LEAD RISK NY

Lead in Water in Fayetteville, NY: 0.0070 mg/L (Avg. of Reported System 90th Percentiles)

Average of reported 90th-percentile lead results: 0.0070 mg/L · EPA action level: 0.015 mg/L

Key fact: Lead usually enters water from service lines and household plumbing, not the treatment plant. Even water that leaves the treatment plant with little or no lead can pick up lead from older plumbing.

Data: EPA Lead and Copper Rule, U.S. Census Bureau (ACS)

Across the ZIP codes of Fayetteville, the reported EPA 90th-percentile lead results average 0.0070 mg/L; the EPA action level of 0.015 mg/L applies to each water system's own 90th percentile, not to this average. Each ZIP's value is the highest available 90th-percentile result among the water systems mapped to it; the action level triggers corrective steps and is not a safety threshold, since EPA's health goal for lead is zero.

0.0070 mg/L
Average of reported water-system 90th-percentile lead results linked to these ZIP codes
0
ZIPs Linked to Systems Exceeding the Lead Action Level
67
Lead Exposure Score
76%
Pre-1986 Housing
1961
Median Build Year
1
ZIP Codes Monitored

Lead Level History in Fayetteville

90th percentile lead levels (ppb) from EPA Lead and Copper Rule sampling.

EPA action level (15 ppb)
20
1992-01-01 to 1992-06-30
8
1992-07-01 to 1992-12-31
6.2
2000-01-01 to 2002-12-31
3.5
2003-01-01 to 2005-12-31
2.47
2006-01-01 to 2008-12-31
0
2008-01-01 to 2010-12-31
1.87
2009-01-01 to 2011-12-31
3.6
2012-01-01 to 2014-12-31
4.8
2015-01-01 to 2017-12-31
4.7
2017-01-01 to 2019-12-31
4
2020-01-01 to 2022-12-31
6
2023-07-01 to 2023-12-31
4
2024-01-01 to 2024-06-30
7
2024-07-01 to 2024-12-31
3
2023-01-01 to 2025-12-31

Source: EPA ECHO Lead and Copper Rule sampling data. Values are in parts per billion (ppb). When the quarterly source does not publish sample counts, multi-system values are unweighted means of the available system 90th-percentile reports.

Lead Risk Overview

The average of the reported 90th-percentile lead results across the ZIP codes of Fayetteville, New York is 0.0070 mg/L. The EPA action level is 0.015 mg/L (15 parts per billion). This is within the EPA action level, though the EPA states there is no safe level of lead exposure.

Housing Age and Lead Risk

Lead plumbing solder was banned in 1986. Homes built before this date may have lead in:

  • Solder joints connecting copper pipes
  • Lead service lines connecting the water main to the home
  • Brass fixtures and faucets containing up to 8% lead (pre-2014)

In Fayetteville:

Factor Value
Pre-1986 housing 76%
Median build year 1961
Median household income $121,599
Population 12,680

With over half of housing stock built before 1986, Fayetteville has elevated risk of lead in residential plumbing. This is particularly concerning for homes built before 1978 (when lead paint was also banned) and before 1950 (when lead pipes were most common).

Health Effects of Lead Exposure

Lead exposure is a serious public health concern with no safe level identified by the CDC:

Children (under 6):

  • Developmental delays and learning difficulties
  • Reduced IQ and attention span
  • Behavioral problems
  • Slowed growth

Adults:

  • Kidney damage
  • High blood pressure
  • Reproductive issues
  • Nerve disorders

Pregnant women are especially at risk - lead crosses the placenta and affects fetal development.

Three-Source Lead Data Confirmation

Lead risk is best understood by combining multiple data sources:

Source Data Point Value
EPA Lead & Copper Rule 90th percentile lead level 0.0070 mg/L (below 0.015 mg/L, the EPA action level for a water system's own 90th-percentile result; not a safety threshold)
Consumer Confidence Report Reported lead (90th %ile) CCR data not available
CDC Blood Lead Surveillance Children with BLL >= 5 ug/dL (New York, 2022) 1.5% of tested children

Cross-referencing multiple sources provides a more complete picture of lead risk than any single dataset.

Lead Service Line Replacement (LSLR)

Under EPA's Lead and Copper Rule Revisions (LCRR), water systems had to submit a service line inventory by October 2024. EPA's Lead and Copper Rule Improvements (LCRI, 2024) require most systems to replace lead service lines within 10 years, with compliance starting in November 2027. Fayetteville's water systems are subject to these requirements.

Federal funding for New York:

Metric Value
FY2025 LSLR allotment $191.7M
Additional subsidy 49% available as grants/forgiveness
National total $3.0B

This funding is available through the Drinking Water State Revolving Fund (DWSRF) for lead service line inventory and replacement projects in New York.

