Including filter system and high-performance Tungsten filter.
Tungsten is a naturally occurring metal that can enter drinking water at low levels. In Central Florida, groundwater interacting with local rock and soil — and, in some places, human activity — can influence which metals appear in tap water. Because tungsten is generally colorless and odorless, you won't notice it without a lab test, so many Lockhart homeowners start by testing to identify metals of potential concern, including tungsten.
While research on tungsten in drinking water continues, many homeowners in Polk County take a practical, cautious route when tests show elevated results. Clear-looking water can still contain dissolved metals, so periodic testing is a good practice — especially for private wells — since water quality in our humid subtropical climate can change with seasons. If you receive municipal service, checking local water quality reports and sampling at the tap gives a clearer picture of what’s entering Lockhart homes.
To reduce tungsten at the point of entry, a whole-house reverse osmosis system is generally the most effective single-filter option. Reverse osmosis uses a semipermeable membrane that rejects many dissolved metals and inorganic contaminants, lowering tungsten before it reaches faucets, showers, and appliances. Simpler media that target taste and odor won't reliably remove dissolved tungsten, so a properly designed whole-house RO should include prefiltration to protect the membrane from Lockhart’s typically hard, sediment-bearing water.
A whole-house reverse osmosis system can be set up with storage and delivery so treated water is available throughout your Lockhart residence. Long-term performance depends on correct sizing, good water pressure, and scheduled filter and membrane maintenance because fouling reduces removal efficiency. Homes on wells may need additional pretreatment for hardness or iron to preserve membrane life; Mr. Pure Water can review your water test and recommend a whole-house RO system tailored to Lockhart conditions.