Exceeds EPA Limit PFAS EXCEEDS EPA LIMIT

PFAS in High Point, NC Drinking Water

PFAS data for High Point, North Carolina · 118,470 residents · 7 ZIP codes

Within High Point, North Carolina, PFAS has been detected in water samples drawn from the public supply — the results are part of the official EPA compliance record for systems here.

0.011 ppt
Max Level Detected
31.6 ppt
Average Level
4 ppt (PFOA/PFOS individually)
EPA MCL
High
Health Risk
Reverse Osmosis or Granular Activated Carbon
Best Filter Method

Data: EPA SDWIS, CCR Reports, ECHO Last verified: 2026-05-14

PFAS in High Point Tap Water

PFAS has been detected in High Point, North Carolina drinking water at a maximum level of 0.011 ppt — below the EPA MCL of 4 ppt (PFOA/PFOS individually).

This analysis covers 118,470 residents across 7 ZIP codes in High Point.

High Point's overall water quality grade is A (92/100).

Is PFAS in High Point Water Safe?

PFAS levels in parts of High Point exceed the EPA MCL of 4 ppt (PFOA/PFOS individually). The EPA requires water systems to take corrective action when this limit is exceeded.

If you live in an affected ZIP code, consider installing a reverse osmosis or granular activated carbon filter certified under NSF 53 / NSF 58 and testing your water independently.

PFAS Levels by ZIP Code

ZIP Code PFAS Level EPA Limit Status
27260 85 detections 4 ppt (PFOA/PFOS individually) Exceeds limit
27263 40 detections 4 ppt (PFOA/PFOS individually) Exceeds limit
27261 11 detections 4 ppt (PFOA/PFOS individually) Exceeds limit
27262 11 detections 4 ppt (PFOA/PFOS individually) Exceeds limit
27265 11 detections 4 ppt (PFOA/PFOS individually) Exceeds limit

Average pfas level across High Point: 31.6 ppt

Health Effects of PFAS

  • Increased risk of kidney and testicular cancer
  • Thyroid disease and immune system suppression
  • Reproductive problems and reduced fertility
  • Elevated cholesterol and liver effects
  • Developmental effects in infants and children

Health risk severity: High. Governed by the PFAS National Primary Drinking Water Regulation (2024).

How PFAS Gets Into Drinking Water

  • Firefighting foam (AFFF) used at military bases and airports
  • Industrial manufacturing (non-stick coatings, stain-resistant fabrics)
  • Wastewater treatment plants that receive industrial discharge
  • Landfill leachate from PFAS-containing consumer products

What to Do About PFAS in High Point Water

  1. Install a reverse osmosis system (most effective — removes 90%+ of PFAS)
  2. Granular activated carbon (GAC) filters remove some PFAS compounds
  3. Look for NSF 53 or NSF 58 certification specifically tested for PFAS
  4. Pitcher filters with activated carbon provide partial reduction

Look for filters certified under NSF 53 / NSF 58 for pfas removal.

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