Phone: 561-300-5075
info@bestwaterheater.com
Phone: 561-300-5075
info@bestwaterheater.com
Phone: 561-300-5075
info@bestwaterheater.com
Including filter system and high-performance Chlorite filter.
Chlorite is a byproduct that can form when water is disinfected with chlorine dioxide. It’s different from chlorine, though it can appear for similar treatment reasons that keep systems free of microbes. Because chlorite stays dissolved, it often won’t alter the taste, odor, or clarity of tap water, so many Aberdeen homeowners only discover it through a utility notice or a private water test.
If chlorite levels make you uneasy, reducing exposure can give peace of mind for drinking, cooking, and bathing—especially in homes with sensitive family members. In places like Aberdeen, where South Florida supplies are often hard and can already strain plumbing and appliances, a whole-house solution treats water at its source so every faucet, shower, and device receives the same level of protection that small pitchers or basic sediment filters can’t reliably provide.
The single most effective whole-house option for chlorite is a catalytic carbon system. Catalytic carbon promotes chemical reactions on its surface to reduce certain oxidizing byproducts more effectively than standard activated carbon. Because chlorite is dissolved in water, the media needs sufficient contact time and the right design; a correctly sized catalytic carbon tank on the main line treats water before it circulates through an Aberdeen home.
A catalytic carbon whole-house unit is installed after the main shutoff so it protects plumbing, fixtures, and daily water use without changing how you live. Pairing it with a sediment prefilter can help in hard-water South Florida conditions by keeping the carbon bed cleaner longer, but the catalytic carbon remains the key stage for reducing chlorite. Mr. Pure Water can help Aberdeen homeowners choose the right tank size and setup to meet household flow needs and water-quality goals.
561-300-5075
info@bestwaterheater.com
