Including filter system and high-performance Perchloroethylene filter.
Perchloroethylene can appear in water supplies at low levels without any noticeable taste or odor, so homeowners often don’t realize it’s there. Known also as PCE, PERC, and tetrachloroethylene, this solvent is commonly linked to industrial and dry‑cleaning uses. In Cypress Lakes, understanding potential sources and typical treatment methods is the first step toward keeping it out of your plumbing and away from every faucet in your home.
Because PCE can transfer from water into indoor air during normal use, exposure isn’t only from drinking — showers, baths and dishwashing can all increase contact with volatile organic compounds like perchloroethylene. Whether your Cypress Lakes residence is on a public system or a private well, testing practices and treatment responsibilities differ, and taking a whole‑house mindset helps stop contaminants where water first enters your home.
To reduce perchloroethylene throughout the house, a whole‑house activated carbon system is generally the single most effective filter choice. Quality carbon media adsorbs many VOCs, including PCE/PERC, as water flows through the tank, and treating tetrachloroethylene at the point of entry also limits what can volatilize during showers and other uses. For Cypress Lakes homes with hard, mineral‑rich water, installing treatment at the main line delivers cleaner water to every fixture, not just the kitchen sink.
Sizing matters: contact time and flow rate affect how well carbon captures PCE, so a properly sized whole‑house carbon system is key. These systems are typically placed before the plumbing branches to protect bathrooms, laundry and kitchen lines all at once. In many Florida homes, including those in Cypress Lakes where hard water can accelerate sediment and scale issues, adding a sediment prefilter helps preserve the carbon bed, while the carbon stage does the primary perchloroethylene removal — Mr. Pure Water can recommend the right whole‑house carbon setup for your layout and water use.