Including filter system and high-performance 9Cl-PF3ONS filter.
9Cl-PF3ONS is one of the PFAS compounds homeowners may be concerned about in drinking water, and many of the small filters people use around the house won’t reliably address these persistent chemicals. In Richmond Heights and greater Miami-Dade County, where drinking water is typically drawn from the Biscayne Aquifer and is often hard, invisible contaminants can still be present even when water looks fine. A whole-house treatment installed at the point of entry helps ensure water used for showering, laundry, and cooking is treated for contaminants like 9Cl-PF3ONS before it reaches your plumbing or appliances.
Because PFAS such as 9Cl-PF3ONS aren’t effectively captured by many common water softeners or basic carbon cartridges made mainly for chlorine and taste, Richmond Heights homeowners typically begin by reviewing local water quality information and then choosing a system targeted for PFAS reduction. The aim is steady, reliable removal without disrupting everyday life—maintaining good pressure and ease of use for every bathroom and tap in homes across neighborhoods like Richmond Heights and nearby Perrine or The Crossings.
The top whole-house option for reducing 9Cl-PF3ONS is a high-capacity activated carbon media tank configured for PFAS adsorption. This setup is essentially a large bed of specialized carbon that gives water extended contact time so PFAS compounds can adhere to the media. Compared with small under-sink cartridges, a properly sized media tank delivers longer service life and treats every faucet in your Richmond Heights home, rather than only treating the kitchen tap.
A whole-house carbon media tank performs best when sized to your household flow rate and water use because contact time determines how well 9Cl-PF3ONS is reduced. It’s typically paired with a sediment prefilter to prevent premature clogging of the carbon bed, and the media must be replaced periodically as it becomes spent. Mr. Pure Water can assess Richmond Heights homes—taking into account hard water and typical Miami-Dade usage patterns—and recommend the right carbon media configuration to protect water at the entry point.