What’s the water quality in my city?

Disclaimer: All of this data was taken from EWG’s Water Database and you can search by your zip code there. We have seen water quality change from nieghboorhood to neiboorhood in the same town. To know exaclty what the quality of your water is give us a call and we can come out and test yours. This is for educational purposes only.

Frisco, TX Water Quality

Understanding Frisco, Texas Water Quality: What Homeowners Need to Know

Frisco residents receive their drinking water from the City of Frisco water utility system, which sources water from the North Texas Municipal Water District. While the city’s water meets federal compliance standards, recent Environmental Working Group (EWG) testing reveals concerning levels of various contaminants that exceed health-based guidelines.

Current Water Quality Status

According to the latest EWG analysis, Frisco’s water system contains 15 contaminants that exceed health guidelines, with several detected at levels significantly above recommended limits. The water utility remains in compliance with federal regulations, but it’s important to understand that legal limits haven’t been updated in nearly two decades and may not reflect current health research.

Key Contaminants of Concern

Disinfection Byproducts The most significant issue in Frisco’s water involves chemicals formed when chlorine disinfectants react with organic matter. These include:

• Total Trihalomethanes (TTHMs): Detected at 34.5 ppb, which is 230 times above EWG’s health guideline of 0.15 ppb. This group includes chloroform, bromodichloromethane, dibromochloromethane, and bromoform.
• Haloacetic Acids (HAA9): Found at 28.6 ppb, representing 476 times the health guideline of 0.06 ppb. These compounds form during the chlorination process and have been linked to cancer risks.
• Individual Byproducts: Several specific disinfection byproducts exceeded guidelines by substantial margins, including dibromochloromethane (91x above guideline) and dichloroacetic acid (55x above guideline).

Carcinogenic Compounds

• Chromium (Hexavalent): Detected at 0.102 ppb, which is 5.1 times above the health guideline. This industrial pollutant is a known carcinogen.

Endocrine Disruptors

• Chlorate: Found at 817.3 ppb, nearly 4 times above the health guideline of 210 ppb. Chlorate can impair thyroid function, making exposure particularly concerning during pregnancy and childhood.

Agricultural Contaminants

• Nitrate: Present at 0.363 ppm, which is 2.6 times above the health guideline. Nitrate contamination typically results from agricultural runoff and can pose risks to infants and increase cancer risk.

Radioactive Elements

• Combined Radium: Detected at 0.50 pCi/L, which is 10 times above the health guideline. Radium exposure increases the risk of bone cancer and other cancers.

Health Implications

The presence of these contaminants at elevated levels raises several health concerns for Frisco residents:

Cancer Risk: Multiple detected compounds, including trihalomethanes, haloacetic acids, and chromium (hexavalent), are classified as carcinogens or probable carcinogens.

Reproductive Health: Disinfection byproducts have been associated with pregnancy complications and developmental issues in children.

Thyroid Function: Chlorate can disrupt normal thyroid function, which is especially critical during pregnancy and early childhood development.

Infant Safety: Nitrate levels, while below legal limits, can cause oxygen deprivation in infants under six months old.

Understanding the Data

It’s crucial to recognize that “legal” doesn’t necessarily mean “safe.” Federal drinking water standards were established decades ago and often don’t incorporate the latest scientific research on low-level, long-term exposure effects. The EWG guidelines used for comparison are based on more recent health studies and represent levels that pose minimal health risks over a lifetime of consumption.

Source Water Considerations

Frisco receives treated water from the North Texas Municipal Water District’s Wylie Water Treatment Plant. The treatment process involves chlorination, which creates the disinfection byproducts that represent the most significant concern in the local water supply. While disinfection is necessary to eliminate harmful bacteria and viruses, the byproducts formed present their own health risks.

Understanding your home’s water quality is the first step in protecting your family’s health. With the documented presence of multiple contaminants exceeding health guidelines, Frisco residents should consider taking proactive steps to improve their drinking water quality through appropriate filtration and proper plumbing system maintenance.

Understanding Water Quality in Aubrey, Crossroads, Gunter, and Oak Point: What Residents Need to Know

Residents of Aubrey, Crossroads, Gunter, and Oak Point receive their drinking water from Mustang Special Utility District (SUD), which sources water from the UTRWD Regional Water Treatment Plant. While the utility’s water meets federal compliance standards, recent Environmental Working Group (EWG) testing reveals concerning levels of various contaminants that exceed health-based guidelines.

