Including filter system and high-performance Perchloroethylene filter.
Perchloroethylene can occur in water supplies at low concentrations and often shows up without any noticeable taste or odor. Also called PCE, PERC, or tetrachloroethylene, it’s commonly linked to industrial cleaning and dry-cleaning operations. Because it can travel through water lines into everyday taps, Kendale Lakes homeowners should know where it may originate and what typical treatment options look like so they can keep it out of the water coming into their houses.
Perchloroethylene is volatile, which means it can transfer from water into the air inside your home during showering, bathing, or dishwashing—so exposure isn’t limited to drinking. Whether you’re on municipal supply in the Miami-Dade area or managing a private supply, testing and treatment practices differ, and in Kendale Lakes the responsibility for ensuring safe household water ultimately falls to the homeowner. Taking a whole-house view helps control where the contaminant first enters your plumbing system.
To reduce perchloroethylene throughout a Kendale Lakes home, a whole-house activated carbon system is generally the most effective single-filter choice. Quality carbon media adsorbs many volatile organic compounds, including PCE/PERC, as water flows through the tank. Because tetrachloroethylene can volatilize during showers and other uses, treating the water at the point of entry helps limit what reaches indoor air and every faucet in the house.
Sizing a carbon system correctly matters because contact time and flow rate determine how well PCE is captured. Whole-house carbon is usually placed before the plumbing splits so it protects bathrooms, laundry and kitchen fixtures across Kendale Lakes properties. In hard-water areas like Miami-Dade County, adding a sediment prefilter can extend carbon life by keeping out particulates, while the carbon stage does the main work removing perchloroethylene—Mr. Pure Water can help choose the right system for your home’s layout and water use.