Including filter system and high-performance Radium filter.
Radium is a naturally occurring radioactive metal that can sometimes end up in groundwater and household drinking water. You won’t be able to detect it by smell, taste, or sight, so testing is the reliable way to know what’s coming from your taps in South Palm Beach. Lab reports may list it as radium-226 or radium-228, and when results raise concern many homeowners prefer a treatment that safeguards every faucet rather than only the kitchen sink.
Because radium can dissolve out of certain rocks and soils, its presence depends on local geology more than on daily use of plumbing. In Palm Beach County the same dissolved minerals that make municipal water hard can travel with radium, so clear water isn’t proof that those contaminants aren’t present. If you want to limit long-term exposure, treating water where it enters the house — before it reaches fixtures used for drinking, cooking, and bathing — is the most comprehensive option for South Palm Beach residences.
For whole-house radium control, an ion exchange water softener is frequently the single-filter choice that works best. These systems use resin beads to exchange sodium or potassium for certain dissolved minerals, and that same process can capture radium when it’s present in dissolved form. Installed on the main supply line, an ion exchange system treats all incoming water so every tap in your South Palm Beach home benefits from the same protection.
Ion exchange systems have a limited capacity, so correct sizing and routine regeneration are essential for ongoing radium removal. Settings should be matched to your household demand and water chemistry — especially in Palm Beach County where hard water and mineral scale are common — and many homes gain extra longevity from a prefilter that removes sediment before it reaches the resin. Mr. Pure Water can help you choose and install a whole‑house ion exchange system that targets radium-226 and radium-228 while fitting South Palm Beach plumbing and usage patterns.