Current Water Quality Status

According to the latest EWG analysis, Mustang SUD’s water system contains 13 contaminants that exceed health guidelines, with several detected at levels significantly above recommended limits. The water utility remains in compliance with federal regulations, but it’s important to understand that legal limits haven’t been updated in nearly two decades and may not reflect current health research.

Key Contaminants of Concern

Carcinogenic Heavy Metals

• Arsenic: Detected at 0.200 ppb, which is 50 times above EWG’s health guideline of 0.004 ppb. Arsenic is a potent carcinogen that causes thousands of cancer cases annually in the U.S. and can contaminate drinking water through natural deposits and industrial sources.

Disinfection Byproducts The most significant category of contamination involves chemicals formed when chlorine disinfectants react with organic matter in the water supply:

• Haloacetic Acids (HAA9): Found at 14.0 ppb, representing 233 times the health guideline of 0.06 ppb. This group of nine compounds forms during chlorination and has been linked to cancer risks.
• Bromochloroacetic Acid: Detected at 2.43 ppb, which is 122 times above the health guideline of 0.02 ppb. This specific disinfection byproduct significantly exceeds safety recommendations.
• Total Trihalomethanes (TTHMs): Present at 23.0 ppb, which is 153 times above EWG’s health guideline of 0.15 ppb. This group includes chloroform, bromodichloromethane, dibromochloromethane, and bromoform.
• Haloacetic Acids (HAA5): Found at 11.6 ppb, representing 116 times the health guideline. This federally regulated group of five compounds poses cancer risks.
• Individual Byproducts: Multiple specific disinfection byproducts exceeded guidelines, including bromodichloromethane (70x above guideline), dichloroacetic acid (33x above guideline), and trichloroacetic acid (34x above guideline).

Treatment-Related Contaminants

• Bromate: Detected at 5.77 ppb, which is 58 times above the health guideline of 0.1 ppb. Bromate is a carcinogenic byproduct formed during ozonation treatment and damages DNA while causing cancer in multiple organs.

Agricultural Contaminants

• Nitrate and Nitrite: Combined levels at 0.519 ppm, which is 3.7 times above the health guideline of 0.14 ppm. These fertilizer-related chemicals can cause oxygen deprivation in infants and increase cancer risk.

Health Implications

The presence of these contaminants at elevated levels raises several health concerns for area residents:

Cancer Risk: Multiple detected compounds, including arsenic, trihalomethanes, haloacetic acids, and bromate, are classified as carcinogens or probable carcinogens.

Infant Safety: Nitrate and nitrite levels pose particular risks to infants under six months old, potentially causing oxygen deprivation (blue baby syndrome).

Reproductive Health: Disinfection byproducts have been associated with pregnancy complications and developmental issues in children.

DNA Damage: Bromate specifically damages DNA and affects multiple organ systems, making it particularly concerning at the detected levels.

Understanding the Data

It’s crucial to recognize that “legal” doesn’t necessarily mean “safe.” Federal drinking water standards were established decades ago and often don’t incorporate the latest scientific research on low-level, long-term exposure effects. The EWG guidelines used for comparison are based on more recent health studies and represent levels that pose minimal health risks over a lifetime of consumption.

The significantly elevated levels of disinfection byproducts suggest that while the treatment process successfully eliminates harmful bacteria and viruses, it creates secondary contamination issues that pose their own health risks.

Understanding Prosper, Texas Water Quality: What Residents Need to Know

Prosper residents receive their drinking water from the Town of Prosper water utility system, which sources water from the North Texas Municipal Water District’s Wylie Water Treatment Plant. While the town’s water meets federal compliance standards, recent Environmental Working Group (EWG) testing reveals concerning levels of various contaminants that exceed health-based guidelines.

Current Water Quality Status

According to the latest EWG analysis, Prosper’s water system contains 15 contaminants that exceed health guidelines, with several detected at levels significantly above recommended limits. The water utility remains in compliance with federal regulations, but it’s important to understand that legal limits haven’t been updated in nearly two decades and may not reflect current health research.

Key Contaminants of Concern

Disinfection Byproducts The most significant issue in Prosper’s water involves chemicals formed when chlorine disinfectants react with organic matter. These include:

• Haloacetic Acids (HAA9): Found at 37.7 ppb, representing 629 times the health guideline of 0.06 ppb. This represents the highest contamination level among all detected compounds and poses significant cancer risks.

• Bromochloroacetic Acid: Detected at 7.46 ppb, which is 373 times above the health guideline of 0.02 ppb. This specific disinfection byproduct significantly exceeds safety recommendations.

