Including filter system and high-performance Perchloroethylene filter.
Perchloroethylene is an industrial solvent that can sometimes be present in water without any noticeable taste or smell. Known also as PCE, PERC, and tetrachloroethylene, it’s commonly linked to dry-cleaning and other industrial uses. For Georgiana homeowners, the first step is knowing where it might originate and how water providers or private wells typically address it so you can make an informed plan for your household.
Because perchloroethylene can volatilize from water into the air, exposure in Georgiana isn’t limited to drinking — activities like showering, bathing, and running the dishwasher can release it into indoor air. If you’re on municipal supply, testing and treatment practices can differ; if you rely on a private well, maintaining your own testing schedule is important, especially after heavy seasonal rains or storm events that can affect water quality. A whole-house solution treats the water where it enters your Georgiana home, helping reduce both ingestion and airborne exposure.
To reduce perchloroethylene throughout the house, a whole-house activated carbon system is typically the best single-filter choice. Quality carbon media adsorbs many volatile organic compounds, including PCE/PERC, as water moves through the tank. Because tetrachloroethylene vaporizes easily, treating incoming water at the point of entry in Georgiana helps limit what’s released during showers and other everyday water use, delivering improved water to every tap in your home.
Sizing a carbon filter correctly matters because contact time and flow rate determine how effectively PCE is removed. Whole-house carbon systems are usually placed before the plumbing splits so they protect kitchen, bathroom, and laundry lines across your Georgiana property. In many setups, a sediment prefilter helps preserve the carbon bed’s life, while the carbon stage handles most of the perchloroethylene removal — and Mr. Pure Water can help select the right system for your household’s layout and water use patterns.