Including filter system and high-performance 1,2,3-Trichloropropane filter.
1,2,3-trichloropropane is a man-made industrial chemical that can appear in drinking water at very low concentrations and may persist in groundwater. Because it has no taste, smell, or color you can rely on, the only way to know if it’s present in your Honeyville water is through proper testing. Many local homeowners choose a whole-house filtration approach so showers, faucets and outdoor spigots are all protected — not just the kitchen sink.
Seeing 1,2,3-trichloropropane on a water report can be unsettling when you’re thinking about everyday uses like cooking, bathing, and laundry in Honeyville. Fortunately, residential treatment options are well established and effective when matched to your water source and contaminant level. A professional assessment here in Florida will determine the best technology and system size for your home so you get a solution that fits your household’s needs.
The most effective single-filter choice for removing 1,2,3-trichloropropane in a home is a whole-house granular activated carbon (GAC) filter built for chemical adsorption. Activated carbon removes many organic contaminants by trapping them in its porous surface as water flows through. Because 1,2,3-trichloropropane can be more difficult to reduce, the specific carbon type, contact time, and system flow rate are important, so the GAC tank must be correctly sized for your Honeyville property to treat water for showers, sinks, appliances, and yard use.
Mr. Pure Water can design a whole-house activated carbon system tailored to Honeyville homes to address 1,2,3-trichloropropane while meeting your household’s flow and pressure requirements. We commonly include pre-filtration to keep sediment out of the carbon bed and preserve consistent performance. Like all adsorption media, carbon requires scheduled media changes based on water use and contaminant load, so we plan maintenance up front to ensure long-term results and treated water throughout your home without relying on multiple point-of-use units.