Water Quality in Odessa, TX

Odessa's water has 6 contaminants above health guidelines. We recommend using a certified water filter.

Utility

ODESSA WATER SYSTEM

People Served

123,334

MCL Violations

0

Last Updated

Jul 9, 2025

Quick Summary

20
Contaminants Tested
6
Above Guidelines
Above EPA Limits
EPA Status
Same as state average

Contaminants Detected

⚠️ Contaminants Above Health Guidelines (6)

What is Dibromoacetic Acid (DBA)?

Member of haloacetic acids (HAAs) that form as byproducts when chlorine reacts with organic matter

Health Effects

Health protective benchmarks for DBA are based on carcinogenicity and liver toxicity observed in animal studies. The EPA has classified DBA as a probable human carcinogen. Results from animal studies also suggest that kidney, immune system, spleen and developmental toxicity are associated with exposure to BDCM. BDCM has been shown to produce DNA changes (genotoxicity) in laboratory studies.

Affected Organs

reproductive-mcarcinogensliver

Common Sources

Most often formed when chlorine used for drinking water disinfection interacts with naturally occurring organic matter in distribution systemsLevels are usually higher in water originating from surface water than groundwater because greater raw organic matter is presentSources of bromide, a precursor to BDCM, include saltwater intrusion, oil-field brines, and chemical leachates from industrial or agricultural activities
Last Tested: Jul 9, 2025

What is Total THMs?

Group of contaminants that form in drinking water systems when a disinfectant, typically chlorine, reacts with organic matter

Health Effects

Drinking water standards for total THMs are based on evidence of carcinogenicity in human and animal studies, as well as liver and kidney toxicity observed in animal studies. Individual THMs have been further associated with developmental, immune, spleen, and genotoxicity.

Affected Organs

spleendevelopmentalkidneysimmune-systemcarcinogensliver

Common Sources

Chlorine disinfection interacting with naturally occurring organic matter in distribution systemsTotal THMs are usually higher in surface water than groundwaterThe release of agricultural and industrial chemicals may also contribute to total THMs in drinking water
Last Tested: Jul 9, 2025

What is n Nitrosodimethylamine?

n-Nitrosodimethylamine (NDMA) is a volatile organic compound that occurs in drinking water as a byproduct of disinfection using chlorine or chloramines. It was once used to produce liquid rocket fuel, antioxidants, softeners, and lubricants. NDMA is readily volatile, thus all routes of exposure (ingestion, inhalation and dermal) are relevant if one is exposed via drinking water.

Health Effects

Health protective benchmarks for NDMA have been developed based on a potential increased risk of cancer. The EPA classifies NDMA as a probable human carcinogen.

Affected Organs

carcinogens

Common Sources

NDMA is found widely in the environment and drinking water sources because it forms readily from common precursors. It often occurs at low levels in drinking water as a byproduct of disinfection using chlorine or chloramines at water treatment plants. NDMA can also result from reactions between chemicals discharged from the tanning, pesticides, rubber, fish-processing, and alkylamine-manufacturing industries.

Certified Filter Standards

View Recommended Filters →
Last Tested: Jul 9, 2025

What is Dibromochloromethane?

Member of trihalomethanes (THMs) that form in water treated with chlorine

Health Effects

Health protective benchmarks for DBCM have been developed based on liver toxicity and carcinogenicity observed in animal studies. EPA has classified DBCM as a possible human carcinogen based on animal evidence, while IARC (International Agency for Research on Cancer) says it is unclassifiable as a human carcinogen. Kidney toxicity has also been associated with DBCM based on evidence from animal studies. DBCM has been shown to produce DNA changes (genotoxicity) in laboratory studies.

Affected Organs

kidneyscarcinogensliver

Common Sources

Most often formed when chlorine used for drinking water disinfection interacts with naturally occurring organic matter in distribution systemsLevels are usually higher surface water than groundwater because greater raw organic matter is present
Last Tested: Jul 9, 2025

What is Cyanide?