• Total Trihalomethanes (TTHMs): Present at 34.9 ppb, which is 233 times above EWG’s health guideline of 0.15 ppb. This group includes chloroform, bromodichloromethane, dibromochloromethane, and bromoform.

• Bromodichloromethane: Detected at 12.4 ppb, which is 207 times above the health guideline of 0.06 ppb.

• Haloacetic Acids (HAA5): Found at 20.1 ppb, representing 201 times the health guideline of 0.1 ppb. This federally regulated group of five compounds poses cancer risks.

• Individual Byproducts: Multiple specific disinfection byproducts exceeded guidelines by substantial margins, including dibromoacetic acid (131x above guideline), dibromochloromethane (96x above guideline), and dichloroacetic acid (55x above guideline).

PFAS Contamination Prosper’s water contains concerning levels of “forever chemicals”:

• Perfluorohexane Sulfonate (PFHXS): Detected at 1.30 ppt, which is 1,300 times above the health guideline of 0.001 ppt. PFHXS can cause serious health effects including endocrine disruption and immune system damage.

• Perfluorooctane Sulfonate (PFOS): Found at 1.18 ppt, which is 3.9 times above the health guideline of 0.3 ppt. PFOS is linked to cardiovascular harm and developmental issues.

Agricultural Contaminants

• Nitrate: Present at 0.472 ppm, which is 3.4 times above the health guideline of 0.14 ppm. Nitrate contamination typically results from agricultural runoff and can pose risks to infants and increase cancer risk.

Radioactive Elements

• Combined Radium: Detected at 0.50 pCi/L, which is 10 times above the health guideline of 0.05 pCi/L. Radium exposure increases the risk of bone cancer and other cancers.

Health Implications

The presence of these contaminants at elevated levels raises several health concerns for Prosper residents:

Cancer Risk: Multiple detected compounds, including trihalomethanes, haloacetic acids, and PFAS chemicals, are classified as carcinogens or probable carcinogens.

Immune System Damage: PFHXS specifically targets the developing immune system, making exposure particularly concerning for children and pregnant women.

Cardiovascular Health: PFOS has been linked to cardiovascular harm and can affect heart health over time.

Reproductive Health: Disinfection byproducts and PFAS chemicals have been associated with pregnancy complications and developmental issues in children.

Infant Safety: Nitrate levels, while below legal limits, can cause oxygen deprivation in infants under six months old.

Bone Health: Radium accumulates in bones and increases cancer risk, particularly concerning for long-term exposure.

Endocrine Disruption: PFAS chemicals interfere with hormone function, potentially affecting thyroid, reproductive, and developmental processes.

Understanding the Data

It’s crucial to recognize that “legal” doesn’t necessarily mean “safe.” Federal drinking water standards were established decades ago and often don’t incorporate the latest scientific research on low-level, long-term exposure effects. The EWG guidelines used for comparison are based on more recent health studies and represent levels that pose minimal health risks over a lifetime of consumption.

The presence of PFAS chemicals is particularly concerning because these “forever chemicals” persist in the environment and accumulate in the human body over time. Even low-level exposure can have cumulative health effects.

Source Water Considerations

Prosper receives treated water from the North Texas Municipal Water District’s Wylie Water Treatment Plant. The treatment process involves chlorination, which creates the disinfection byproducts that represent the most significant concern in the local water supply. While disinfection is necessary to eliminate harmful bacteria and viruses, the byproducts formed present their own health risks.

The presence of PFAS chemicals suggests industrial or municipal contamination in the source water, as these chemicals are commonly used in firefighting foams, non-stick cookware, and water-resistant materials. The elevated levels of multiple disinfection byproducts indicate that the source water contains organic matter that reacts extensively with chlorine during treatment.

The presence of radium suggests natural geological sources in the groundwater that require specialized treatment for effective removal.

Understanding your home’s water quality is the first step in protecting your family’s health. With the documented presence of multiple contaminants exceeding health guidelines, including persistent PFAS chemicals, Prosper residents should consider taking proactive steps to improve their drinking water quality through appropriate filtration systems.

Understanding Plano, Texas Water Quality: What Residents Need to Know

Plano residents receive their drinking water from the City of Plano water utility system, which sources water from the North Texas Municipal Water District’s Wylie Water Treatment Plant. While the city’s water meets federal compliance standards, recent Environmental Working Group (EWG) testing reveals concerning levels of various contaminants that exceed health-based guidelines.

