourceBlank in source
1,1,1,2-TetrachloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,1,2,2-TetrachloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,1-DichloropropeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichlorobenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichloropropaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,2,4-TrimethylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,3,5-TrimethylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
2006 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
1,3-DichloropropaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
2,2-DichloropropaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Benzene5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
BromobenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
BromochloromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
BromomethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
ChloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
ChloromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
DibromomethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
DichlorodifluoromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Dichloromethane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Ethylbenzene700.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
HexachlorobutadienaURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
IsopropylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
m-DichlorobenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Monochlorobenzene100.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
NaphthaleneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
n-ButylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
n-PropylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
o-ChlorotolueneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
p-ChlorotolueneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
p-IsopropyltolueneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
s-ButylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Styrene100.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
t-ButylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
2006 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Toluene1000.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Trichloroethylene5.00ug/LBlank in sourceNDND0.60.7NDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source0.7Blank in sourceBlank in source
TrichlorofluoromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Vinyl Chloride2.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
Xylenes - Total10000.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in sourceNDBlank in sourceBlank in source
2005 chemical analysis — all 107 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

Parts per million (ppm) or milligrams per liter (mg/l ) indicates the amount of a contaminant found in one million parts of water.

Parts per billion (ppb) or micrograms per liter (mg/l ) indicates the amount of a contaminant found in one billion parts of water.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2005 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Arsenic0.05mg/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Nitrate as N10.00mg/L3.2Blank in source222.12.23.84.63.18.55.93.64.22.74.81.124.41.6
Alpha Activity15.00pCi/LBlank in source4.6Blank in sourceBlank in sourceBlank in source6.36.112.5Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beta/Photon Activity50.00pCi/LBlank in source4.29Blank in sourceBlank in sourceBlank in source8.97.98.7Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 2265.00pCi/LBlank in source0.16Blank in sourceBlank in sourceBlank in sourceBlank in source0.11Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 228Blank in sourcepCi/LBlank in source0.14Blank in sourceBlank in sourceBlank in sourceND0.71NDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Radium, Combined (226 & 228)5.00pCi/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source0.82Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Uranium30.00ug/LBlank in source1.6Blank in sourceBlank in sourceBlank in source2.973.053.86Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
2,4,5-TP50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-D70.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2,4-DBURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
3-HydroxycarbofuranURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Alachlor2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb Sulfone6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Aldicarb Sulfoxide6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
AldrinURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Atrazine3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Benzo[a]pyrene0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
ButachlorURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
CarbarylURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Carbofuran40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Chlordane2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Dalapon200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DBCP0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Di(2-ethylhexyl)adipate400.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Di(2-ethylhexyl)phthalate6.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DicambaURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
DieldrinURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Dinoseb7.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Diquat20.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
EDB0.05ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endothall100.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Endrin2.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Glyphosate700.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
2005 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Heptachlor0.40ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Heptachlor epoxide0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Hexachlorobenzene1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Hexachlorocyclopentadiene50.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Lindane0.20ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MethomylURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Methoxychlor40.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MetolachlorURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
MetribuzinURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Oxamyl200.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PCBs0.50ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Pentachlorophenol1.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Picloram500.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
PropachlorURug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Simazine4.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Toxaphene3.00ug/LBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceNDBlank in source
Bromodichloromethane*See Notes Below (shared source cell)ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Bromoform*See Notes Below (shared source cell)ug/LBlank in source0.6NDND0.71.2NDBlank in sourceBlank in sourceBlank in sourceBlank in source1.20.90.91ND0.52Blank in source
Chloroform*See Notes Below (shared source cell)ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Dibromochloromethane*See Notes Below (shared source cell)ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Trihalomethanes (Total)80.00ug/LBlank in source0.6NDND0.71.2NDBlank in sourceBlank in sourceBlank in sourceBlank in source1.20.90.91ND0.52Blank in source
1,1,1,2-TetrachloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,1,2,2-TetrachloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,1-DichloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,1-DichloropropeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,2,3-TrichlorobenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,2,3-TrichloropropaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,2,4-TrimethylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,3,5-TrimethylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,3-DichloropropaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
1,3-DichloropropeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
2,2-DichloropropaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Benzene5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
BromobenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
2005 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 31Well 32Well 34Well 35Well 36Well 39Well 44
BromochloromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
BromomethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
ChloroethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
ChloromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
DibromomethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
DichlorodifluoromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Dichloromethane5.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Ethylbenzene700.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
HexachlorobutadienaURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
IsopropylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
m-DichlorobenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Monochlorobenzene100.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
NaphthaleneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
n-ButylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
n-PropylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
o-ChlorotolueneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
p-ChlorotolueneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
p-IsopropyltolueneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
s-ButylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Styrene100.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
t-ButylbenzeneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceNDNDNDNDND0.8Blank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDND1.1NDNDNDBlank in source
Toluene1000.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Trichloroethylene5.00ug/LBlank in sourceND0.50.70.8NDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDND0.7NDBlank in source
TrichlorofluoromethaneURug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Vinyl Chloride2.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
Xylenes - Total10000.00ug/LBlank in sourceNDNDNDNDNDNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDNDNDNDNDNDNDBlank in source
2004 chemical analysis — all 114 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

Parts per million (ppm) or milligrams per liter (mg/l ) indicates the amount of a contaminant found in one million parts of water.

Parts per billion (ppb) or micrograms per liter (mg/l ) indicates the amount of a contaminant found in one billion parts of water.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2004 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Antimony0.01mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Arsenic0.05mg/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Barium2.00mg/LBlank in source0.13Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beryllium0.00mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Cadmium0.01mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Chromium0.10mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Fluoride4.00mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Mercury0.00mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Nickel0.10mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Selenium0.05mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
SodiumURmg/L33.25138.139.334.942.639.510560.241.671.840.138.463.228.140Blank in source34.1Blank in source30
Thallium0.00mg/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Nitrate as N10.00mg/L3.94.22.32.32.22.54.65.63.47.993.72.64.93.15.24.71.64.22.2
Alpha Activity15.00pCi/LBlank in sourceNDBlank in sourceBlank in sourceBlank in source5.55.812.3Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beta/Photon Activity50.00pCi/LBlank in source20.6Blank in sourceBlank in sourceBlank in source14.67.610.6Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
2,4,5-TP50.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
2,4-D70.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
2,4-DBURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
3-HydroxycarbofuranURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Alachlor2.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Aldicarb6.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Aldicarb Sulfone6.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Aldicarb Sulfoxide6.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
AldrinURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Atrazine3.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Benzo[a]pyrene0.20ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
ButachlorURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
CarbarylURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Carbofuran40.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Chlordane2.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Dalapon200.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
DBCP0.20ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Di(2-ethylhexyl)adipate400.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
2004 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Di(2-ethylhexyl)phthalate6.00ug/LBlank in source0.6Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
DicambaURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
DieldrinURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Dinoseb7.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Diquat20.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
EDB0.05ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceNDBlank in sourceBlank in sourceBlank in source
Endothall100.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Endrin2.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Glyphosate700.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Heptachlor0.40ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Heptachlor epoxide0.20ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Hexachlorobenzene1.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Hexachlorocyclopentadiene50.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Lindane0.20ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
MethomylURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Methoxychlor40.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
MetolachlorURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
MetribuzinURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Oxamyl200.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
PCBs0.50ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Pentachlorophenol1.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Picloram500.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
PropachlorURug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Simazine4.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Toxaphene3.00ug/LBlank in sourceNDBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Bromodichloromethane*See Notes Below (shared source cell)ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDND1.9NDBlank in sourceNDBlank in sourceND
Bromoform*See Notes Below (shared source cell)ug/LND3.31.520.81.80.84.21.11.63.22ND2.17.31.5Blank in source0.9Blank in source1.1
Chloroform*See Notes Below (shared source cell)ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Dibromochloromethane*See Notes Below (shared source cell)ug/LND1.10.50.90.80.7NDNDNDND0.6NDND0.96.10.6Blank in source0.7Blank in source0.6
Trihalomethanes (Total)80.00ug/LND4.422.81.62.50.84.81.11.63.82ND315.32.1Blank in source1.6Blank in source1.7
1,1,1,2-TetrachloroethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,1-Trichloroethane200.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,2,2-TetrachloroethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1,2-Trichloroethane5.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-DichloroethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-Dichloroethylene7.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,1-DichloropropeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2004 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
1,2,3-TrichlorobenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,3-TrichloropropaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,4-Trichlorobenzene70.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2,4-TrimethylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2-Dichloroethane5.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,2-Dichloropropane5.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,3,5-TrimethylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,3-DichloropropaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
1,3-DichloropropeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2,2-DichloropropaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Benzene5.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
BromobenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
BromochloromethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
BromomethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Carbon Tetrachloride5.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
ChloroethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
ChloromethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
cis-1,2-Dichloroethylene70.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
DibromomethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
DichlorodifluoromethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Dichloromethane5.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Ethylbenzene700.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
HexachlorobutadienaURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
IsopropylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
m-DichlorobenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Monochlorobenzene100.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
NaphthaleneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
n-ButylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
n-PropylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
o-ChlorotolueneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
o-Dichlorobenzene600.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
p-ChlorotolueneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
p-Dichlorobenzene75.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
p-IsopropyltolueneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
s-ButylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Styrene100.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
t-ButylbenzeneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2004 chemical analysis, page 4
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Tetrachloroethylene5.00ug/LNDNDNDNDNDND0.6NDNDNDNDNDND0.6ND0.9Blank in sourceNDBlank in sourceND
Toluene1000.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
trans-1,2-Dichloroethylene100.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Trichloroethylene5.00ug/LNDNDND0.70.6NDNDNDNDNDNDNDNDNDNDNDBlank in source0.6Blank in sourceND
TrichlorofluoromethaneURug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Vinyl Chloride2.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
Xylenes - Total10000.00ug/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDBlank in sourceNDBlank in sourceND
2003 chemical analysis — all 62 rows

