Expert insights on water treatment, reverse osmosis, and purification systems
Great Lakes tributaries carry complex mixtures of pesticides, pharmaceuticals, PFAS, and industrial runoff. Here’s what USGS and EPA data shows, and how industrial reverse osmosis addresses multi-contaminant water.
Legionella can survive over a year of starvation in building plumbing by entering a dormant state standard tests miss. Here’s how it persists, and which control methods actually work.
Commercial water treatment is not a product category. It’s a decision about which combination of technologies your facility needs, in
Nearly half of tribal homes lack reliable clean water. Here’s what’s driving the reservation water crisis, why federal funding hasn’t closed the gap, and what point-of-use treatment can do right now.
NSF/ANSI 58 is the certification standard for point-of-use reverse osmosis systems intended for drinking water. If a supplier tells you
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.
Most commercial RO problems come down to one of three things: pre-treatment failure, membrane fouling, or an instrumentation issue making
Lead in school drinking water is still a widespread problem tied to aging pipes and fixtures. Here’s what testing programs have found and what actually filters lead out.
SDWA violations still touch tens of millions of Americans every year. Here’s what’s driving the numbers, what counts as a violation, and how to check your own utility’s record.
A reverse osmosis system running past its service intervals doesn’t fail dramatically — it just slowly stops working. Flux drops.
