The water quality in Fort Worth, Texas is derived from a host of factors and filtering procedures. The city is required to meet certain state and federal regulations, but Fort Worth aims to surpass that quality with its own processes. The U.S. EPA requires water systems to test for more than 100 contaminants and must meet 91 regulations for water safety and quality.
Fort Worth uses surface water that comes from seven sources: Lake Worth, Eagle Mountain Lake, Lake Bridgeport, Richland Chambers Reservoir, Cedar Creek Reservoir, Lake Benbrook and the Clear Fork Trinity River.
Fort Worth’s water meets or exceeds all state and federal requirements for water quality and is safe to drink, but the Texas Commission on Environmental Quality (TCEQ) has classified the risk to Fort Worth source waters as high for most contaminants.
High susceptibility means there are activities near the source water or watershed that make it very likely that chemical constituents may come into contact with the source water. It does not mean that there are any health risks present.
Rivers, lakes and streams are some of the main sources of drinking water and with them come contaminants that need to be reduced or altogether eliminated. From viruses to bacteria and pesticides to radioactive materials, there is much to be concerned about.
Public water and bottled water are governed by different entities as the U.S. Environmental Protection Agency regulates water provided by public water systems while the Food and Drug Administration establishes regulations for bottled water.
In a recent assessment of the Fort Worth water sources, the Texas Commission on Environmental Quality concluded that the water is susceptible to particular contaminants and infants, some elderly, or immunocompromised are at risk.
Lead, in particular, is one serious threat to human health and can leak into water lines from service lines and home plumbing. One remedy to protect yourself against potential lead is flushing your tap for 30 seconds to two minutes before using water for drinking or cooking. If you’re concerned about your water, getting it tested is always recommended.
Below are the contaminants that were tested in the Fort Worth water supply and none of them reached the maximum threshold.
- Beta and photon emitters are the decay of natural and man-made deposits.
- Combined Radium and Uranium are derived from the erosion of natural deposits.
- Arsenic also comes from the erosion of natural deposits as well as runoff from orchards, glass and electronics production wastes.
- Fluoride is a result of erosion of natural deposits while also being a water additive that promotes strong teeth as well as a discharge from fertilizer and aluminum factories.
- Nitrate is the runoff from fertilizer use, the leaching from septic tanks and sewage, and erosion of natural deposits.
- Barium comes from the discharge of drilling wastes, the discharge from metal refineries and the erosion of natural deposits.
- Cyanide is a discharge from steel and metal factories. It also is a discharge from plastic and fertilizer factories.
- Chromium is produced from the discharge from steel and pulp mills as well as the erosion of natural deposits.
- Synthetic organic contaminants including pesticides and herbicides such as Atrazine are caused from a runoff from herbicides used on row crops.
- Haloacetic Acids and Total Trihalomethanes are by-products of drinking water disinfection.
- Chloramines, Bromate, TTHM (Total Trihalomethanes) and Haloacetic Acids are a by-product of drinking water chlorination.
- Copper and Lead are the corrosion of household plumbing systems, the corrosion of natural deposits and the leaching from wood preservatives.
- Turbidity, which is a measurement of the cloudiness of the water caused by suspended particles, comes from soil runoff.
- Total Coliform bacteria are used as indicators of microbial contamination of drinking water because testing for them is easy. While not disease-causing organisms themselves, they are often found in association with other microbes that are capable of causing disease.
Solutions
There are several methods to neutralize and eliminate these potential threats thanks to Basin Water Solutions.
Your first option is a Whole House Water Filtration system and water softeners, which filter out and lessen the hardness of water. Measured in grains per gallon (GPG), hardness refers to the amount of dissolved Magnesium and Calcium in your water. Anything above 3 GPG is considered harmful to the home plumbing, appliances, water heaters, and fixtures. Furthermore, Chloramines are common disinfectants for drinking water, especially in industrial water. Water softeners will properly balance out the minerals and you won’t have to worry about Chloramines.
Basin Water Solutions also offers Water Treatment and Commercial Water Treatment that uses the latest integrated technologies to effectively remove Iron, Calcium, Manganese, Arsenic, heavy metal, Fluoride, Sulfide, Nitrate and many other contaminants from water sources.
Finally, Reverse Osmosis can filter your water by getting tap water across a semipermeable membrane in order to get rid of any impurities that may be in the water. Furthermore, the process gets rid of salt and other inorganic solids by removing them from the solution. Chloramine, Chlorine, Fluoride, pesticides, Nitrates, Sulfates and others are removed via Reverse Osmosis.
These methods are great options to clean and purify your water. Basin Water Solutions can install, repair, and maintain these systems with superior customer service.
As an expert in water quality and treatment, I bring a wealth of knowledge and experience to shed light on the crucial aspects discussed in the provided article. My expertise extends to various areas, including the regulations governing water quality, the sources of drinking water, contaminants, and effective treatment solutions. Allow me to provide a comprehensive analysis of the concepts presented in the article.
Regulatory Framework: The article emphasizes the stringent regulations imposed by both state and federal authorities on water quality. The U.S. Environmental Protection Agency (EPA) and the Texas Commission on Environmental Quality (TCEQ) play pivotal roles in ensuring compliance with over 100 contaminants testing and 91 regulations for water safety and quality. Fort Worth's commitment to surpassing these standards demonstrates a proactive approach to water management.
Fort Worth's Water Sources: Fort Worth relies on surface water from seven different sources, including lakes (Lake Worth, Eagle Mountain Lake, Lake Bridgeport, Richland Chambers Reservoir, Cedar Creek Reservoir, Lake Benbrook) and the Clear Fork Trinity River. Understanding the diversity of water sources is crucial for assessing potential contaminants and implementing targeted treatment measures.
Contaminant Concerns: The article discusses various contaminants found in drinking water, ranging from viruses and bacteria to pesticides and radioactive materials. Notably, the Texas Commission on Environmental Quality highlights a high susceptibility to contaminants in Fort Worth's water sources, particularly posing a risk to infants, the elderly, and immunocompromised individuals.
Lead as a Serious Threat: Lead contamination, often stemming from service lines and home plumbing, emerges as a serious health concern. The article provides practical advice on mitigating lead exposure, such as flushing taps before use and recommending water testing for concerned residents.
List of Contaminants Tested: The article provides a detailed list of contaminants tested in the Fort Worth water supply, emphasizing that none of them exceeded the maximum threshold. The contaminants include beta and photon emitters, combined radium and uranium, arsenic, fluoride, nitrate, barium, cyanide, chromium, synthetic organic contaminants, haloacetic acids, total trihalomethanes, copper, lead, turbidity, and total coliform bacteria.
Solutions Offered by Basin Water Solutions: The article introduces Basin Water Solutions as a provider of comprehensive water treatment solutions. It outlines various methods, including Whole House Water Filtration systems, water softeners, Water Treatment, Commercial Water Treatment, and Reverse Osmosis. Each method targets specific contaminants, offering consumers a range of options to purify their water.
Conclusion and Call to Action: The conclusion of the article encourages readers to consider these water treatment solutions provided by Basin Water Solutions. It highlights the company's capability to install, repair, and maintain these systems, ensuring superior customer service.
In summary, Fort Worth's commitment to water quality, understanding the sources and potential contaminants, and the availability of effective treatment solutions collectively contribute to ensuring safe and clean drinking water for the community.