To check if your home has a lead service line:

  1. Check your water utility's service line inventory (required to be publicly available)
  2. Inspect where the pipe enters your home - lead pipes are dull gray and can be scratched with a key
  3. Contact your water utility for a free service line inspection

Lead Risk by Housing Decade

The age of a home is one of the strongest predictors of lead risk in drinking water:

Construction Era Lead Risk Level Key Concern
Before 1940 Very High Lead pipes, lead solder, lead paint
1940–1959 High Lead solder common, some lead pipes
1960–1978 Moderate-High Lead solder, lead paint (banned 1978)
1979–1986 Moderate Lead solder still legal until 1986
1987–2013 Low-Moderate "Lead-free" = up to 8% lead in brass
2014+ Low Reduction of Lead in Drinking Water Act (0.25% max)

With a median build year of 1961, the typical home in Fayetteville falls in the moderate-high risk category for lead in plumbing. 76% of homes were built before the 1986 lead solder ban.

How to Test for Lead in Fayetteville

DIY Test Kits ($20–$50)

  • Available at hardware stores and online
  • Collect a "first-draw" sample (water sitting in pipes 6+ hours)
  • Send to an EPA-certified lab for analysis
  • Results typically in 1–2 weeks

Professional Lab Testing ($150–$400)

  • Comprehensive panel: lead, copper, bacteria, nitrates, and more
  • Certified technician collects samples
  • Best for homes built before 1986 or after a plumbing change

Free Testing Options

  • Many water utilities offer free lead testing - call your provider
  • Some states offer free testing for homes with children under 6
  • Check your annual Consumer Confidence Report (CCR) for system-wide results

What to Expect

  • Below 0.005 mg/L (5 ppb): Low concern
  • 0.005–0.015 mg/L (5–15 ppb): Consider filtration, especially with children
  • Above 0.015 mg/L (15 ppb): Exceeds EPA action level - take immediate action
  • Above 0.040 mg/L (40 ppb): Use bottled water while addressing the source

Lead and Copper Rule Sampling History

Historical 90th percentile lead levels (ppb) from water systems serving Fayetteville:

Year Lead (ppb) Samples
1992 20 EXCEEDS Not published by source
1992 8 Not published by source
2002 6.2 Not published by source
2005 3.5 Not published by source
2008 2.47 Not published by source
2010 0 Not published by source
2011 1.87 Not published by source
2014 3.6 Not published by source
2017 4.8 Not published by source
2019 4.7 Not published by source
2022 4 Not published by source
2023 6 Not published by source
2024 4 Not published by source
2024 7 Not published by source
2025 3 Not published by source
2025 7 Not published by source

When the quarterly source does not publish sample counts, multi-system lead values are unweighted means of the available system 90th-percentile reports. They are not weighted by sample count.

The 90th-percentile lead result exceeded the EPA action level of 15 ppb in 1 sampling period in this history (highest: 20 ppb in 1992).

Lead levels have decreased from 20 ppb (1992) to 7 ppb (2025).

The EPA action level is 15 ppb. Any year exceeding this threshold triggers mandatory corrective action under the Lead and Copper Rule.

How to Reduce Lead Exposure

  1. Flush your pipes - run cold water for 2+ minutes before drinking, especially in the morning
  2. Use cold water for cooking and baby formula (hot water dissolves more lead)
  3. Install a certified filter - look for NSF/ANSI Standard 53 certification for lead removal
  4. Get your water tested - EPA-certified kits cost $20–$50
  5. Replace lead service lines - check with your utility about replacement programs

Most Affected Areas

The ZIP code with the highest lead levels in Fayetteville is 13066. Check your specific ZIP code for detailed lead testing results.

Data Sources

  • Lead levels: EPA Lead and Copper Rule sampling data
  • Housing data: U.S. Census Bureau American Community Survey (ACS)
  • Health information: CDC and EPA public health guidelines
  • Blood lead surveillance: CDC Childhood Blood Lead Surveillance (CBLS)
  • LSLR funding: EPA DWSRF Lead Service Line Replacement allotments

Source reporting periods vary. See each cited source for its publication schedule.

Lead Risk by ZIP Code in Fayetteville

Fayetteville is covered by a single ZIP code, but lead risk can still differ by water system and home. Risk within it depends on housing age, water system, and testing results.

ZIP Code Grade Score Violations
13066 C 65/100 6 View report →

Frequently Asked Questions

Does Fayetteville have lead in the water?
The average of the reported 90th-percentile lead results for Fayetteville is 0.0070 mg/L; the EPA action level of 0.015 mg/L applies to each water system's own 90th percentile, not to this average. Lead can also enter water through home plumbing - especially in older homes.
How old are homes in Fayetteville?
76% of homes in Fayetteville were built before 1986, when federal law began restricting lead solder in drinking-water plumbing. The median build year is 1961. Older homes have higher risk of lead pipes and fixtures.
Should I test my water for lead in Fayetteville?
Yes - city-level data cannot show the lead level at your tap, because lead usually enters water from service lines, pipes, solder and fixtures between the water main and your tap. DIY test kits cost $20-$50. Professional lab testing costs $150-$400 and is more accurate.
What is the lead exposure score for Fayetteville?
Fayetteville has a modeled lead-risk score of 67, based on reported water-system lead results, housing age, and the share of homes built before 1986. Higher scores reflect more of the factors this model associates with potential lead exposure; the score is not a measurement of exposure.
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