Cyanide is a chemical compound that contains a carbon atom triple-bonded to a nitrogen atom. It is highly toxic and can exist in various forms, including gaseous hydrogen cyanide and solid cyanide salts. Cyanide is often used in industrial processes, such as mining and electroplating, and can also be found in certain plants and seeds.

Health Effects

Exposure to cyanide can lead to serious health effects, including respiratory failure, cardiac arrest, and death. Symptoms of cyanide poisoning may include headache, dizziness, confusion, and shortness of breath. Chronic exposure can result in neurological damage and other long-term health issues.

Affected Organs

Nervous systemRespiratory systemCardiovascular system

Common Sources

Industrial dischargeAgricultural runoffNatural deposits

Certified Filter Standards

View Recommended Filters →
Last Tested: Jul 9, 2025

What is Chloroform?

Member of trihalomethanes (THMs) that form in water treated with chlorine and is generally the most abundant THM formed in drinking water

Health Effects

Health protective benchmarks for chloroform have been developed based on kidney and liver carcinogenicity observed in animal studies, and liver toxicity observed in occupational studies. The EPA classifies chloroform as a probable human carcinogen based on animal evidence, and there is additional epidemiological evidence that may increase the risk of colon and bladder cancer in humans. Results from animal studies also suggest that exposure to chloroform can cause liver, developmental and immune toxicity. Acute exposure to low levels of chloroform will cause nervous system toxicity.

Affected Organs

developmentalkidneysimmune-systemcarcinogensliver

Common Sources

Chlorine disinfection interacting with naturally occurring organic matter in distribution systemsLevels usually higher in surface water than groundwaterReleased into the environment from chemical manufacturing plants, pulp and paper mills, waste incinerators and wastewater treatment plants
Last Tested: Jul 9, 2025

Understanding the Data

This data comes from your local water utility testing. The bar charts compare detected levels against health guidelines (HGL). Contaminants above the health guideline are shown by default and may require filtration. All other tested contaminants are within safe levels and can be viewed by expanding the section above.

Recommended Water Filters for Odessa

Based on Odessa's water quality data, these NSF-certified filters are recommended to remove contaminants above health guidelines.

Our Pick
BEST LEAD REMOVAL
VRO-3Q VRO-3Q

GHP Group Inc.

VRO-3Q VRO-3Q

(9,525 reviews)
17.06

NSF Certified:

NSF-58

Daily Production

20.3 gpd

Removes 15 contaminants:

Arsenic, Barium, Cadmium, Chromium (Total), Chromium (VI) +10 more

View Details
Highly Rated
BEST LEAD REMOVAL
PUN3RO PUN3RO

GHP Group Inc.

PUN3RO PUN3RO

(1 reviews)
26.37

NSF Certified:

NSF-58

Daily Production

23.3 gpd

Removes 15 contaminants:

Arsenic, Barium, Cadmium, Chromium (Total), Chromium (VI) +10 more

View Details
Best Value
BEST LEAD REMOVAL
CB-AS[2] CB-AS[2]

Carbon Block Technology

CB-AS[2] CB-AS[2]

(105 reviews)
12.8

NSF Certified:

NSF-53

Capacity

600 gal

Filter Life

2 mo

Flow Rate

1 gpm

Removes 10 contaminants:

Arsenic, Asbestos, Cryptosporidium, Lead, Mercury +5 more

View Details
Highly Rated
BEST LEAD REMOVAL
CMTRO-75[G] CMTRO-75[G]

Solventum Purification Inc.

CMTRO-75[G] CMTRO-75[G]

(3,011 reviews)
17.59

NSF Certified:

NSF-58

Daily Production

23.59 gpd

Removes 15 contaminants:

Arsenic, Barium, Cadmium, Chromium (Total), Chromium (VI) +10 more

View Details

Frequently Asked Questions

Odessa's water has 6 contaminants above health guidelines. We strongly recommend using a certified water filter to reduce exposure to these contaminants. Check our filter recommendations below for NSF-certified options that can remove the specific contaminants found in Odessa's water.