Including filter system and high-performance Strontium-90 filter.
Strontium-90 is a radioactive form of strontium that can occur at very low concentrations in groundwater. Because it acts much like calcium, it travels with dissolved minerals and can enter a house through the main supply line. There’s no reliable taste, odor, or visible sign to warn you it’s present, so residents of Shiloh and nearby Okaloosa County must rely on targeted radionuclide testing to know whether it’s in their water.
In Shiloh households strontium-90 is a concern for drinking water and for everyday uses like cooking, making ice, bathing, and brushing teeth. If testing indicates higher levels, the practical approach is to treat water at the point it enters your home so all faucets and appliances benefit. Point-of-use filters only cover a single tap; a whole-house system ensures more consistent protection across showers, laundry and kitchen fixtures throughout your home.
A whole-house water softener is frequently the most effective single-filter option for reducing strontium-90 because it uses ion exchange. The resin in the tank swaps certain dissolved ions for sodium or potassium and can capture other positively charged contaminants like strontium. Since strontium-90 behaves chemically as strontium, an ion exchange softener can lower its levels when installed at the home’s entry point to provide treatment for the entire plumbing system in Shiloh.
For reliable removal in Shiloh, an ion exchange softener must be sized to your household’s water use and the local mineral content—our area’s moderate hardness matters for that calculation. Regular regeneration with salt restores the resin so it continues to remove strontium, and routine maintenance prevents performance decline. In many cases adding a prefilter protects the resin from sediment and biofilm that coastal humidity can promote. Mr. Pure Water can review your test results and recommend a whole-house configuration tailored to homes in Shiloh and the surrounding Fort Walton Beach metro area.