Blank cells mean blank in this source, not zero or ND. Units are retained as printed, including mg/L, ug/L and pCi/L; no unit conversion is applied. This sheet’s year is retained without inventing individual water sample dates. Read its notes for qualifications, well status and the meaning of symbols.

MCL indicates the maximum contamination level as set by the Environmental Protection Agency.

UR indicates analytes that are currently unregulated by the Safe Drinking Water Act.

ug/L indicates the amount of a contaminant found in one billion parts of water; also referred to parts per billion (ppb).

mg/L indicates the amount of a contaminant found in one million parts of water; also referred to parts per million (ppm).

pCi/L is a measure of radioactivity.

ND indicates that the contaminant was not detected in the water at the testing limits.

*The MCL for Total Trihalomethanes (TTHM's) is 80 ug/L. The combined total of these four analytes are used to determine the TTHM's.

2003 chemical analysis, page 1
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
Nitrate as N10.00mg/L24.72.32.42.12.64.96.74.17.89.73.52.45.92.94.71.52.15.81.8
Alpha Activity15.00pCi/L2.4Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source2.4Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Beta/Photon Activity50.00pCi/L21.5Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source21.3Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Radium 2265.00pCi/LNDNDNDNDNDNDND0.2NDNDBlank in sourceND0.6Blank in sourceBlank in source0.2Blank in sourceNDBlank in source0.2
Radium 228Blank in sourcepCi/LNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDND
Uranium0.03mg/L0.0030.002Blank in sourceBlank in source0.0030.0040.0020.016Blank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in sourceBlank in source
Bromodichloromethane*Blank in sourceug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Bromoform*Blank in sourceug/LBlank in sourceBlank in source0.6NDND0.7NDBlank in sourceBlank in source1.5Blank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Chloroform*Blank in sourceug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Dibromochloromethane*Blank in sourceug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Trihalomethanes (Total)*80.00ug/LBlank in sourceBlank in source0.6NDND0.7NDBlank in sourceBlank in source1.5Blank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1,1,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1,1-Trichloroethane200.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1,2,2-TetrachloroethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1,2-Trichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1-DichloroethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1-Dichloroethylene7.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,1-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,2,3-TrichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,2,4-Trichlorobenzene70.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,2,4-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloroethane5.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,2-Dichloropropane5.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,3,5-TrimethylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
1,3-DichloropropeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
2003 chemical analysis, page 2
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
2,2-DichloropropaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Benzene5.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
BromobenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
BromochloromethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
BromomethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Carbon Tetrachloride5.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
ChloroethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
ChloromethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
cis-1,2-Dichloroethylene70.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DibromomethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
DichlorodifluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Dichloromethane5.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Ethylbenzene700.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
HexachlorobutadienaURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
IsopropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
m-DichlorobenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Monochlorobenzene100.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
NaphthaleneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
n-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
n-PropylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
o-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
o-Dichlorobenzene600.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
p-ChlorotolueneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
p-Dichlorobenzene75.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
p-IsopropyltolueneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
s-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Styrene100.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
t-ButylbenzeneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Tetrachloroethylene5.00ug/LBlank in sourceBlank in sourceNDNDNDND0.7Blank in sourceBlank in sourceNDBlank in sourceNDND0.9NDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Toluene1000.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
trans-1,2-Dichloroethylene100.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Trichloroethylene5.00ug/LBlank in sourceBlank in source22.62.22.21.7Blank in sourceBlank in sourceNDBlank in sourceND2.1NDNDBlank in sourceBlank in source2.2Blank in sourceBlank in source
2003 chemical analysis, page 3
Analyte TestedMCLUnitWell 02Well 03Well 10Well 12Well 13Well 16Well 18Well 21Well 22Well 26Well 28Well 29Well 30Well 31Well 32Well 34Well 35Well 36Well 39Well 44
TrichlorofluoromethaneURug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Vinyl Chloride2.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source
Xylenes - Total10000.00ug/LBlank in sourceBlank in sourceNDNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceNDNDNDNDBlank in sourceBlank in sourceNDBlank in sourceBlank in source

Official chemical-analysis archive, 2003–2024. All 22 available annual chemical sheets, 2003–2024, are included. Their 1,815 analyte rows retain each sheet’s well columns, units, blanks, non-detects and source notes. The historical MCL and UR labels describe the source document, not a statement of today’s regulatory status.

The older MCL column is reproduced literally. For example, the 2019 sheet prints 0.00 mg/L for beryllium, mercury and thallium; these rounded source cells are not presented as current regulatory limits. A blank MCL cell is not evidence that a substance is unregulated.

The 2004 and 2005 footnotes print “micrograms per liter (mg/l).” That wording and abbreviation disagree: mg/L denotes milligrams per liter, while micrograms per liter is µg/L. The source wording and each result’s printed unit are retained; the footnote is not used to convert results.

Regulatory history

What the state’s records document

Idaho’s Drinking Water Watch lists 63 grouped or individual violation records for ID6030043, with identifiers from 1982–2025. Monitoring violations concern required water sampling or reporting; they do not establish that a contaminant exceeded a limit. Maximum contaminant level (MCL) violations are a different category. Record identifiers, determination dates, compliance periods and violation periods can differ and are retained separately.

The 2013 report explains that Well #18 missed scheduled sodium, gross alpha, uranium and VOC monitoring during 2008–2013 after a motor failure. The source remained offline until the motor was repaired. The report says the required subsequent water samples were taken in April 2014 and met drinking-water standards; that later statement does not fill the earlier monitoring gap.

Four subsequent water sampling records in the 2013 notice

The notice’s VOC group footnote names benzene, carbon tetrachloride, chlorobenzene, 1,2-dichlorobenzene, 1,4-dichlorobenzene, 1,2-dichloroethane, cis-dichloroethane, trans-dichloroethane, dichloromethane, 1,2-dichloropropane, ethylbenzene, styrene, tetrachloroethylene, 1,1,1-trichloroethane, trichloroethylene, toluene, 1,2,4-trichlorobenzene, 1,1-dichloroethylene, 1,1,2-trichloroethane, vinyl chloride and xylene. The cis/trans names are preserved as printed, not silently corrected. This is the list covered by the missed monitoring notice, not a list of detections.

IOC–Sodium
Required frequency: 1 water sample every 3 years. Number taken: 1. Required water sampling window: 1/1/2011–12/31/2013. Later water sample taken: April 2014.
RADS–Gross Alpha
Required frequency: 1 water sample every 6 years. Number taken: 1. Required water sampling window: 1/1/2008–12/31/2013. Later water sample taken: April 2014.
RADS–Uranium
Required frequency: 1 water sample every 6 years. Number taken: 1. Required water sampling window: 1/1/2008–12/31/2013. Later water sample taken: April 2014.
VOCS–Group
Required frequency: 1 water sample every 1 year. Number taken: 1. Required water sampling window: 1/1/2013–12/31/2013. Later water sample taken: April 2014.

