Including filter system and high-performance Chromium-6 filter.
Chromium-6, often called hexavalent chromium, is a dissolved form of chromium that can be present in tap water without any noticeable taste, smell, or cloudiness. That’s why many Doctor Phillips homeowners only discover it after reviewing a water test or quality report. It can get into drinking water through industrial activity, manufacturing processes, or contact with chromium-bearing materials, so knowing how it behaves helps you choose the right way to reduce it at home.
Because chromium-6 stays dissolved, a simple sediment or particle filter won’t capture it. Many local houses in Orange County already use filters for chlorine or scale—especially important here where water tends to be hard—but those systems don’t necessarily remove hexavalent chromium. Treating dissolved contaminants requires media designed to attract and retain them; a whole-house system in Doctor Phillips can lower exposure at every tap rather than relying on single-point filters.
For whole-home reduction of chromium-6, the most reliable single filter type is a catalytic activated carbon system formulated specifically for chromium removal. This specialized carbon is engineered to help convert chromium-6 into a form the media can capture as water passes through the filter, while also delivering general water-quality improvements many Orlando-area homeowners appreciate. The important detail is choosing catalytic carbon selected for chromium-6 performance—not just standard taste-and-odor carbon.
In Doctor Phillips, where hard water and mineral buildup are common concerns, proper sizing and contact time are as important as media choice for a whole-house catalytic carbon filter. Mr. Pure Water configures systems so incoming water has sufficient flow and exposure to the carbon to treat dissolved contaminants effectively, protecting showers, kitchens, and laundry without extra daily maintenance. For many Central Florida homes, a whole-house catalytic carbon system offers a practical, low‑hassle way to address hexavalent chromium at the point of entry.