Historical Compliance Records PA

Quakertown Boro

EPA ID: PA1090082 ยท 12,800 people served ยท 2 ZIP codes

ZipCheckup's reading of EPA SDWIS for Quakertown Boro (PA1090082): PFAS sampling above the current EPA limit (UCMR5). Records for Quakertown Boro show 20 violations over the monitored period, with every finding addressed and officially closed - the provider, which serves approximately 12,800 people, carries no outstanding enforcement actions in the current EPA dataset and meets all applicable drinking water requirements.

Data: EPA SDWIS

12,800
People Served
2
ZIP Codes Served
20
Violations (5yr)
Groundwater
Water Source
0.00133 mg/L
Max Lead Level
8
Contaminants Flagged
$327K
Median Home Value in Service Area

Service Area Map

Coverage area for Quakertown Boro Source: EPA SDWIS service area boundaries.

Service area boundary

Service Area Demographics

$88,931
Median Household Income
38,009
Service Area Population
4%
Disadvantaged Population
20th
Poverty Percentile
40th
Energy Burden Percentile
55%
Pre-1986 Housing

The Quakertown Boro serves a community with a median household income of $88,931 and an estimated 38,009 residents across its service area. Approximately 55% of housing stock was built before 1986, which increases the likelihood of lead service lines and older plumbing.

๐Ÿ’ง Where Does Your Water Come From?

Groundwater

Quakertown Boro's water is pumped from underground aquifers. Groundwater is naturally filtered through rock and soil, but it can be vulnerable to PFAS contamination, nitrates from agriculture, and industrial chemicals that seep into the water table.

Elevated Risk
Source Contamination Risk
60th
Wastewater Discharge Proximity
80th
Superfund Site Proximity

Wastewater Proximity Note: This service area ranks in the 60th percentile nationally for proximity to wastewater discharge points.

Superfund Proximity Note: This service area ranks in the 80th percentile nationally for proximity to Superfund (NPL) sites. Groundwater sources near contaminated sites may face elevated risk from industrial chemicals.

Infrastructure Risk

39 yr
Avg Pipe Age
Copper
Pipe Material
32 yr
Est. Remaining Life
Moderate Wear
Decay Status
Installed 55% of expected lifespan used End of life

Detected Contaminants

How Quakertown Boro compares to EPA limits

Contaminant 2110 13 mg/L (EXCEEDS LIMIT)
0 EPA Limit: 0.005 mg/L
Leukemia & blood cancers (known carcinogen)
Atrazine 1 mg/L (EXCEEDS LIMIT)
0 EPA Limit: 0.003 mg/L
Endocrine disruption, cardiovascular & reproductive effects

What This Means For You

Contaminant 2110 at 13 mg/L exceeds the EPA maximum of 0.005 mg/L. Leukemia & blood cancers (known carcinogen). Consider granular activated carbon (GAC) filtration.

Atrazine at 1 mg/L exceeds the EPA maximum of 0.003 mg/L. Endocrine disruption, cardiovascular & reproductive effects. Consider granular activated carbon (GAC) filtration.

Gross Alpha at 1 pCi/L exceeds the EPA maximum of pCi/L. Increased cancer risk from radioactive particles. Consider reverse osmosis filtration.

Radium-226 at 1 pCi/L (combined Radium-226 & 228 โ‰ค 5 pCi/L) exceeds the EPA maximum of pCi/L (combined Radium-226 & 228 โ‰ค 5 pCi/L). Bone cancer and leukemia (known carcinogen). Consider ion exchange (water softener) filtration.

Radium-228 at 1 pCi/L (combined Radium-226 & 228 โ‰ค 5 pCi/L) exceeds the EPA maximum of pCi/L (combined Radium-226 & 228 โ‰ค 5 pCi/L). Bone cancer and leukemia (known carcinogen). Consider ion exchange (water softener) filtration.

PFAS Detected in Service Area

PFAS ("forever chemicals") have been detected in water serving this system's area. 8 detections recorded. 3 exceed federal EPA limits (4 ppt for PFOA/PFOS).

State limits: PFOA: 0.014 ppt, PFOS: 0.018 ppt
Health concern: PFAS are linked to cancer, thyroid disease, immune suppression, and developmental effects. They do not break down naturally.
Recommended filter: Reverse osmosis (RO) or activated carbon filters certified for PFAS removal. Find the right filter โ†’

Contaminant 2110 was detected in this water system. granular activated carbon (GAC) filtration can reduce exposure.

