This comprehensive guide provides a deeper understanding of PFAS, including their history, prevalence, and health effects, as well as addressing "regrettable substitutions" like GenX. Gain valuable insights into how to...
Chlorine remains the leading method of water disinfection in the United States due to its cost-effectiveness. However, it is widely understood that chlorination may result in some unintended consequences. Read more to learn...
Should you be worried about your drinking water if you live near agriculture and farmland? Read this scenario guide to explore your potential contaminant risks and learn information on how...
Testing for PFAS in drinking water at home is a proactive step towards safeguarding your health and that of your family. But knowing which test to choose from can be...
To know if your environment impacts your health, we rely on research in the field of toxicology. What is toxicology? We’re here to break down the jargon. Read this primer...
Given the 80,000+ chemicals on the market, it's no surprise that there are many we just don't know much about. In this piece, we ask: what are contaminants of emerging...
Chlorine disinfection is essential for protecting us from waterborne diseases, but it can lead to dangerous byproducts in your water including haloacetic acids (HAA5/HAA9). Read on to learn what HAA5/HAA9 are, how...
Toxic Substances Control Act requires the EPA to keep a list of all chemicals made or processed in the US. To date, there are over 86,000 chemicals in this inventory....
Basic test panel for water utility customers primarily concerned by metals, aging pipes, and infrastructure.
Ideal baseline for testing tap water provided by a local water utility–including metals, minerals, and chlorine-related byproducts.
Comprehensive testing for the core concerns impacting utility-provided tap water, plus analysis of radioactive particles and additional disinfection byproducts.