The VOC footnote explains that one water sample is tested for all regulated volatile organic compounds; the row is a group water sample, not a single-compound result. 2013 report, page 2.

Record 2022-8347 documents a nitrate MCL-average violation at Well #2 for October–December 2021, with an analysis result of 12 MG/L. Associated actions include three compliance-achieved entries dated May 19, 2022, another dated August 8, 2022, and public-notification receipt dated December 17, 2022. These entries are preserved separately; they do not establish which water reached an individual home.

Record 2024-8356 concerns required Ground Water Rule monitoring associated with E. coli, with an October 2023 compliance period and a compliance-achieved action dated October 16, 2024. Its analysis-result field is blank. Record 2025-8364 concerns routine chlorine monitoring for April 2025; its displayed actions request notification and record a reminder, without a compliance-achieved action. Missing resolution on that detail page is not proof that the issue remains unresolved today.

The portal continues to print status “V” even for entries with compliance-achieved actions. We preserve that code rather than interpret it as present noncompliance. Historical coliform and turbidity records, 1996 monitoring records, 2014 Well #18 monitoring records and 2020 SOC-group monitoring records are included below. Dates use the source’s month-day-year format.

2025 record identifiers (1)

2025-8364: CHLORINE

Determination Date
08-13-2025
Violation Type
27
Violation Name
MONITORING, ROUTINE (DBP), MINOR
Violation Category
MON
Status
V
Analyte Code
0999
Analyte Name
CHLORINE
Compliance Period Begin Date
04-01-2025
Compliance Period End Date
04-30-2025
Violation Period Begin Date
04-01-2025
Violation Period End Date
04-30-2025
Water System Facility State Asgn ID
T6030043DS1
Water System Facility Name
DISTRIBUTION SYSTEM
Analysis Result
Blank in source

Associated enforcement actions

2025-169148 — ST PUBLIC NOTIF REQUESTED
08-16-2025; type SIE; source status T.
2025-169147 — ST VIOLATION/REMINDER NOTICE
08-13-2025; type SIA; source status T.

Idaho detail for violation 2025-8364, retrieved September 17, 2026.

2024 record identifiers (1)

2024-8356: E. COLI

Determination Date
12-05-2023
Violation Type
34
Violation Name
MONITOR GWR TRIGGERED/ADDITONAL, MAJOR
Violation Category
MON
Status
V
Analyte Code
3014
Analyte Name
E. COLI
Compliance Period Begin Date
10-03-2023
Compliance Period End Date
10-08-2023
Violation Period Begin Date
10-09-2023
Violation Period End Date
10-16-2024
Water System Facility State Asgn ID
T6030043DS1
Water System Facility Name
DISTRIBUTION SYSTEM
Analysis Result
Blank in source

Associated enforcement actions

2025-169146 — ST COMPLIANCE ACHIEVED
10-16-2024; type SOX; source status T.
2024-169145 — ST PUBLIC NOTIF REQUESTED
12-08-2023; type SIE; source status T.
2024-169144 — ST VIOLATION/REMINDER NOTICE
12-05-2023; type SIA; source status T.

Idaho detail for violation 2024-8356, retrieved September 17, 2026.

2022 record identifiers (1)

2022-8347: NITRATE

Determination Date
02-09-2022
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
1040
Analyte Name
NITRATE
Compliance Period Begin Date
10-01-2021
Compliance Period End Date
12-31-2021
Violation Period Begin Date
10-01-2021
Violation Period End Date
12-31-2021
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
12 MG/L

Associated enforcement actions

2023-169138 — ST PUBLIC NOTIF RECEIVED
12-17-2022; type SIF; source status T.
2022-169143 — ST COMPLIANCE ACHIEVED
08-08-2022; type SOX; source status T.
2022-169140 — ST COMPLIANCE ACHIEVED
05-19-2022; type SOX; source status T.
2022-169141 — ST COMPLIANCE ACHIEVED
05-19-2022; type SOX; source status T.
2022-169142 — ST COMPLIANCE ACHIEVED
05-19-2022; type SOX; source status T.
2022-169137 — ST PUBLIC NOTIF REQUESTED
02-12-2022; type SIE; source status T.
2022-169136 — ST VIOLATION/REMINDER NOTICE
02-09-2022; type SIA; source status T.

Idaho detail for violation 2022-8347, retrieved September 17, 2026.

2020 record identifiers (15)

2020-11613: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007431
Water System Facility Name
WELL #10
Analysis Result
Blank in source

Associated enforcement actions

2020-169127 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169126 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11613, retrieved September 17, 2026.

2020-11612: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007428
Water System Facility Name
WELL #12
Analysis Result
Blank in source

Associated enforcement actions

2020-169125 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169124 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11612, retrieved September 17, 2026.

2020-11611: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007430
Water System Facility Name
WELL #16
Analysis Result
Blank in source

Associated enforcement actions

2020-169123 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169122 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11611, retrieved September 17, 2026.

2020-11610: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007438
Water System Facility Name
WELL #18
Analysis Result
Blank in source

Associated enforcement actions

2020-169121 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169120 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11610, retrieved September 17, 2026.

2020-11609: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Blank in source

Associated enforcement actions

2020-169119 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169118 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11609, retrieved September 17, 2026.

2020-11608: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007433
Water System Facility Name
WELL #21
Analysis Result
Blank in source

Associated enforcement actions

2020-169117 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169116 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11608, retrieved September 17, 2026.

2020-11607: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007439
Water System Facility Name
WELL #26
Analysis Result
Blank in source

Associated enforcement actions

2020-169115 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169114 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11607, retrieved September 17, 2026.

2020-11606: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007435
Water System Facility Name
WELL #27
Analysis Result
Blank in source

Associated enforcement actions

2020-169113 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169112 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11606, retrieved September 17, 2026.

2020-11605: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007432
Water System Facility Name
WELL #29
Analysis Result
Blank in source

Associated enforcement actions

2020-169111 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169110 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11605, retrieved September 17, 2026.

2020-11604: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
D0027340
Water System Facility Name
WELL #3 REPLACEMENT
Analysis Result
Blank in source

Associated enforcement actions

2020-169109 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169108 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11604, retrieved September 17, 2026.

2020-11603: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007436
Water System Facility Name
WELL #31
Analysis Result
Blank in source

Associated enforcement actions

2020-169107 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169106 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11603, retrieved September 17, 2026.

2020-11602: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007440
Water System Facility Name
WELL #32
Analysis Result
Blank in source

Associated enforcement actions

2020-169135 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169134 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11602, retrieved September 17, 2026.

2020-11601: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007437
Water System Facility Name
WELL #34
Analysis Result
Blank in source

Associated enforcement actions

2020-169133 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169132 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11601, retrieved September 17, 2026.

2020-11600: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0007423
Water System Facility Name
WELL #36
Analysis Result
Blank in source

Associated enforcement actions

2020-169131 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169130 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11600, retrieved September 17, 2026.

2020-11599: SOCS - GROUP

Determination Date
02-21-2020
Violation Type
03
Violation Name
MONITORING, ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
SOCS
Analyte Name
SOCS - GROUP
Compliance Period Begin Date
01-01-2017
Compliance Period End Date
12-31-2019
Violation Period Begin Date
01-01-2017
Violation Period End Date
12-31-2019
Water System Facility State Asgn ID
E0008032
Water System Facility Name
WELL #44
Analysis Result
Blank in source

Associated enforcement actions

2020-169129 — ST PUBLIC NOTIF REQUESTED
02-24-2020; type SIE; source status T.
2020-169128 — ST VIOLATION/REMINDER NOTICE
02-21-2020; type SIA; source status T.

Idaho detail for violation 2020-11599, retrieved September 17, 2026.

2014 record identifiers (4)

2014-9104: RADS - URANIUM

Determination Date
05-21-2014
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
URAN
Analyte Name
RADS - URANIUM
Compliance Period Begin Date
01-01-2008
Compliance Period End Date
12-31-2013
Violation Period Begin Date
01-01-2008
Violation Period End Date
12-31-2013
Water System Facility State Asgn ID
E0007438
Water System Facility Name
WELL #18
Analysis Result
Blank in source

Associated enforcement actions

2014-169105 — ST PUBLIC NOTIF REQUESTED
05-24-2014; type SIE; source status T.
2014-169104 — ST VIOLATION/REMINDER NOTICE
05-21-2014; type SIA; source status T.

Idaho detail for violation 2014-9104, retrieved September 17, 2026.

