Expert insights on water treatment, reverse osmosis, and purification systems
PFAS and endocrine-disrupting chemicals show up in most US tap water. Heres what the science says about health risks, EPAs 2024 limits, and which treatment methods actually remove them.
Does reverse osmosis water remove essential minerals your body needs? Heres what WHO research says about demineralized water, and how remineralization filters solve it.
Chlorination protects US tap water from pathogens but also creates disinfection byproducts linked to cancer risk. Here’s what’s regulated, what isn’t, and how RO and carbon filtration cut exposure.
Organophosphate ester flame retardants show up in most tap water tested worldwide. Here’s what the research says about health risk, and why conventional treatment struggles to remove them.
European monitoring programs are tracking antibiotics and pharmaceuticals in rivers at rising concentrations. Here’s what the data shows and how RO and activated carbon treatment remove them.
Reverse osmosis strips out 99%+ of bacteria, but Legionella can still colonize downstream plumbing if a system is poorly designed. Here’s what the engineering actually requires.
Studies keep finding antibiotic resistance genes in tap water systems. Here’s what that means for your health and how reverse osmosis filtration actually removes them.
EPA and ATSDR don’t regulate a new drinking water contaminant overnight. Here’s how toxicologists actually screen, test, and prioritize emerging contaminants, and why treatment often needs to move faster than the rulemaking.
Harmful algal blooms are showing up in more lakes and reservoirs every summer. Here’s what cyanotoxins do to source water, and how activated carbon and reverse osmosis handle taste, odor, and toxin removal.
Endocrine-disrupting chemicals like BPA and nonylphenol show up in tap water across Europe and the US. Here’s what the monitoring data says and how reverse osmosis removes them.
