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How Does It Work?

Whole-home water, reengineered for municipal and well-water supplies. CleanWater systems combine mechanical capture, nanoscale active filtration and a final carbon polish while maintaining high flow and avoiding a wastewater stream.

NSF 42, 53, 61, 372 Tested and Certified.</p> <h2>The facts</h2> <ul> <li>NSF 42, 53, 61, 372 Tested and Certified.</li> <li>Targets bacteria, viruses, cysts, spores and other pathogens</li> <li>Reduces heavy metals, PFAS/PFOA/PFOS, pesticides and pharmaceuticals</li> <li>Anti-scale filter to treat hard water</li> <li>No water softener needed · no heavy bags of salt · no salinized wastewater</li> <li>Reduces scale buildup on faucets, cookware, appliances; leave good minerals in water</li> <li>Particulate reduction down to 20 nm</li> </ul> <h2>Stage 1 — Mechanical capture and conditioning</h2> <p>A multi-faceted first stage removes sediment and larger particles while conditioning incoming water to reduce calcium-carbonate scale.</p> <h2>Stage 2 — Nanoscale active filtration</h2> <p>High-surface-area media targets bacteria, viruses, cysts, spores, pesticides, pharmaceuticals, PFAS/PFOA/PFOS and heavy metals without the pressure loss and wastewater associated with reverse osmosis.</p> <h2>Stage 3 — Final carbon polish</h2> <p>Stage 3 is the final polishing of PFOA/PFOS, lead, chlorine, pesticides, and other contaminants with a high-capacity carbon filter. This improves taste and smell of water. This carbon will outperform similar carbons due to the purity of water at this step of the process.</p> <p>For larger, closed-loop and wastewater applications, engineering can customize the same approach to reduce discharge, operating costs and environmental impact.</p> <p><a class=View CleanWater Science Commercial Systems