2014-9059: RADS - GROSS ALPHA

Determination Date
05-21-2014
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
ALFA
Analyte Name
RADS - GROSS ALPHA
Compliance Period Begin Date
01-01-2008
Compliance Period End Date
12-31-2013
Violation Period Begin Date
01-01-2008
Violation Period End Date
12-31-2013
Water System Facility State Asgn ID
E0007438
Water System Facility Name
WELL #18
Analysis Result
Blank in source

Associated enforcement actions

2014-169103 — ST PUBLIC NOTIF REQUESTED
05-24-2014; type SIE; source status T.
2014-169102 — ST VIOLATION/REMINDER NOTICE
05-21-2014; type SIA; source status T.

Idaho detail for violation 2014-9059, retrieved September 17, 2026.

2014-8995: IOC - SODIUM

Determination Date
02-28-2014
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
SODI
Analyte Name
IOC - SODIUM
Compliance Period Begin Date
01-01-2011
Compliance Period End Date
12-31-2013
Violation Period Begin Date
01-01-2011
Violation Period End Date
12-31-2013
Water System Facility State Asgn ID
E0007438
Water System Facility Name
WELL #18
Analysis Result
Blank in source

Associated enforcement actions

2014-169101 — ST PUBLIC NOTIF REQUESTED
03-03-2014; type SIE; source status T.
2014-169100 — ST VIOLATION/REMINDER NOTICE
02-28-2014; type SIA; source status T.

Idaho detail for violation 2014-8995, retrieved September 17, 2026.

2014-8899: VOCS - GROUP

Determination Date
02-28-2014
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
VOCS
Analyte Name
VOCS - GROUP
Compliance Period Begin Date
01-01-2013
Compliance Period End Date
12-31-2013
Violation Period Begin Date
01-01-2013
Violation Period End Date
12-31-2013
Water System Facility State Asgn ID
E0007438
Water System Facility Name
WELL #18
Analysis Result
Blank in source

Associated enforcement actions

2014-169099 — ST PUBLIC NOTIF REQUESTED
03-03-2014; type SIE; source status T.
2014-169098 — ST VIOLATION/REMINDER NOTICE
02-28-2014; type SIA; source status T.

Idaho detail for violation 2014-8899, retrieved September 17, 2026.

2004 record identifiers (1)

2004-4604: COLIFORM (TCR)

Determination Date
08-24-2004
Violation Type
22
Violation Name
MCL (TCR), MONTHLY
Violation Category
MCL
Status
V
Analyte Code
3100
Analyte Name
COLIFORM (TCR)
Compliance Period Begin Date
07-01-2004
Compliance Period End Date
07-31-2004
Violation Period Begin Date
07-01-2004
Violation Period End Date
07-31-2004
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
Source prints “null”

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 2004-4604, retrieved September 17, 2026.

1996 record identifiers (25)

1996-996: CIS-1,2-DICHLOROETHYLENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2380
Analyte Name
CIS-1,2-DICHLOROETHYLENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-996, retrieved September 17, 2026.

1996-896: 1,1-DICHLOROETHYLENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2977
Analyte Name
1,1-DICHLOROETHYLENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-896, retrieved September 17, 2026.

1996-796: CARBON TETRACHLORIDE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2982
Analyte Name
CARBON TETRACHLORIDE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-796, retrieved September 17, 2026.

1996-696: BENZENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2990
Analyte Name
BENZENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-696, retrieved September 17, 2026.

1996-3096: SELENIUM

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
1045
Analyte Name
SELENIUM
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
10-30-1996
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007423
Water System Facility Name
WELL #36
Analysis Result
Source prints “null”

Associated enforcement actions

1997-169097 — ST COMPLIANCE ACHIEVED
10-30-1996; type SOX; source status T.

Idaho detail for violation 1996-3096, retrieved September 17, 2026.

1996-2996: MERCURY

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
1035
Analyte Name
MERCURY
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
10-30-1996
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007423
Water System Facility Name
WELL #36
Analysis Result
Source prints “null”

Associated enforcement actions

1997-169097 — ST COMPLIANCE ACHIEVED
10-30-1996; type SOX; source status T.

Idaho detail for violation 1996-2996, retrieved September 17, 2026.

1996-2896: CHROMIUM

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
1020
Analyte Name
CHROMIUM
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
10-30-1996
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007423
Water System Facility Name
WELL #36
Analysis Result
Source prints “null”

Associated enforcement actions

1997-169097 — ST COMPLIANCE ACHIEVED
10-30-1996; type SOX; source status T.

Idaho detail for violation 1996-2896, retrieved September 17, 2026.

1996-2796: CADMIUM

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
1015
Analyte Name
CADMIUM
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
10-30-1996
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007423
Water System Facility Name
WELL #36
Analysis Result
Source prints “null”

Associated enforcement actions

1997-169097 — ST COMPLIANCE ACHIEVED
10-30-1996; type SOX; source status T.

Idaho detail for violation 1996-2796, retrieved September 17, 2026.

1996-2696: BARIUM

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
1010
Analyte Name
BARIUM
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
10-30-1996
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007423
Water System Facility Name
WELL #36
Analysis Result
Source prints “null”

Associated enforcement actions

1997-169097 — ST COMPLIANCE ACHIEVED
10-30-1996; type SOX; source status T.

Idaho detail for violation 1996-2696, retrieved September 17, 2026.

1996-2596: 1,1,2-TRICHLOROETHANE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2985
Analyte Name
1,1,2-TRICHLOROETHANE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-2596, retrieved September 17, 2026.

1996-2496: 1,2,4-TRICHLOROBENZENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2378
Analyte Name
1,2,4-TRICHLOROBENZENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-2496, retrieved September 17, 2026.

1996-2396: DICHLOROMETHANE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2964
Analyte Name
DICHLOROMETHANE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-2396, retrieved September 17, 2026.

1996-2296: XYLENES, TOTAL

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2955
Analyte Name
XYLENES, TOTAL
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-2296, retrieved September 17, 2026.

1996-2196: TOLUENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2991
Analyte Name
TOLUENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-2196, retrieved September 17, 2026.

1996-2096: TRICHLOROETHYLENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2984
Analyte Name
TRICHLOROETHYLENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-2096, retrieved September 17, 2026.

1996-1996: 1,1,1-TRICHLOROETHANE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2981
Analyte Name
1,1,1-TRICHLOROETHANE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1996, retrieved September 17, 2026.

1996-1896: TETRACHLOROETHYLENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2987
Analyte Name
TETRACHLOROETHYLENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1896, retrieved September 17, 2026.

1996-1796: STYRENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2996
Analyte Name
STYRENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1796, retrieved September 17, 2026.

1996-1696: CHLOROBENZENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2989
Analyte Name
CHLOROBENZENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1696, retrieved September 17, 2026.

1996-1596: ETHYLBENZENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2992
Analyte Name
ETHYLBENZENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1596, retrieved September 17, 2026.

1996-1496: P-DICHLOROBENZENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2969
Analyte Name
P-DICHLOROBENZENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1496, retrieved September 17, 2026.

1996-1396: O-DICHLOROBENZENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2968
Analyte Name
O-DICHLOROBENZENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1396, retrieved September 17, 2026.

1996-1296: 1,2-DICHLOROPROPANE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2983
Analyte Name
1,2-DICHLOROPROPANE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1296, retrieved September 17, 2026.

1996-1196: 1,2-DICHLOROETHANE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2980
Analyte Name
1,2-DICHLOROETHANE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1196, retrieved September 17, 2026.

1996-1096: TRANS-1,2-DICHLOROETHYLENE

Determination Date
01-01-1996
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
2979
Analyte Name
TRANS-1,2-DICHLOROETHYLENE
Compliance Period Begin Date
01-01-1993
Compliance Period End Date
06-18-1997
Violation Period Begin Date
01-01-1993
Violation Period End Date
12-31-1995
Water System Facility State Asgn ID
E0007426
Water System Facility Name
WELL #2
Analysis Result
Source prints “null”

Associated enforcement actions

1997-167097 — ST COMPLIANCE ACHIEVED
06-18-1997; type SOX; source status T.

Idaho detail for violation 1996-1096, retrieved September 17, 2026.

1994 record identifiers (2)

1994-594: COLIFORM (TCR)

Determination Date
08-01-1994
Violation Type
24
Violation Name
MONITORING (TCR), ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
3100
Analyte Name
COLIFORM (TCR)
Compliance Period Begin Date
07-01-1994
Compliance Period End Date
07-31-1994
Violation Period Begin Date
07-01-1994
Violation Period End Date
07-31-1994
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
Source prints “null”

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1994-594, retrieved September 17, 2026.

