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MyTapWater.us

PWSID VA2770900

WESTERN VIRGINIA WATER AUTHORITY

Community water system based in Roanoke, VA

Service area on file with EPA: Roanoke City . EPA's recorded service area can be incomplete for regional authorities. The cities and counties above are what the utility has filed with EPA; the utility may serve additional areas.

Population served
183k
Source
Surface water
Status
Active

At a glance

2 above the safety limit, 1 detection to watch

Risk classification follows EPA's published values for safe drinking water, with caution and concern bands reviewed by a clinician. Past resolved violations do not influence this card. See methodology.

Lead service line inventory

Utility reports no confirmed lead service lines

WESTERN VIRGINIA WATER AUTHORITY reports 0 confirmed lead service lines, 68,287 non-lead, 0 unknown (total 68,287) in its Virginia Department of Health LCRR submission.

  • 0 confirmed lead service lines
  • 0 galvanized requiring replacement (LCRI treats these as lead)
  • 0 unknown (0.0% of total)
  • 68,287 confirmed non-lead (100.0%)
  • 68,287 total service lines in the system
What to do if your service line might be lead
  1. Ask your utility to check the service-line classification for your specific address. Many utilities provide a public address-lookup tool linked from the inventory page.
  2. Get on the replacement queue. Under the LCRI, utilities must replace all lead and galvanized-requiring- replacement lines within 10 years (clock generally starts November 2027). Some prioritize requests.
  3. Until the line is replaced: flush the tap 30 seconds after long stagnation, use cold water for drinking and cooking, and consider an NSF/ANSI 53 lead-rated tap filter.
  4. Talk to your clinician about a blood lead test for anyone in the home, especially a pregnant person or a child under 6. Lead in drinking water guide.

Inventory data sourced from WESTERN VIRGINIA WATER AUTHORITY ( retrieved May 24, 2026 ; curator confidence: high ). Confirmed against the original source automatically each month; see methodology.

Lead and copper test results

The most recent measurement per contaminant from EPA's Lead and Copper Rule sampling.

Why only lead and copper, and not arsenic, nitrate, or others?

EPA's bulk SDWIS download is the only nationwide per-system sample data they publish, and it only includes the Lead and Copper Rule table. Values for other regulated contaminants (TTHMs, nitrate, arsenic, etc.) appear on this page only when they trigger a violation. For the full per-system contaminant suite, see the utility's annual Consumer Confidence Report (link further down the page).

Most recent measurements per contaminant (Lead and Copper Rule) . Sorted by risk: concern first, then caution, then unrated, then safe.
Contaminant Most recent Date Risk
PB90
0 mg/L December 31, 2025 Below regulatory thresholds

Data from EPA SDWIS (Lead and Copper Rule sample table) , last refreshed May 24, 2026.

PFAS and emerging contaminants

This system was tested 1,140 times under EPA's latest PFAS monitoring program; 6 of the 30 chemicals tested were detected.

What is this testing program?

EPA's fifth Unregulated Contaminant Monitoring Rule cycle (UCMR 5, 2023 to 2025) required every public water system serving over 3,300 people to test for 29 per- and polyfluoroalkyl substances (PFAS) plus lithium; 30 chemicals in total. Most recent detection per chemical shown below.

Most recent UCMR 5 detection per contaminant . Sorted by risk: concern first, then caution, then unrated, then safe.
Contaminant Most recent detection Date Risk
8.9 ng/LSeptember 11, 2023 Concern
4.7 ng/LMarch 28, 2024 Concern
0.0221 mg/LMarch 20, 2024 Caution
6 ng/LSeptember 11, 2023 No federal limit
4.3 ng/LSeptember 14, 2023 No federal limit
6.2 ng/LSeptember 14, 2023 No federal limit
Tested but not detected (24 contaminants)

EPA tested for these substances and every sample was below the minimum reporting level. Absence of detection does not mean true zero; it means below the laboratory's quantitation threshold.

Data from EPA UCMR 5 (Unregulated Contaminant Monitoring Rule) , last refreshed May 24, 2026.

Fluoride

We don't yet have this utility's specific fluoridation status from CDC's My Water's Fluoride listing. The figures below describe the broader area, not WESTERN VIRGINIA WATER AUTHORITY itself.