Find a certified water filter โ†’

Comparable Water Systems

Similar-sized systems in Pennsylvania

Aqua Pa Hatboro
12,901 people
F 60 violations
D 16 violations
D 4 violations
C 0 violations
Whitehall Twp Authority
13,063 people
0 violations

Estimated Remediation Costs

Average estimated costs across ZIP codes served by this system

Radon Mitigation Flood Insurance PFAS Treatment
Radon Mitigation $1,200
Flood Insurance $900
PFAS Treatment $300
Total Estimated Cost $2,400

Based on national averages for common remediation projects. Actual costs vary by property. Only issues flagged by EPA, FEMA, or state data for each ZIP code are included.

Cost of Inaction

If water quality issues in this service area are not addressed, the estimated financial impact per household is:

Estimated Healthcare Costs $1,500

Annual per household (CDC est.)

PFAS Exposure - Lifetime Cost $1,000

Per person (emerging research est.)

Estimated Cumulative Cost Per Household

5 years
$7,665
10 years
$15,330
20 years
$30,660

Compare: Estimated remediation cost is $2,400 (one-time) vs. $15,330 in estimated inaction costs over 10 years.

Estimates based on published EPA, CDC, and peer-reviewed research. Individual costs vary by household size, property, and health factors. These are conservative lower-bound estimates intended for awareness, not financial advice.

System Overview

Quakertown Boro (EPA ID: PA1090082) is a community water system in Pennsylvania that serves approximately 12,800 people from groundwater sources.

This system provides water to 2 ZIP codes across 2 communities.

Violation History

No current noncompliance in the accepted 2026Q2 snapshot. The 20 records in the 2021-2026 window are classified as resolved or archived, not current.

Status breakdown for accepted records with record years 2021-2026: 20 resolved, 0 archived, 0 addressed, and 0 unaddressed. Under this source contract, current noncompliance is the sum of addressed and unaddressed records. Archived and resolved records are excluded from current noncompliance.

Recent Violations

Date Contaminant Type Status
December 1, 2024 Consumer Confidence Report Rule Non-health-based Resolved
September 1, 2024 Contaminant 0700 Non-health-based Resolved
January 1, 2024 Atrazine Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
July 1, 2023 Contaminant 2110 Non-health-based Resolved
April 1, 2023 Contaminant 2110 Non-health-based Resolved
April 1, 2023 Contaminant 2110 Non-health-based Resolved
April 1, 2023 Contaminant 2110 Non-health-based Resolved
April 1, 2023 Contaminant 2110 Non-health-based Resolved
April 1, 2023 Contaminant 2110 Non-health-based Resolved
October 1, 2022 Gross Alpha Non-health-based Resolved
October 1, 2022 Radium-226 Non-health-based Resolved
October 1, 2022 Radium-228 Non-health-based Resolved
July 1, 2021 Surface Water Treatment Rule Non-health-based Resolved

Contaminants Detected

The following contaminants have been flagged in EPA records for this water system:

Contaminant Category Violations Health-Based
Contaminant 2110 Other Violation 13 No
Atrazine Organic 1 No
Gross Alpha Radionuclides 1 No
Radium-226 Radionuclides 1 No
Radium-228 Radionuclides 1 No
Surface Water Treatment Rule Treatment Failure 1 No
Consumer Confidence Report Rule Reporting Failure 1 No
Contaminant 0700 Other Violation 1 No

Lead & Copper

EPA Lead and Copper Rule evidence attributed directly to this water system:

Lead Level Exceeds Action Level Sample Date
0.00133 mg/L No N/A

No copper action-level exceedance record appears for this PWSID in the accepted LCR snapshot. This does not establish a clean copper measurement.

Need help with your water quality?

Typical cost: Water test: typically $20โ€“$50 (DIY kit) ยท Professional inspection: $150โ€“$400

Find the Right Water Filter

Free tip: Let cold water run for 2 minutes before drinking โ€” this helps flush lead from your pipes.