1994-494: COLIFORM (TCR)

Determination Date
09-01-1994
Violation Type
24
Violation Name
MONITORING (TCR), ROUTINE MINOR
Violation Category
MON
Status
V
Analyte Code
3100
Analyte Name
COLIFORM (TCR)
Compliance Period Begin Date
08-01-1994
Compliance Period End Date
08-31-1994
Violation Period Begin Date
08-01-1994
Violation Period End Date
08-31-1994
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
Source prints “null”

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1994-494, retrieved September 17, 2026.

1992 record identifiers (1)

1992-392: COLIFORM (TCR)

Determination Date
04-01-1992
Violation Type
22
Violation Name
MCL (TCR), MONTHLY
Violation Category
MCL
Status
V
Analyte Code
3100
Analyte Name
COLIFORM (TCR)
Compliance Period Begin Date
03-01-1992
Compliance Period End Date
03-31-1992
Violation Period Begin Date
03-01-1992
Violation Period End Date
03-31-1992
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
Source prints “null”

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1992-392, retrieved September 17, 2026.

1989 record identifiers (2)

1989-3589: COLIFORM (PRE-TCR)

Determination Date
05-31-1989
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
3000
Analyte Name
COLIFORM (PRE-TCR)
Compliance Period Begin Date
05-01-1989
Compliance Period End Date
05-31-1989
Violation Period Begin Date
05-01-1989
Violation Period End Date
05-31-1989
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.000000000 COL/100ML

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1989-3589, retrieved September 17, 2026.

1989-3289: COLIFORM (PRE-TCR)

Determination Date
11-10-1988
Violation Type
03
Violation Name
MONITORING, ROUTINE MAJOR
Violation Category
MON
Status
V
Analyte Code
3000
Analyte Name
COLIFORM (PRE-TCR)
Compliance Period Begin Date
10-01-1988
Compliance Period End Date
10-31-1988
Violation Period Begin Date
10-01-1988
Violation Period End Date
10-31-1988
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
Source prints “null”

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1989-3289, retrieved September 17, 2026.

1988 record identifiers (1)

1988-3488: TURBIDITY

Determination Date
04-10-1988
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
03-01-1988
Compliance Period End Date
03-31-1988
Violation Period Begin Date
03-01-1988
Violation Period End Date
03-31-1988
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.000000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1988-3488, retrieved September 17, 2026.

1986 record identifiers (1)

1986-3186: TURBIDITY

Determination Date
12-10-1985
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
11-01-1985
Compliance Period End Date
11-30-1985
Violation Period Begin Date
11-01-1985
Violation Period End Date
11-30-1985
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000001.530000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1986-3186, retrieved September 17, 2026.

1985 record identifiers (2)

1985-3785: TURBIDITY

Determination Date
08-10-1985
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
07-01-1985
Compliance Period End Date
07-31-1985
Violation Period Begin Date
07-01-1985
Violation Period End Date
07-31-1985
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000001.930000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1985-3785, retrieved September 17, 2026.

1985-3385: TURBIDITY

Determination Date
02-10-1985
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
01-01-1985
Compliance Period End Date
01-31-1985
Violation Period Begin Date
01-01-1985
Violation Period End Date
01-31-1985
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000001.700000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1985-3385, retrieved September 17, 2026.

1984 record identifiers (3)

1984-4084: TURBIDITY

Determination Date
10-10-1984
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
09-01-1984
Compliance Period End Date
09-30-1984
Violation Period Begin Date
09-01-1984
Violation Period End Date
09-30-1984
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.900000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1984-4084, retrieved September 17, 2026.

1984-3984: TURBIDITY

Determination Date
09-10-1984
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
08-01-1984
Compliance Period End Date
08-31-1984
Violation Period Begin Date
08-01-1984
Violation Period End Date
08-31-1984
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.900000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1984-3984, retrieved September 17, 2026.

1984-3884: TURBIDITY

Determination Date
08-10-1984
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
07-01-1984
Compliance Period End Date
07-31-1984
Violation Period Begin Date
07-01-1984
Violation Period End Date
07-31-1984
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.200000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1984-3884, retrieved September 17, 2026.

1983 record identifiers (1)

1983-3683: TURBIDITY

Determination Date
09-10-1983
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
0100
Analyte Name
TURBIDITY
Compliance Period Begin Date
08-01-1983
Compliance Period End Date
08-31-1983
Violation Period Begin Date
08-01-1983
Violation Period End Date
08-31-1983
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000001.860000000 NTU

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1983-3683, retrieved September 17, 2026.

1982 record identifiers (2)

1982-282: COLIFORM (PRE-TCR)

Determination Date
02-28-1982
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
3000
Analyte Name
COLIFORM (PRE-TCR)
Compliance Period Begin Date
02-01-1982
Compliance Period End Date
02-28-1982
Violation Period Begin Date
02-01-1982
Violation Period End Date
02-28-1982
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.000000000 COL/100ML

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1982-282, retrieved September 17, 2026.

1982-182: COLIFORM (PRE-TCR)

Determination Date
01-31-1982
Violation Type
02
Violation Name
MCL, AVERAGE
Violation Category
MCL
Status
V
Analyte Code
3000
Analyte Name
COLIFORM (PRE-TCR)
Compliance Period Begin Date
01-01-1982
Compliance Period End Date
01-31-1982
Violation Period Begin Date
01-01-1982
Violation Period End Date
01-31-1982
Water System Facility State Asgn ID
Source prints “null”
Water System Facility Name
Source prints “null”
Analysis Result
000002.000000000 COL/100ML

Associated enforcement actions

No action rows displayed in this detail page. That does not establish that no action occurred.

Idaho detail for violation 1982-182, retrieved September 17, 2026.

Source: Idaho Drinking Water Watch violation listing and all 63 linked detail pages, retrieved September 17, 2026. The state system identity was checked independently against EPA’s ID6030043 record. This is a historical snapshot, not a current advisory or a complete case-file review.

System oversight

State site visits and survey limits

An expanded state search lists five visits from 2008–2023. Each displays highest deficiency severity “NON,” zero deficiencies found and zero resolved. These are summary fields, not the underlying inspection reports or a guarantee of present conditions. Four entries carry reason code SNSV, which the state defines as a sanitary survey. One carries LV1A, which is not defined in the retrieved reason-code glossary; its meaning is not inferred from the abbreviation.

All five site-visit summaries
11-13-2023 — reason SNSV
Highest deficiency severity: NON; deficiencies found: 0; resolved: 0.
11-15-2018 — reason SNSV
Highest deficiency severity: NON; deficiencies found: 0; resolved: 0.
11-29-2017 — reason LV1A
Highest deficiency severity: NON; deficiencies found: 0; resolved: 0.
10-18-2013 — reason SNSV
Highest deficiency severity: NON; deficiencies found: 0; resolved: 0.
10-31-2008 — reason SNSV
Highest deficiency severity: NON; deficiencies found: 0; resolved: 0.

Idaho site visits, retrieved September 17, 2026 with the full-date filter. Default two-year results omit these entries. The listing offers no linked inspection documents; underlying findings remain to be obtained. State explanation of site visits and visit-reason definitions.

Service-line materials

What the public inventory map records

The City’s public inventory map has separate overall, private-side and utility-side fields. A September 17, 2026 aggregate query using the map’s own ACTIVE account-status filter returned 21,407 point records: 21,284 classified overall as “Non-lead” and 123 as “Unknown.” These are counted GIS records, not a verified total of unique physical connections. The total differs from EPA/state connection counts; no explanation or deduplication rule has been established.

“Unknown” means material identification remains unresolved in this dataset. The overall categories do not fully describe the materials: the private-side field includes 689 galvanized records, while the utility-side field includes six. Do not infer whether a galvanized line requires replacement from that material label alone. No “Lead” category was returned by this filtered aggregation; that is not a certification that every property or connector contains no lead.

Overall classification
Unknown
123 active-status point records
Non-lead
21,284 active-status point records

Official aggregate query for overall classification. Source field: OVERALL_ServiceLine_Category; filter SCG_STAT_CD = 0, whose published domain means ACTIVE. Each field totals 21,407 records.

