Including filter system and high-performance Methoxychlor filter.
Methoxychlor is a man-made pesticide that can persist in soils and sediments and sometimes finds its way into drinking sources over time. Even with use restrictions, residues can move with runoff or attach to particles and reach wells or surface supplies, especially in areas with seasonal heavy rains like ours; that’s why Thompson homeowners commonly address it at the main water entry point. Installing treatment where water enters the home helps prevent contaminants carried in from affecting household use.
Pesticide-related contaminants like methoxychlor often don't change how water tastes, smells, or looks, so most homeowners in Thompson wouldn't spot them without testing. If your water report includes methoxychlor, treating the water where it enters your house reduces exposure not just at the kitchen sink but in showers, laundry and every tap. A whole-house system sized to your home’s flow rate and usage gives steady reduction across the house rather than treating only one faucet.
For reducing methoxychlor, a whole-house activated carbon filter is generally the best single-filter choice. Because methoxychlor is an organic compound, granular or block activated carbon adsorbs it as water flows through the media. In Thompson homes the important factors are sufficient carbon contact time and enough media capacity so the system performs reliably during normal household demand. Placing a correctly sized carbon tank after the main shutoff treats water for every fixture in the house.
Mr. Pure Water can design and size a whole-house activated carbon system for Thompson plumbing and household patterns so you keep good flow while maximizing contaminant removal. Carbon media becomes saturated over time and requires scheduled replacement, so we include a maintenance plan to sustain performance. If your supply carries sediment—common in parts of Florida—a simple prefilter ahead of the carbon protects the media from clogging, while the activated carbon remains the primary stage for methoxychlor reduction.