Key Takeaways DBPs are unintended chemical compounds formed when chlorine reacts with organic matter in water. Trihalomethanes (THMs) and Haloacetic Acids (HAAs) are the two primary groups of DBPs regulated by the EPA due to their link to cancer and organ damage. Water Age Matters: The longer water sits in city pipes or your home’s plumbing, the more time DBPs have to form and concentrate. Standard Softening Fails: Traditional water soften… Read more

Key Takeaways Chlorine and Chloramine are oxidizers that strip the protective scale inside copper pipes, leading to corrosion. Pinhole leaks are often caused by the chemical interaction between disinfectants and copper, specifically in areas with low alkalinity. Chloramine is particularly destructive to rubber components, causing toilet flappers, gaskets, and appliance seals to degrade prematurely. Financial Protection: The cost of a whole-home… Read more

Key Takeaways Hot water turns liquid chlorine into chlorine gas, which is easily inhaled and enters the bloodstream faster than swallowed water. Your skin is your largest organ; according to NCBI research, dermal absorption can account for a significant portion of your total daily chemical exposure. Chlorine strips natural oils, leading to chronic dry skin, "swimmer's hair," and premature aging. Inhaling chlorine gas can cause or worsen asthma,… Read more

Key Takeaways Chlorine is highly effective but dissipates quickly and creates more harmful disinfection byproducts (DBPs). Chloramine is a combination of chlorine and ammonia; it is much harder to remove because it does not "boil off" or evaporate like chlorine. Standard carbon filters (like most pitchers) are often ineffective against chloramine due to insufficient contact time. Catalytic carbon is the scientific gold standard for neutralizing… Read more