Including filter system and high-performance PFHxA filter.
PFHxA is one member of the PFAS family that can turn up in drinking water at trace levels. Hollywood homeowners often first hear about it through local news, a utility notice, or private testing. Because PFHxA persists in the environment, many residents in Broward County choose to reduce their household exposure rather than only monitor it. Installing a whole-house system treats water at every faucet and shower, not just at the kitchen sink.
PFHxA doesn’t reliably change water’s taste, smell, or appearance, so it can be present without any obvious signs. That makes testing the reliable way to know what’s in your supply. When testing indicates action is needed, treatment typically relies on adsorption media designed to capture PFAS compounds. In Hollywood, where treated municipal water is generally hard and warm year-round, selecting a system that meets your household’s daily flow and usage is important to maintain consistent performance.
For whole-house reduction of PFHxA, an activated carbon system using granular activated carbon (GAC) with adequate contact time is the most effective single filter type. Carbon adsorption works by attracting and holding PFAS as water moves through the media bed. A properly sized GAC whole-house unit treats water for showers, laundry, and every faucet in the home without the flow limits that come with many point-of-use devices; matching tank size and carbon volume to your home’s needs keeps performance steady.
A whole-house GAC filter is installed at the main water entry so PFHxA is reduced before water reaches your plumbing and fixtures. Media choice, bed depth, and service flow rate all influence contact time—higher flows can shorten it and reduce removal—so routine media replacement is necessary because saturated carbon stops capturing PFHxA effectively. Mr. Pure Water can assess your Hollywood home, size the right carbon tank for your household demand, and handle installation and maintenance so treatment stays straightforward.