ZIP Codes Served

Coverage: Service area ZIP codes sourced from EPA Community Water System Service Area Boundaries v3 (March 2026 release). These ZIPs reflect the actual deployment footprint recorded by PA or modeled from parcel and building-footprint data.

Data Sources

This report uses public data from the EPA Safe Drinking Water Information System (SDWIS). View the full compliance record for Quakertown Boro (PA1090082) on EPA.gov.

Frequently Asked Questions

Is Quakertown Boro water safe to drink?

The accepted 2026Q2 ECHO snapshot shows no current noncompliance for Quakertown Boro; its 20 accepted 2021-2026 records are resolved or archived. Historical compliance status does not establish conditions at a specific tap.

How many people does Quakertown Boro serve?

Quakertown Boro serves approximately 12,800 people across 2 ZIP codes in Pennsylvania.

Where does Quakertown Boro get its water?

The primary water source is groundwater.

Federal UCMR5 PFAS Monitoring: Above Current MCL

This water system was tested under the federal EPA Unregulated Contaminant Monitoring Rule (UCMR5). One or more PFAS compounds were measured above the current state-enforceable MCL.

Samples collected
414
Detections
47
Latest sample
9/4/2025
Highest analyte
PFNA: 24 ppt
Analyte Max detected Current MCL Status
PFNA 24 ppt 10 ppt Above current MCL
PFOS 14.3 ppt 10 ppt Above current MCL
PFOA 10.8 ppt 10 ppt Above current MCL
PFPeA 8.3 ppt โ€” โ€”
PFBA 7.1 ppt โ€” โ€”
PFBS 6.8 ppt โ€” โ€”

Current MCL reflects the lowest state-enforceable limit (NYS 10 ppt for PFOA/PFOS, effective August 2020). The federal final MCL of 4 ppt for PFOA/PFOS (EPA April 2024 rule) is not enforceable until April 2029. Detections above 4 ppt but below 10 ppt are below current MCL but above the future federal limit.

Source: U.S. EPA UCMR5 (Unregulated Contaminant Monitoring Rule, 5th cycle) โ€” per-system federal sampling, 2023โ€“2025. EPA UCMR5 monitoring program โ†’

Understand PFAS health context and filtration โ†’

Frequently Asked Questions

What contaminants are in Quakertown Boro's water?
Detected contaminants include Contaminant 2110, Atrazine, Gross Alpha, Radium-226. Each is compared against EPA maximum contaminant levels (MCLs) in the detailed breakdown above.
Should I use a water filter?
Given 5 contaminants above EPA limits, a certified water filter can provide an extra layer of protection. The best type depends on specific contaminants in your water.
How many people does Quakertown Boro serve?
Quakertown Boro serves approximately 12,800 people with drinking water across 2 ZIP codes.
What is Quakertown Boro's water source?
Quakertown Boro draws water from groundwater sources. Source type affects which contaminants are most likely to be present.
Is there lead in Quakertown Boro's water?
The maximum detected lead level is 0.00133 mg/L. This is within EPA action level guidelines.
What is the demographic profile of Quakertown Boro's service area?
The Quakertown Boro service area has a median household income of $88,931. Demographic data is sourced from the U.S. Census Bureau and EPA EJScreen.
Where does Quakertown Boro get its water?
Quakertown Boro's water is pumped from underground aquifers. Groundwater is naturally filtered through rock and soil, but it can be vulnerable to PFAS contamination, nitrates from agriculture, and industrial chemicals that seep into the water table. Based on the exported violation history and environmental factors, the source contamination risk is classified as elevated.

How to cite this page

APA ZipCheckup. (n.d.). Quakertown Boro (PA): 20 EPA Violations. https://zipcheckup.com/water-system/pa1090082/
BibTeX
@misc{zipcheckup-water-system-pa1090082,
  author = {{ZipCheckup}},
  title  = {{Quakertown Boro (PA): 20 EPA Violations}},
  year   = {n.d.},
  url    = {https://zipcheckup.com/water-system/pa1090082/}
}

What You Can Do

1

Test your water

Home test kits can detect lead, bacteria, and other contaminants at your tap. Find the right filter โ†’

2

Check your specific ZIP code

Water quality can vary within a system. View nearest ZIP report โ†’

3

Contact your utility

Quakertown Boro (EPA ID: PA1090082) - request the latest Consumer Confidence Report or ask about specific contaminants.

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