Private-side materials
Cast Iron
92 active-status point records
Ductile Iron
165 active-status point records
Unknown
123 active-status point records
Copper
12,143 active-status point records
Galvanized
689 active-status point records
Plastic
6,428 active-status point records
Non-lead
1,767 active-status point records

Official aggregate query for private-side materials. Source field: Private_ServiceLine_Category; filter SCG_STAT_CD = 0, whose published domain means ACTIVE. Each field totals 21,407 records.

Utility-side materials
Cast Iron
125 active-status point records
Ductile Iron
463 active-status point records
Unknown
123 active-status point records
Copper
13,458 active-status point records
Galvanized
6 active-status point records
Plastic
7,232 active-status point records

Official aggregate query for utility-side materials. Source field: PWS_ServiceLine_Category; filter SCG_STAT_CD = 0, whose published domain means ACTIVE. Each field totals 21,407 records.

Use the City service-line map for an individual property, then ask the Water Department to clarify an unknown or inconsistent entry. The City’s inventory explanation describes maintenance records, permits, owner surveys and visual inspections. It describes replacement in the public right-of-way and replacement of short lead goosenecks when found; it does not promise a universally funded private-side replacement program.

Official LSLI Public Status layer, reached through the map linked by the Water Department. Counts retrieved September 17, 2026; no dataset-wide effective date was supplied in the layer metadata. The query retrieved aggregate categories only, without household addresses or account records.

Infrastructure and operations

Projects and flushing in the annual report

The 2025 report lists High Country Tank replacement, a water-system facility planning study, and Well 17 at Highland Golf Course under “What’s Happening.” It does not give completion dates. These entries are a dated project snapshot, not confirmation that work is finished or affecting your street today.

Four listed main-replacement locations
East Putnam Street
2nd Avenue to 5th Avenue
Gray Avenue
Alameda Road to Eldredge Road
Howard Avenue
Alameda Road to Eldredge Road
Wyeth Street
Grant to Main
Capital funding and the 2024 planning forecast

The City’s July 10, 2024 water utility rate study describes a financially self-supporting utility funded principally through customer rates. Its Table A-4 projects $36,720,995 in inflated capital costs for fiscal years 2024–2029: $27,251,649 for renewal and replacement, $5,604,064 for new facilities, and $3,865,282 for vehicles and equipment. These are planning estimates, not expenditures or completed construction.

Distribution and metering
The forecast includes annual main replacement, cemetery and South Valley Connector lines, and AMI meter-reading integration. Its water-planning items are a facility-plan update, aquifer recharge, and a utility rate study.
Wells, tanks and pumping
Named projects include Phase II SCADA upgrades, Well 22 redevelopment, three pressure-reducing stations, Barton Booster surge tank, East Bench Booster replacement, 3 MG Highland Tank recoating, High Country Tank replacement, and a contingency for well replacement. New facilities include storage sheds, South Valley Booster and a 2,000-gallon-per-minute well.
What the forecast does not establish
Fiscal years end September 30. The study’s proposed rates and project dates are not proof of later adoption, completion or today’s street closures. Use the current posted rate schedule below and ask the Water Department about an individual project’s status.

Source: City-released Water Utility Rate Study, July 10, 2024, executive summary and Table A-4 (PDF page 27).

The report describes an annual system flush to remove sediment, check hydrants and valves, and verify fire-flow capacity. Its conservation discussion describes voluntary, mandatory and emergency stages and monitoring of aquifer levels and demand. It does not establish today’s conservation stage or a current flushing schedule.

Source: 2025 report, pages 5–6, reviewed September 17, 2026.

Water bills

Rates and reduced-rate questions

The fiscal-year 2026 schedule takes effect October 1, 2025; the City’s rates webpage identifies the period through September 30, 2026. Metered bills combine a line-size charge with water consumption. Inside-city, outside-city and “CB-Inside” prices are separate columns. Sewer and sanitation are separate services and are not included in the water figures below.

For a ¾-inch line, the listed monthly line charge is $13.80 inside the city and $20.70 outside. Single-family consumption in the first 25,000-gallon tier costs $3.17 or $4.75 per 1,000 gallons respectively. The schedule says tiered rates apply during the May–October irrigation season; ask billing how that rule applies to your account before estimating a bill.

Monthly line-size charges
¾-inch line
Inside city: $13.80; outside city: $20.70; CB-Inside: $9.66.
1-inch line
Inside city: $19.12; outside city: $28.68; CB-Inside: $13.38.
1½-inch line
Inside city: $34.30; outside city: $51.45; CB-Inside: $24.01.
2-inch line
Inside city: $50.20; outside city: $75.30; CB-Inside: $35.14.
3-inch line
Inside city: $112.06; outside city: $168.08; CB-Inside: blank in PDF.
4-inch line
Inside city: $185.79; outside city: $278.69; CB-Inside: blank in PDF.
6-inch line
Inside city: $365.17; outside city: $547.76; CB-Inside: blank in PDF.
8-inch line
Inside city: $511.30; outside city: $766.94; CB-Inside: blank in PDF.
10-inch line
Inside city: $822.18; outside city: $1,233.27; CB-Inside: blank in PDF.
12-inch line
Inside city: $1,217.23; outside city: $1,825.85; CB-Inside: blank in PDF.
Consumption per 1,000 gallons
Single family: first 25,000 gallons
Inside city: $3.17; outside city: $4.75; CB-Inside: $2.22.
Single family: over 25,000 gallons
Inside city: $3.96; outside city: $5.94; CB-Inside: $2.77.
Multi units
Inside city: $2.75; outside city: $4.12; CB-Inside: blank in PDF.
Commercial
Inside city: $2.60; outside city: $3.90; CB-Inside: blank in PDF.
Summerline
Inside city: $3.96; outside city: $5.94; CB-Inside: $2.77.
Unmetered and fire lines
Unmetered, per unit
Inside city: $51.78; outside city: $77.67.
2-inch fire line
$1.89. The PDF prints one price column, without an inside/outside split.
4-inch fire line
$10.69. The PDF prints one price column, without an inside/outside split.
6-inch fire line
$31.45. The PDF prints one price column, without an inside/outside split.
8-inch fire line
$66.99. The PDF prints one price column, without an inside/outside split.
10-inch fire line
$120.46. The PDF prints one price column, without an inside/outside split.
12-inch fire line
$194.69. The PDF prints one price column, without an inside/outside split.
“Unpotable” volume schedule

The PDF labels this separate schedule “Unpotable,” beside the volume-charge heading of per 1,000 gallons. Its quantity bands are preserved below; ask billing to confirm account eligibility and billing interpretation.

0–1 million gallons
$0.69 per 1,000 gallons.
1.0–1.2 million gallons
$0.86 per 1,000 gallons.
1.2–1.4 million gallons
$1.04 per 1,000 gallons.
1.4–1.6 million gallons
$1.21 per 1,000 gallons.
1.6–1.8 million gallons
$1.38 per 1,000 gallons.
1.8–2.0 million gallons
$1.73 per 1,000 gallons.
Over 2 million gallons
$5.61 per 1,000 gallons.

The City calls the reduced-rate category Circuit Breaker and directs applicants to the Bannock County Assessor’s property-tax reduction process. The published CB-Inside amounts are water prices, not cash assistance payments. Eligibility and application timing require confirmation with Utility Billing, 208-234-6241.

Apply through the County’s Circuit Breaker process

Bannock County describes Property Tax Reduction as an annual application for eligible Idaho residents who own and occupy their home. Its categories include people age 65 or older, qualifying disabilities, blindness, widowhood, former prisoners of war or hostages, and qualifying orphans under 18. Income and property-value limits also apply; meeting a category alone does not establish eligibility.

The County lists a January 1–April 15 application window and asks for income, medical-expense and eligibility documentation, with additional ownership documents for trusts or LLCs. Its reviewed page mixes a 2026 income figure with a January 1, 2027 category date and links labeled 2026. Confirm the application year and limits with the Assessor before using a threshold. The property-tax benefit and the City’s reduced water prices are separate; ask Utility Billing how County approval is applied to your water account.

Bannock County Assessor
208-236-7260
Office
130 N. 6th Avenue, Pocatello; listed hours Monday–Friday, 8 a.m.–5 p.m.

County Assessor — Property Tax Reduction (Circuit Breaker), checked September 17, 2026. No benefit amount or approval is promised here.

Payment arrangements and Level Pay

If you cannot pay by the due date

Submit a written payment-arrangement request with the proposed dates and amounts to [email protected], visit Utility Billing inside City Hall at 911 N 7th Avenue, or leave a written request in a City drop box. A request remains pending until the office accepts it and notifies you; submitting it is not approval.

