The Free Water Report

Water Quality Report
Beverly Hills, CA

10 contaminants exceed guidelines
10 contaminants analyzed

Contaminants Detected

Based on the most recent testing data from your local water utility. Compared against health guidelines set by independent researchers.

1,2,3 Trichloropropane

Health protective benchmarks for 1,2,3-trichloropropane in drinking water are based on potential liver and respiratory toxicity, developmental effe...

Exceeds Guidelines
5286xabove health guideline
3.7 PPB
Detected
0.001 PPB
Health Guideline
N/A
EPA Legal Limit
Tap for health details

n Nitrosodimethylamine

Health protective benchmarks for NDMA have been developed based on a potential increased risk of cancer

Exceeds Guidelines
2125xabove health guideline
0.24 PPB
Detected
0.000 PPB
Health Guideline
N/A
EPA Legal Limit
Tap for health details

Chromium (VI)

While chromium (III) is thought to be an essential nutrient for human health, chromium (VI) ingestion has a multitude of possible human health effects

Exceeds Guidelines
1590xabove health guideline
0.03 PPM
Detected
0.000 PPM
Health Guideline
N/A
EPA Legal Limit
Tap for health details

Total THMs

Drinking water standards for total THMs are based on evidence of carcinogenicity in human and animal studies, as well as liver and kidney toxicity ...

Exceeds Guidelines
669xabove health guideline
214 PPB
Detected
0.32 PPB
Health Guideline
80.0 PPB
EPA Legal Limit
Tap for health details

Dibromochloromethane

Health protective benchmarks for DBCM have been developed based on liver toxicity and carcinogenicity observed in animal studies

Exceeds Guidelines
374xabove health guideline
37.4 PPB
Detected
0.10 PPB
Health Guideline
80.0 PPB
EPA Legal Limit
Tap for health details

Chloroform

Health protective benchmarks for chloroform have been developed based on kidney toxicity and carcinogenicity observed in animal studies, and liver ...

Exceeds Guidelines
315xabove health guideline
69.6 PPB
Detected
0.22 PPB
Health Guideline
80.0 PPB
EPA Legal Limit
Tap for health details

Tetrachloroethylene

Health protective levels for tetrachloroethylene in drinking water have been set by the EPA based on an increased risk of cancer and liver problems...

Exceeds Guidelines
61xabove health guideline
304 PPB
Detected
5.0 PPB
Health Guideline
5.0 PPB
EPA Legal Limit
Tap for health details

1,4 Dioxane

Health protective benchmarks for 1,4-dioxane in drinking water are based on potential toxicity to the liver, kidneys, and respiratory system, as we...

Exceeds Guidelines
30xabove health guideline
0.009 PPM
Detected
0.000 PPM
Health Guideline
N/A
EPA Legal Limit
Tap for health details

Trichloroethylene

Health protective levels for trichloroethylene in drinking water have been set by the EPA based on TCE's carcinogenicity (specifically kidney cancer)

Exceeds Guidelines
24xabove health guideline
120 PPB
Detected
5.0 PPB
Health Guideline
5.0 PPB
EPA Legal Limit
Tap for health details

Ethylbenzene

Health protective benchmarks for ethylbenzene in drinking water have been developed based on liver and kidney toxicity observed in animal studies.

Exceeds Guidelines
13xabove health guideline
19.0 PPB
Detected
1.5 PPB
Health Guideline
700 PPB
EPA Legal Limit
Tap for health details

Understanding this report

Health guidelines vs. legal limits: The EPA sets legal limits (MCLs) for contaminants — but these are based on feasibility and cost, not just health. Independent health organizations set stricter guidelines based on the latest science. A contaminant can be “legal” but still exceed health-based guidelines.

“Times above guideline”: This shows how many times higher the detected level is compared to the health guideline. For example, “281x” means the detected level is 281 times higher than what health researchers recommend.

What you can do: A whole-home or point-of-use water filtration system can significantly reduce or eliminate most contaminants. The right system depends on your specific water — a professional water test at your tap is the best way to determine what you need.

Nearby water quality reports

Check water quality for other zip codes near Beverly Hills, CA.

Free — No Obligation

Get your free water test

A professional water test at your tap reveals what a zip code report can't — exactly what's in your water.

We'll never spam you. Your info is only used to schedule your free water test.

Why test your water at home?

  • Utility data is an average — your tap may differ based on your pipes and plumbing
  • Identifies contaminants specific to your home
  • Professional lab analysis with detailed results
  • 100% free, no obligation

Frequently asked questions about Beverly Hills, CA water

Is the tap water in Beverly Hills, CA safe to drink?

The tap water in Beverly Hills, CA meets EPA legal standards, but 10 contaminants exceed health guidelines set by independent researchers. While legally compliant, long-term exposure to elevated contaminant levels may pose health risks.

What contaminants are in Beverly Hills, CA water?

Common contaminants found in Beverly Hills, CA water include disinfection byproducts (like trihalomethanes and haloacetic acids), which are created when chlorine reacts with organic matter during water treatment. Other potential contaminants include heavy metals, nitrates, and PFAS chemicals. See the full report above for specific levels.

How can I improve my water quality in Beverly Hills, CA?

The most effective way to improve your water quality is with a whole-home or under-sink water filtration system designed to target the specific contaminants in your water. A professional in-home water test is the best first step — it identifies exactly what's in your water so you can choose the right solution.

Where does Beverly Hills, CA get its drinking water?

Drinking water in Beverly Hills, CA comes from the local public water system, which may source water from surface water (rivers, lakes, reservoirs) or groundwater (wells, aquifers). The specific source affects which contaminants may be present. Contact your local water utility for details about your specific water source.