Verified utility-level summary

What’s Actually in Richmond’s Water?

Public drinking water can meet federal standards while still exceeding other health-based guidelines. The comparisons below clearly identify whether a number is an EPA legal limit or an EWG health guideline.

City snapshot

Richmond

Utility represented: City of Richmond

EWG data period: 2014–2024

Utility

City of Richmond

Water source

Surface water

Above EWG guidelines

14

Total detected

37

An EWG health guideline is a health-based benchmark, not an EPA legal limit. Public drinking water can meet federal standards while exceeding other health-based guidelines.

Notable verified findings

Arsenic

Detected: 1.16 ppb

Approximately 291×

EWG health guideline

EWG health guideline
0.004 ppb
EPA legal limit
10 ppb

Arsenic can occur naturally in groundwater and may also enter water from industrial or agricultural sources.

The EWG health guideline and EPA legal limit are different benchmarks. The detected level shown here is below the listed EPA legal limit while exceeding EWG's health-based guideline.

Reverse OsmosisIon Exchange

Bromodichloromethane

Detected: 6.83 ppb

Approximately 114×

EWG health guideline

EWG health guideline
0.06 ppb
EPA legal limit
No individual EPA legal limit

This treatment byproduct can form when disinfectants react with naturally occurring material in source water.

EWG publishes a health-based guideline for this individual disinfection byproduct. No individual EPA legal limit is shown for it here.

Activated CarbonReverse Osmosis

Dibromochloromethane

Detected: 6.6 ppb

66×

EWG health guideline

EWG health guideline
0.1 ppb
EPA legal limit
No individual EPA legal limit shown

This treatment byproduct can form when disinfectants react with naturally occurring material in source water.

This comparison uses EWG's health-based guideline, not an EPA legal limit for the individual compound.

Activated CarbonReverse Osmosis

What treatment may help?

Treatment depends on the specific water concern and your home. These technologies address different needs.

Water Softening

Helps address hardness minerals and scale. A softener does not remove every contaminant listed in a utility report.

Catalytic Carbon

May help reduce chlorine, chloramine, and certain treatment byproducts or other contaminants where supported.

Reverse Osmosis

Provides additional drinking-water treatment and may reduce many dissolved contaminants.

Your home may be different.

Published utility data describes the public water system, not a test of the water at your specific faucet. Water quality can vary by utility, neighborhood, plumbing and over time.

Methodology and disclaimer: Detected values and summary counts on this page come from the supplied Environmental Working Group Tap Water Database record for the represented utility. EWG health guidelines are health-based benchmarks and are not EPA legal limits. Treatment information is educational and does not guarantee performance for a specific home.

Primary data source: Environmental Working Group Tap Water Database