City payment-arrangement instructions, checked September 17, 2026.

Spread seasonal bills across the year

Level Pay averages the previous 12 months of bills into a monthly payment. Winter credits help cover higher summer usage. Each November, the City compares actual charges with payments and recalculates the amount for the following 12 months; it can rise or fall. Monthly statements still show consumption and the account balance. This changes payment timing rather than reducing water prices or awarding a grant. Call 208-234-6241 to apply.

City Level Pay explanation, checked September 17, 2026.

Sources: complete fiscal-year 2026 rate sheet and Utility Rates, checked September 17, 2026. The system-page rate details retain all water rows from the PDF. Blank CB cells are not zero; the webpage instead prints N/A for multi-unit and commercial usage. The PDF lists a $2.75 convenience fee on card transactions; the webpage also includes e-checks. Confirm current payment fees with billing.

Customer resources

Reports, water questions and household testing

The report directs drinking-water questions and requests for annual reports or chemical analyses to the City Water Department, 208-234-6174. It lists the office at 1889 N Arthur Avenue and the mailing address as P.O. Box 4169, Pocatello, ID 83205-4169. Confirm current hours before visiting.

For household testing, the report names IAS Envirochem in Pocatello as a laboratory accepting water samples from the public. Contact the laboratory before collecting a water sample to confirm the test, collection instructions and price; the report does not publish a price or promise a City-funded testing program. Household plumbing and service-line questions require property-specific information.

The report asks landlords and other account holders to share it with tenants, residents and employees who receive the water. Its Spanish-language notice asks readers to have the report translated or speak with someone who understands it. That notice does not establish availability of a complete Spanish translation or an accessible alternative format; ask the Water Department for language assistance.

School and childcare water testing

Ask about the building and the outlet

City-wide lead monitoring does not establish the result at a school drinking fountain or childcare kitchen tap. Ask the facility for its water sampling dates, outlet locations, laboratory results and any subsequent testing or corrective work. Building plumbing and fixtures can affect results independently of the water entering the property.

For Pocatello/Chubbuck School District 25 facilities, Maintenance and Operations lists 208-233-2604, [email protected] and 185 E. Maple Street, Pocatello. This is an operational contact; the department page does not publish a district-wide drinking-water testing dataset.

District 25 Maintenance and Operations, checked September 17, 2026.

State testing program and published results

Idaho DEQ describes a voluntary lead-testing program for public schools and childcare facilities that receive water from a public water system. Facilities that operate their own regulated water systems have separate monitoring obligations. The program uses the Idaho Bureau of Laboratories and EPA’s 3Ts guidance; results go to the facility and DEQ.

The published funding window ends June 30, 2026. Because that date has passed, confirm current funding and participation with [email protected] before ordering supplies. This page does not promise currently free testing.

DEQ’s statewide results table identifies facilities and outlets but does not consistently provide addresses or water-system IDs. We have not verified which entries belong to buildings served by ID6030043. An absent or ambiguous school name does not establish that the building was not tested.

DEQ school and childcare program, water sampling resources and results, checked September 17, 2026.

Request an accessible format or communication aid

The City’s accessibility statement describes aids and services available upon request, including qualified sign-language interpreters and documents in Braille. For an inaccessible online report, include the report’s web address, the access problem, preferred format and your contact information. The policy provides a request route; it does not establish that each archived PDF is already accessible or translated.

ADA coordinator
Skyler Beebe
Telephone / TTY
208-232-5057 / 711
Address
5815 South 5th Avenue, Pocatello, ID 83204

For scheduled events, the City asks for notice as soon as possible and no later than two business days beforehand. Its policy states that aids and reasonable modifications do not carry an individual surcharge, subject to the stated fundamental-alteration and undue-burden limits.

City accessibility statement and grievance process, checked September 17, 2026.

For newer instructions, check City of Pocatello news and the Water Department. This page is not a live outage or emergency-notice service.

Source: 2025 report, pages 5 and 7, reviewed September 17, 2026. Contacts are attributed to that report; current hours, testing fees and language-format availability need direct confirmation.

Water emergency
208-234-6181 — Water Department emergency line.
Water quality, pressure or flushing concern
208-234-6182 — Water Shop. Give your address, when the change began and whether nearby properties are affected.
Billing and service questions
208-234-6241 — Utility Billing.

Numbers from the Water Department, checked September 17, 2026. The utility-rates page labels the shop number “Water Emergency”; the department distinguishes the shop and emergency numbers shown here.

Household lead guidance in the report
Learn your service-line material
Contact the utility or a licensed plumber to identify the pipe connecting the home to the main.
Have water tested
The report names IAS Envirochem as accepting public water samples; obtain collection instructions and pricing before water sampling.
Clean faucet screens or aerators
The report recommends regular cleaning to remove sediment, debris and particulate material.
Use cold water; do not boil to remove lead
The report specifies cold water for drinking, cooking and formula preparation. Boiling does not remove lead and may increase its concentration.
Use filters according to their instructions
The report calls for a filter certified to remove lead, timely cartridge replacement and no hot water through the filter.
Identify older plumbing fixtures
The report identifies older brass faucets, fittings and fixtures as possible lead contributors, and describes the 0.25% maximum weighted-average lead content for wetted surfaces under the current federal definition for plumbing lead content. That definition does not mean zero lead.

All six action/purpose rows, page 5. The report also describes historical water sampling at representative older homes with copper pipes and lead solder. Its statement that the water is not corrosive is a provider interpretation of historical results, not a verified treatment specification or a household guarantee.

Hardness and fluoridation

Hardness reported by the City

The City’s FAQ reports an average of 350 parts per million as calcium carbonate (CaCO3), also printed as 20.5 grains per gallon, and describes the water as very hard. These are the source’s stated figures; the page provides no water sampling date, locations or historical series. They are not a measurement of your household’s water. Mineral scale and soap performance are practical reasons to ask about hardness.

The chemical archive also contains hardness results for airport wells: in 2013, Well 35 was 178 mg/L as CaCO3 and Well 39 was 318 mg/L; in 2016, New Well 39 was 192 mg/L and Well 35 was 193 mg/L. The 2015 and 2016 notes identify Wells 35 and 39 as a separate non-transient non-community airport system. Those measurements cannot establish a citywide trend or replace the City FAQ’s average.

2013 chemical sheet, page 1; 2016 chemical sheet, pages 1 and 5.

Water Department FAQ, checked September 17, 2026.

Fluoridation policy

The same FAQ explains that the department does not operate a system-wide fluoridation program. That policy does not mean the water contains no naturally occurring fluoride. Ask the utility for dated fluoride measurements; the reproduced 2025 result table has no fluoride row. The FAQ gives no policy effective date.

City fluoridation explanation, checked September 17, 2026.

Water-use tools and historical conservation context

WaterSmart account tools

The 2018 water sampling-year report (published in 2019) introduced the WaterSmart partnership for household usage, leak checks, alerts, bill forecasts and autopay. The 2020 and 2021 reports also direct customers to Pocatello WaterSmart for household usage, leak information and alerts. The 2020 report says registration uses the utility account number and ZIP and describes two years of usage history; the 2021 report also advertises bill forecasts and autopay. These are dated descriptions of account tools; confirm current features with Utility Billing. Never post your account information in a public correction request.

2018 report, page 5.

Earlier conservation guidance

The 2011 report described voluntary restrictions at publication and asked residents to avoid watering from 10 a.m. to 6 p.m. after minimal winter precipitation. The 2012 report recommended deep, infrequent irrigation, fixing leaks and misdirected sprinklers, avoiding ponding and wind, and adjusting watering as seasons change. Its approximate 1½-inch weekly lawn-water example is historical advice, not a current restriction or a prescription for every landscape.

The 2016 report added a practical toilet-leak resource: dye tablets at the Water Operations Facility. Confirm present availability with the Water Shop before visiting. For current restrictions, follow a dated City announcement rather than a past report’s watering schedule.

2016 report · 2012 report · 2011 report ·

Water Week and local source protection education

The reports trace Water Week to 1992. The program brings third-grade pupils, families and scouts to the Water Operations Facility to learn about aquifers, pollution, distribution and conservation, with Bannock County Solid Waste participating in waste-reduction education. The 2014 report describes about 48,000 children and adults reached cumulatively; the 2016 report describes about 52,000. Later reports give annual attendance: approximately 2,830 in 2018 and 2,576 in 2019. Reports published in 2023, 2024 and 2025 describe approximately 2,430, 2,040 and 1,960 attendees respectively. Their event dates fall in the publication year, after the water sampling year on the result tables. Cumulative and annual totals are different measures.

