Including filter system and high-performance Strontium filter.
Strontium is a naturally occurring element that can leach into groundwater as it passes through certain rocks and soils. In small concentrations it usually won’t change taste, smell, or clarity, so the only reliable way to know what’s in your water is to check a lab test or your water report. Many Orange Blossom homeowners who live with Central Florida’s hard groundwater choose whole-house systems so water is treated before it reaches every faucet and appliance.
Homeowners often become concerned about strontium when testing indicates higher concentrations, particularly if they want to reduce long-term exposure for their family. Strontium isn’t the same as aesthetic issues such as chlorine taste or sulfur odor, and it won’t be removed by basic carbon-only filters. A point-of-use device can help at a kitchen sink, but it won’t protect water used for showers, laundry, or brushing teeth. In Orange Blossom and the greater Lake County area, a whole-house approach delivers consistent reduction throughout the home.
The most effective single-filter option for reducing strontium is reverse osmosis (RO), which relies on a semi-permeable membrane to reject many dissolved minerals. Unlike sediment or carbon filters that target particles or tastes, RO is built for contaminants fully dissolved in water. It’s a widely used choice when testing identifies inorganic minerals that need targeted removal and, when sized and maintained properly, it provides dependable reduction over time.
Mr. Pure Water can help Orange Blossom homeowners pick and size a reverse osmosis system based on their water chemistry and daily flow needs. Installing pre-filters protects the RO membrane from sediment and chlorine—common concerns with Central Florida’s hard groundwater—and helps the system run efficiently. Regular filter and membrane replacements keep reduction consistent and preserve water pressure and taste, making an RO-based whole-home solution a practical choice for lowering strontium at the source.