Including filter system and high-performance Chlorine filter.
Many homeowners in Walton notice chlorine as a sharp, pool-like smell or a lingering aftertaste at the faucet. Water utilities commonly add chlorine as a disinfectant to control microbes as water moves through distribution lines, and trace amounts can remain in finished water. While this helps protect public supply, that residual chlorine can make everyday drinking, cooking, and bathing less pleasant.
You may notice a chlorine taste in cold water, ice, or beverages, especially if water has sat in pipes for a while. That distinct pool-like odor often becomes more noticeable in hot water and steamy showers as the smell releases into the air. Some Walton homeowners also report drier-feeling skin or hair after bathing when disinfectant levels are more evident. If you’d like water that tastes and smells more neutral throughout your Walton home, lowering chlorine is a common and effective step.
For whole-house chlorine reduction, a single tank-style activated carbon filter—ideally catalytic carbon—is usually the most effective one-filter solution. Catalytic carbon is designed to treat disinfectants efficiently while maintaining good flow for showers, laundry, and multiple fixtures common in Walton homes. Installed ahead of the plumbing, a properly sized whole-home carbon system treats water before it reaches sinks and appliances, addressing chlorine taste and chlorine odor throughout the house rather than only at one point.
Mr. Pure Water installs whole-house catalytic carbon filtration to reduce chlorine as water enters Walton homes, improving taste and smell in kitchens, bathrooms, and outdoor spigots. These systems adsorb chlorine as water flows through the carbon media without adding chemicals, and selecting the right tank size ensures adequate contact time and proper flow for your household. With a correctly sized system, you’ll enjoy more comfortable showers and better-tasting water across your entire home, even with our region’s humid climate and moderate hardness.