Including filter system and high-performance Chlorite filter.
Chlorite can form as a byproduct when utilities or treatment systems use chlorine dioxide for disinfection. It’s distinct from chlorine but can appear for similar protective reasons, and because chlorite stays dissolved it often won’t change the taste, smell, or appearance of your tap water. In Orsino, where many homes rely on private wells and periodic testing is common, homeowners usually first find it via lab results or an annual water test rather than by noticing anything different at the faucet.
Even if water looks and smells fine, elevated chlorite can make people uncomfortable about drinking, cooking, or bathing, especially for households with sensitive members. Simple pitchers or basic sediment cartridges typically won’t remove chlorite reliably. In Orsino households — whether on a private well near the St. Johns River basin or connected to a local supply — a whole-house system treats water once at the point of entry so every shower, appliance, and drinking tap receives consistent protection.
The single most effective whole-house filter for reducing chlorite is catalytic carbon. Unlike standard activated carbon, catalytic carbon encourages chemical reactions on its surface that help reduce certain oxidizing byproducts. Because chlorite is dissolved, achieving sufficient contact time and using the correct media is important; a correctly sized catalytic carbon tank installed at the main line provides that treatment before water moves through an Orsino home’s plumbing.
A catalytic carbon whole-house system is usually placed after the main shutoff so it protects plumbing, fixtures, and everyday water use without changing household routines. Pairing it with a sediment prefilter can extend the carbon bed’s life, but the catalytic carbon remains the primary stage for chlorite reduction. For Orsino homes, especially those on private wells that may have variable mineral or tannin levels, Mr. Pure Water can recommend the right tank size and configuration to meet your flow needs and water-quality goals.