Current Water Quality Status

According to the latest EWG analysis, Plano’s water system contains 15 contaminants that exceed health guidelines, with several detected at levels significantly above recommended limits. The water utility remains in compliance with federal regulations, but it’s important to understand that legal limits haven’t been updated in nearly two decades and may not reflect current health research.

Key Contaminants of Concern

Disinfection Byproducts The most significant issue in Plano’s water involves chemicals formed when chlorine disinfectants react with organic matter. These include:

• Haloacetic Acids (HAA9): Found at 32.4 ppb, representing 539 times the health guideline of 0.06 ppb. This represents the highest contamination level among all detected compounds and poses significant cancer risks.
• Bromochloroacetic Acid: Detected at 7.88 ppb, which is 394 times above the health guideline of 0.02 ppb. This specific disinfection byproduct significantly exceeds safety recommendations.
• Total Trihalomethanes (TTHMs): Present at 33.9 ppb, which is 226 times above EWG’s health guideline of 0.15 ppb. This group includes chloroform, bromodichloromethane, dibromochloromethane, and bromoform.
• Haloacetic Acids (HAA5): Found at 20.9 ppb, representing 209 times the health guideline of 0.1 ppb. This federally regulated group of five compounds poses cancer risks.
• Bromodichloromethane: Detected at 12.2 ppb, which is 203 times above the health guideline of 0.06 ppb.
• Individual Byproducts: Multiple specific disinfection byproducts exceeded guidelines by substantial margins, including dibromoacetic acid (148x above guideline), dibromochloromethane (90x above guideline), and dichloroacetic acid (54x above guideline).

Carcinogenic Compounds

• Chromium (Hexavalent): Detected at 0.116 ppb, which is 5.8 times above the health guideline of 0.02 ppb. This industrial pollutant is a known carcinogen.

Endocrine Disruptors

• Chlorate: Found at 518.1 ppb, which is 2.5 times above the health guideline of 210 ppb. Chlorate can impair thyroid function, making exposure particularly concerning during pregnancy and childhood.

Agricultural Contaminants

• Nitrate: Present at 0.427 ppm, which is 3.1 times above the health guideline of 0.14 ppm. Nitrate contamination typically results from agricultural runoff and can pose risks to infants and increase cancer risk.

Radioactive Elements

• Combined Radium: Detected at 0.50 pCi/L, which is 10 times above the health guideline of 0.05 pCi/L. Radium exposure increases the risk of bone cancer and other cancers.

Health Implications

The presence of these contaminants at elevated levels raises several health concerns for Plano residents:

Cancer Risk: Multiple detected compounds, including trihalomethanes, haloacetic acids, and chromium (hexavalent), are classified as carcinogens or probable carcinogens.

Reproductive Health: Disinfection byproducts have been associated with pregnancy complications and developmental issues in children.

Thyroid Function: Chlorate can disrupt normal thyroid function, which is especially critical during pregnancy and early childhood development.

Infant Safety: Nitrate levels, while below legal limits, can cause oxygen deprivation in infants under six months old.

Bone Health: Radium accumulates in bones and increases cancer risk, particularly concerning for long-term exposure.

Understanding the Data

It’s crucial to recognize that “legal” doesn’t necessarily mean “safe.” Federal drinking water standards were established decades ago and often don’t incorporate the latest scientific research on low-level, long-term exposure effects. The EWG guidelines used for comparison are based on more recent health studies and represent levels that pose minimal health risks over a lifetime of consumption.

The significantly elevated levels of disinfection byproducts suggest that while the treatment process successfully eliminates harmful bacteria and viruses, it creates secondary contamination issues that pose their own health risks.

Source Water Considerations

Plano receives treated water from the North Texas Municipal Water District’s Wylie Water Treatment Plant. The treatment process involves chlorination, which creates the disinfection byproducts that represent the most significant concern in the local water supply. While disinfection is necessary to eliminate harmful bacteria and viruses, the byproducts formed present their own health risks.

The presence of radium suggests natural geological sources in the groundwater that require specialized treatment for effective removal. The elevated levels of multiple disinfection byproducts indicate that the source water contains organic matter that reacts extensively with chlorine during treatment.

Interestingly, unlike some neighboring communities, Plano’s water does not show detectable levels of PFAS chemicals, suggesting that contamination sources can vary even when communities share the same regional water treatment facility.

Understanding your home’s water quality is the first step in protecting your family’s health. With the documented presence of multiple contaminants exceeding health guidelines, Plano residents should consider taking proactive steps to improve their drinking water quality through appropriate filtration systems.