Lead In Drinking Water In West Virginia
What residents of West Virginia need to know about lead in drinking water — including how it enters water, which utilities have documented violations, and what steps to take.
Source: EPA SDWIS, West Virginia Bureau for Public Health (WVBPH), CDC · Last reviewed: 2025-01-01
Quick Answer
Is lead in drinking water a real concern in West Virginia?
Yes — Charleston, Huntington, Parkersburg, and Morgantown have older housing and aging water infrastructure. West Virginia's documented history of drinking water system challenges highlights the importance of checking your specific utility's compliance record.
Is this mostly a public-water issue, a private-well issue, or both?
Both public water service lines and household plumbing in older West Virginia cities; small water systems in rural communities also have aging infrastructure with limited compliance resources.
What is the main reason residents should care?
West Virginia's older industrial cities have pre-1940 housing with lead service lines and lead solder. The state's documented water infrastructure vulnerabilities — highlighted by the 2014 Elk River chemical spill — underscore the importance of understanding your local utility's compliance record and considering in-home filtration.
Key Facts
| Federal Lead Action Level | 15 µg/L — no safe level per CDC |
| Infrastructure context | 2014 Elk River spill highlighted aging water system vulnerabilities statewide |
| City risk | Charleston, Huntington, Parkersburg — older industrial cities with pre-1940 housing |
| Small system challenge | Many rural WV systems have limited LCRR compliance resources |
| State oversight | West Virginia Bureau for Public Health (WVBPH) |
Why This Matters in West Virginia
West Virginia's major cities — Charleston, Huntington, Parkersburg, and Wheeling — have aging water infrastructure reflecting their 19th century industrial origins. Pre-1940 housing in these cities has the same lead plumbing characteristics seen in other older industrial cities: lead service lines connecting to the water main and lead solder at pipe joints throughout interior plumbing. The 2014 MCHM chemical spill into the Elk River upstream of Charleston's water intake — while a different contamination type than lead — brought national attention to the vulnerability of West Virginia's water systems and the limited resources available to address infrastructure challenges. West Virginia's many small rural water systems also face aging infrastructure and compliance capacity limitations. WVBPH enforces the Lead and Copper Rule statewide.
Historical Context
The 2014 Elk River chemical spill (MCHM contamination) brought national attention to West Virginia's water system vulnerabilities, though the incident was chemical contamination rather than lead. It highlighted the aging infrastructure and limited compliance resources common to many West Virginia water systems.
West Virginia Utilities With Lead Violation Records
The utilities listed below have at least one lead violation on record in EPA's SDWIS database. Violations may be open or resolved — see individual utility pages for current status and risk level.
Berkeley County Pswd-potomac River
Martinsburg · 34,786 served
City of Fairmont
Fairmont · 30,586 served
Putnam P S D
Scott Depot (Rr Name Scott) · 26,410 served
Weirton Area Water Board
Weirton · 18,633 served
Clarksburg Water Board
Clarksburg · 18,340 served
Logan County Psd - Northern Regional
Henlawson,Logan · 16,921 served
City of Martinsburg
Martinsburg · 16,250 served
Charles Town Utilities
Charles Town · 15,220 served
St Albans Water
St. Albans · 13,758 served
Vienna
Vienna · 12,507 served
How Lead Gets Into Drinking Water
Lead service lines
The pipe connecting a home to the water main may be made of lead, especially in pre-1986 construction. Water sitting in these lines can accumulate lead before it reaches the tap.
Lead solder
Lead solder at pipe joints was banned for potable water systems in 1986. Homes built before that date — including significant portions of older West Virginia cities — may still have lead solder throughout their plumbing.
Older brass fixtures
Faucets, valves, and fixtures with high lead content were common before the 2014 revision of 'lead-free' standards. Replacing older fixtures at kitchen and drinking taps can meaningfully reduce exposure.
Corrosive water chemistry
Soft, acidic, or low-alkalinity water dissolves lead from plumbing more readily. Utilities use orthophosphate and other corrosion control treatments, but household plumbing after the meter is not within their control.
Who Should Pay Closest Attention
Families with young children in older Charleston, Huntington, and Parkersburg neighborhoods, and residents served by smaller West Virginia water systems with limited compliance histories, should review their utility's violation record on this site and consider certified filtration.
Families with children under six
Pregnant residents
Households in homes built before 1986
Renters who cannot inspect building plumbing
Residents on a confirmed lead service line
Households that had plumbing work done recently (disturbances dislodge protective scale)
How to Check Your Situation in West Virginia
- 1
Identify your water utility. Use the ZIP lookup below or browse the West Virginia utility directory on this site.
- 2
Read your utility's page on this site to see its current risk level and any open lead violations.
- 3
Contact your utility and ask for your address-level service line material status. Under the federal Lead and Copper Rule Revisions (LCRR), utilities must maintain and provide this information.
- 4
Review your utility's most recent Consumer Confidence Report (CCR) — mailed annually or available on the utility's website.
- 5
Consider testing your tap water at a West Virginia Bureau for Public Health (WVBPH)-certified lab. Your state health department or West Virginia Bureau for Public Health (WVBPH) maintains a list of certified labs.
- 6
If you have young children or are pregnant, install a certified NSF/ANSI 53 or 58 filter at the kitchen tap as a precautionary measure.
Treatment Options
Boiling does not remove lead. Use a certified filter for drinking and cooking water.
NSF/ANSI Standard 53 — Activated Carbon Block
Under-sink or pitcher filters certified to Standard 53 are independently verified to reduce lead. Replace filters on the manufacturer's schedule — an overdue filter may not perform as certified.
NSF/ANSI Standard 58 — Reverse Osmosis
RO systems certified to Standard 58 remove 95–99% of lead and a broad range of contaminants. Requires under-sink installation. More comprehensive than Standard 53 for households with multiple contaminant concerns.
Flushing — temporary mitigation only
EPA recommends flushing the cold tap for 30 seconds to 2 minutes if water has sat in pipes for 6+ hours. Not a substitute for certified filtration or service line replacement.
Frequently Asked Questions
Related Pages
Lead — National Overview
All U.S. utilities with lead records
West Virginia State Overview
All utilities and water quality data
Nitrate in Drinking Water
A separate but common concern
Reverse Osmosis Guide
Removes 95–99% of lead
Activated Carbon Filter Guide
NSF/ANSI 53 certified options
All Contaminants
Complete reference library
Data Sources & Provenance
All data on this page is sourced from official U.S. government or public datasets.
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