Including filter system and high-performance Strontium-90 filter.
Strontium-90 is a radioactive form of strontium that can sometimes be found in water at very low concentrations. Because it acts a lot like calcium, it moves with groundwater and can enter homes through the main service line—whether your supply is municipal or a private well. It won’t change the taste, smell, or appearance of your water, so the only reliable way to know is to have a radionuclide-focused test done for your Geigers Landing household.
In Geigers Landing households, water is used for drinking, cooking, ice, bathing, and brushing teeth, so any contaminant that shows up in testing is a whole-home concern. Point-of-use filters can treat a single faucet, but they won’t protect showers, laundry, or other fixtures. If tests show elevated strontium-90 or related radionuclides, installing a correctly chosen whole-house system is the best way to reduce exposure across every tap and daily use in your home.
When looking to reduce strontium-90 at the point where water enters a Geigers Landing home, a whole-house water softener using ion exchange is often the most effective single-filter option. The resin in these softeners exchanges certain dissolved ions for sodium or potassium and can also capture other positively charged contaminants like strontium. Because strontium-90 is chemically strontium, it can be reduced by the same exchange process, making an ion exchange softener a practical choice for entry-point treatment.
For reliable performance in Geigers Landing’s humid subtropical climate—where local water mineral content can vary—an ion exchange softener must be sized to your household’s water use and mineral load. Routine regeneration with salt restores the resin so it continues removing strontium over time, and routine maintenance preserves system effectiveness. Often a prefilter is recommended to protect the resin from sediment; Mr. Pure Water can review your water test results and suggest a whole-house setup tailored to reduce strontium-90 without adding unnecessary complexity.