Including filter system and high-performance PFBA filter.
PFBA is one of the PFAS compounds that can appear in household water supplies. In Cardwell, homeowners often hear about it after a water test, a utility notice, or when researching what’s in their drinking water. Because PFBA is persistent and can be hard to remove once it’s in the environment, many local families choose a treatment that reduces it throughout the entire home. Taking action early gives you greater confidence in the water you use for drinking, cooking, and bathing.
PFBA may be present even when water looks clear, tastes normal, and has no smell. It can also occur with other PFAS, which is why Cardwell residents sometimes prefer solutions that address a broader suite of compounds rather than relying on a simple taste-and-odor filter. The first practical step is a current water analysis so you know what’s in your supply—especially in Florida, where water quality and hardness can vary between municipal systems and private wells. From test results, we can size a whole-house system to match your home and usage patterns.
To reduce PFBA where water enters a Cardwell home, a whole-house granular activated carbon (GAC) filter is generally the most effective single-filter option. GAC works by adsorbing many organic contaminants, including numerous PFAS compounds, as water flows through the carbon media. A correctly sized GAC tank gives the contact time needed for better PFBA reduction and treats every faucet, shower, and appliance, while also helping with other nuisance compounds carbon commonly captures.
Because PFBA can be harder to treat than some larger PFAS, results depend on carbon quality, bed depth, and flow rate—not just installing a carbon cartridge. Mr. Pure Water designs whole-house GAC systems for Cardwell homes to match household demand and maintain effective contact time in the media. Regular media replacement keeps the carbon performing well before it becomes exhausted. If your water test shows multiple PFAS, we’ll work with you to choose a configuration that targets PFBA reduction while supporting broader PFAS treatment goals.