Area context

Virginia statewide (2020 data)

Population on fluoridated water
6,713,205 of 7,027,639 (95.5%)
Community water systems adding fluoride
588 of 1,181

Look up your specific utility

Virginia shares per-system data on CDC's My Water's Fluoride site. Search by water system to see whether WESTERN VIRGINIA WATER AUTHORITY adds fluoride.

CDC My Water's Fluoride: search by water system

Data from CDC Water Fluoridation Reporting System (state and county aggregates) , last refreshed May 16, 2026.

Compliance history

EPA-recorded violations against this system over the last 5 years.

How to read this section

Health-based violations are when a measured limit was exceeded; the measured concentration is shown alongside the EPA federal limit where SDWIS published it. Monitoring and reporting items are paperwork issues (missed sample dates, late filings) that do not themselves indicate unsafe water.

Clean record

No violations on file for this system in the last 5 years.

12 older violation s (5-10 years ago) · 12 health-based, 0 paperwork , all resolved
Violations 5-10 years ago (12 total)
Period start Relates to Item Measured level Status
January 1, 2020 Tthm Maximum Contaminant Level Violation, Average
0.081 MG/L
MCL 0.080 MG/L
Resolved
January 1, 2020 Tthm Maximum Contaminant Level Violation, Average
0.081 MG/L
MCL 0.080 MG/L
Resolved
January 1, 2020 Tthm Maximum Contaminant Level Violation, Average
0.081 MG/L
MCL 0.080 MG/L
Resolved
January 1, 2020 Tthm Maximum Contaminant Level Violation, Average
0.081 MG/L
MCL 0.080 MG/L
Resolved
July 1, 2019 Tthm Maximum Contaminant Level Violation, Average
91 UG/L
MCL 0.080 UG/L
Resolved
July 1, 2019 Tthm Maximum Contaminant Level Violation, Average
91 UG/L
MCL 0.080 UG/L
Resolved
July 1, 2019 Tthm Maximum Contaminant Level Violation, Average
91 UG/L
MCL 0.080 UG/L
Resolved
July 1, 2019 Tthm Maximum Contaminant Level Violation, Average
91 UG/L
MCL 0.080 UG/L
Resolved
July 1, 2017 Total Haloacetic Acids (Haa5) Maximum Contaminant Level Violation, Average
62 UG/L
MCL 0.060 UG/L
Resolved
July 1, 2017 Total Haloacetic Acids (Haa5) Maximum Contaminant Level Violation, Average
62 UG/L
MCL 0.060 UG/L
Resolved
July 1, 2017 Total Haloacetic Acids (Haa5) Maximum Contaminant Level Violation, Average
62 UG/L
MCL 0.060 UG/L
Resolved
July 1, 2017 Total Haloacetic Acids (Haa5) Maximum Contaminant Level Violation, Average
62 UG/L
MCL 0.060 UG/L
Resolved

Data from EPA SDWIS (violation records) , last refreshed May 24, 2026.

Where to see every contaminant this utility tested for

EPA's bulk SDWIS dataset gives MyTapWater.us per-system measured values for lead and copper, plus violation records for everything else. To see every regulated contaminant this utility tested for in the past year (TTHMs, HAA5, nitrate, arsenic, fluoride, chromium, etc.) with measured values, read the utility's Consumer Confidence Report (CCR).

Every community water system is required by EPA to publish a CCR annually, by July 1, listing every contaminant they sampled, the measured value, the federal limit, and any health-based exceedances. Most utilities post the report online; some mail it with your bill.

How to find WESTERN VIRGINIA WATER AUTHORITY's CCR:

Contact this utility

Public administrative contact information for this water system, as filed with the EPA. Use this to ask about your service line, request your home's lead status, or report a water quality issue.

Administrator
POWERS, ERIC L.
Email
eric.powers@westernvawater.org
Mailing address
8192 Angel Ln
ROANOKE, VA 24019

Where this page's data comes from

Bundle released 2026-Q2, regenerated May 24, 2026. Each section above also shows its own source date so you can tell at a glance how fresh that part of the page is.

Every value on this page is cross-verified before publication; read our methodology for the verification steps and corrections process.