This education program is not evidence of drinking-water testing at schools. Ask the Water Department about the next event; these report descriptions do not establish a current schedule.

2018 water sampling-year report · 2017 water sampling-year report · 2016 water sampling-year report · 2014 water sampling-year report ·

A dated drought snapshot

The 2021 report, published in 2022, illustrates the Idaho Drought Monitor for June 7, 2022 and describes moderate drought in Pocatello. That is historical context, not today’s drought category or a current restriction. Its conservation recommendations include seasonal irrigation adjustments, avoiding wind and midday watering, drought-resistant planting, mulch, drip systems and reviewing actual usage.

Illustrative water-use figures printed in 2021

These report examples are not measurements of your fixtures; newer models and use patterns can differ.

Toilet flush
6 gallons
Flush with a water-saving device
4 gallons
Ultra-low-flush toilet
0.8 gallons
Faucet without aerator
5 gallons per minute
Faucet with water-saving aerator
2.5 gallons per minute
Shower
5 gallons per minute
Dishwasher
About 17 gallons per load
Washing machine
41–49 gallons per load
Garden hose
5 gallons per minute

The 2018 report prints the same other eight fixture examples but gives 1.6 gallons for an ultra-low-flush toilet, versus0.8 gallons in 2021. Neither table identifies a particular fixture model. This difference is retained rather than treating the examples as a measured trend.

2020 report, page 6; 2021 report, pages 5–6. All nine printed water-use examples retained.

What to do during hydrant flushing

The City asks customers to avoid running taps, dishwashers and washing machines when crews are flushing a hydrant on their street. Pressure can temporarily drop and sediment can enter household plumbing. Its general instructions say to run a cold-water tap for several minutes afterward; if the water does not clear, contact the Water Shop at 208-234-6182. Follow any event-specific notice, which takes precedence over this routine guidance.

The program page describes an April start, approximately three weeks of work and typical hours of 8 a.m.–4 p.m., Monday–Thursday. It does not identify a year or provide a current street-by-street schedule. Do not treat that recurring description as confirmation that crews are working today.

Official flushing program and customer instructions, checked September 17, 2026.

Service-line lookup and replacement

The City’s public service-line inventory map supports property-specific research. A service-line material map does not establish your water provider’s service boundary. Ask the Water Department to confirm an unclear or unknown entry and distinguish the utility-owned and customer-owned portions.

The City describes using maintenance records, permits, owner surveys and visual inspections to build its inventory. Its lead-awareness page says fieldwork has found no lead services but occasionally finds approximately 18-inch lead goosenecks. It says these connectors are replaced when found and describes replacement work in the public right-of-way. This narrative is not a dated inventory-category count, a guarantee about every private line, or a commitment to fund all customer-side replacement.

City inventory methods and replacement explanation, checked September 17, 2026. Inventory counts above are a dated GIS snapshot, not a count of verified unique connections.

The City’s FAQ invites participation at City Council meetings on the first and third Thursday of the month at 6 p.m., in Council Chambers at 911 North 7th Avenue. Check the official agendas and meeting notices for the actual date, agenda and participation instructions before attending. This recurring schedule is from the Water Department FAQ, checked September 17, 2026.

Report-Listed Rows

Two selected report results

2 report-listed rows are summarized for POCATELLO CITY OF. A listed row is not the same thing as a current advisory or household tap result.

Report year
2025
Rows summarized
2
Source tables represented
1
Scope
Past reporting period
Report-row preview from the latest reviewed report for POCATELLO CITY OF
Substance and testing periodReported valueRange in reportLimit or standardSource tableReport-printed status
TTHM's - Total TrihalomethanesTesting period: 202514.3 ppbRunning Annual Average3.88 - 22.8MCL: 80; MCLG: N/A2025 Sampling Results - Disinfection By ProductsPage 4Violation: No, as printed for this report period
Total Haloacetic Acids (HAA5)Testing period: 20253.18 ppbRunning Annual Average1.74 - 4.67MCL: 60; MCLG: N/A2025 Sampling Results - Disinfection By ProductsPage 4Violation: No, as printed for this report period

Report row

TTHM's - Total Trihalomethanes

Range in report
3.88 - 22.8 ppb
Running Annual Average
14.3 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
MCL: 80; MCLG: N/A
Report-printed status
Violation: No, as printed for this report period

Source · Page 4

2025 Sampling Results - Disinfection By Products

Report row

Total Haloacetic Acids (HAA5)

Range in report
1.74 - 4.67 ppb
Running Annual Average
3.18 ppb
Testing period
2025
Sites above action level
Not applicable to this summarized entry
Limit or standard
MCL: 60; MCLG: N/A
Report-printed status
Violation: No, as printed for this report period

Source · Page 4

2025 Sampling Results - Disinfection By Products

Source report notes

Source: City of Pocatello 2026 Water Quality Report. Retrieved 2026-08-09.

  • Applies to: TTHM's - Total Trihalomethanes

    The source prints 2025 TTHM range 3.88 - 22.8 ppb, running annual average 14.3 ppb, MCL 80, MCLG N/A, and Violation No. Annual-report values describe only the cited report period. Reported measures, ranges, regulatory criteria, and source-printed violation fields remain distinct from current notices, address-level service, exposure, household-tap conditions, compliance, or safety. A reviewed city relationship does not identify the provider for an address or prove exclusive service.

  • Applies to: Total Haloacetic Acids (HAA5)

    The source prints 2025 HAA5 range 1.74 - 4.67 ppb, running annual average 3.18 ppb, MCL 60, MCLG N/A, and Violation No. Annual-report values describe only the cited report period. Reported measures, ranges, regulatory criteria, and source-printed violation fields remain distinct from current notices, address-level service, exposure, household-tap conditions, compliance, or safety. A reviewed city relationship does not identify the provider for an address or prove exclusive service.

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

Violation Records

Violation records shown on this page

The regulatory-history section preserves 63 state detail records and 75 associated actions. Those dated records are separate from annual report results and current notices.

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 two selected results are retained alongside all 17 current report rows, 223 historical annual rows and the chemical-analysis archive. Specific missing records and source disagreements remain identified in their relevant sections.
  • EPA identity information reviewed August 9, 2026 lists population 58,231 and 18,712 service connections; these system-level counts do not establish service at an address.
  • The summarized entries remain separate from coliform, uranium, UCMR5, and older lead/copper report context.
  • The aquifer and snowmelt statement is annual system-level context and does not establish the source serving an address.
  • The reviewed city relationship is navigation context only. It is nonexclusive and does not identify the provider for an address.
  • Idaho and provider paths were reviewed on August 9, 2026. These mutable observations do not establish that every relevant notice was found or that no notice exists.
  • Annual-report values, source-printed row fields, supplier context, sampling footnotes, and mutable alerts are distinct source types and must not be collapsed into one current-status statement.
  • Address-level service can vary. Confirm the serving provider with a bill, account portal, utility, city, or state source.
  • All available annual reports for 2010–2025 and chemical sheets for 2003–2024 were reviewed. Two clipped 2017 chemical labels and specified underlying regulatory and utility records remain unresolved.
  • The complete report tables and dated regulatory history are shown separately; underlying utility and regulatory records remain unavailable where identified.
  • 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

Latest reviewed report found by this site

The 2025 report found for POCATELLO CITY OF summarizes a past reporting period. It is not a live alert page.

Utility reportReport data updated:

2026 Water Quality Report - Water Sampling Data Results From 2025

Open 2025 water quality report

All 17 rows, ten definitions and material notes from the 2025 report appear in Complete results. The two selected results are a smaller preview. Historical annual tables cover 2010–2024; chemical sheets cover 2003–2024 with two clipped 2017 labels preserved.

Report year
2025
Summarized entries shown
2
Source name
City of Pocatello 2026 Water Quality Report
Source URL
Open report source
Source retrieved
2026-08-09
Last reviewed
2026-08-09

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
Report-listed rows
17 latest results and 223 historical rows (2010–2024)
Detailed violation records
63 state records with 75 associated actions
Population served
Listed from reviewed source
Service connections
18,712 (EPA and Idaho snapshot, September 17, 2026)
City context
Pocatello
County context
Bannock County (Idaho system record)

Local Context

City and state context for this system

POCATELLO CITY OF is linked here to Pocatello 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
Pocatello
County context
Bannock County (Idaho system record)
State context
Idaho

Related Explainers

Related contaminants and guides

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