Including filter system and high-performance Radon filter.
Radon is a naturally occurring radioactive gas that can dissolve into groundwater and reach a home's plumbing. While people most often think of radon as an indoor air concern, it can also be present in well water or other local sources and be released into the air when you shower, run the dishwasher, or do laundry. Westville homeowners often consider both air and water when addressing radon because that activity is how radon can move from water into the air you breathe indoors.
Because radon in water has no taste, smell, or visible sign, you can't tell by eye whether your Westville tap is affected. The only reliable way to know is to have your water tested, since levels can differ from property to property. If testing shows elevated radon in your supply, taking measures that suit your home's plumbing and daily water use makes sense; many local homeowners choose a whole-house solution that treats water where it enters the residence.
The most effective single treatment for reducing radon in household water is generally a whole-house aeration system installed at the main water line. Aeration strips radon out of the water by transferring the gas into a controlled air stream before water goes to showers, faucets, and appliances. Because radon is a gas, systems that directly move the gas out of water are often more effective than typical sediment or carbon-only filters, and they reduce radon throughout the entire home rather than at just one tap.
A whole-house aeration filter is a contained unit that mixes air with incoming water and vents the radon-laden air safely away from the house. Installed before the water heater and main plumbing, it treats all water used for bathing, cooking, and cleaning in Westville homes, and can be combined with prefiltration when needed to protect the aeration unit and downstream plumbing. Mr. Pure Water can help Westville residents pick the right aeration system and install it in the optimal location for dependable, whole-home radon reduction.