Phone: 407-214-2646
info@bestwaterheater.com
Phone: 407-214-2646
info@bestwaterheater.com
Phone: 407-214-2646
info@bestwaterheater.com
Including filter system and high-performance Waterborne Viruses filter.
Waterborne viruses can reach household supplies when sewage, animal waste, or stressed treatment systems affect a source. Because these viruses are microscopic, you usually won’t notice them by sight, smell, or taste. In Geigers Landing, where homeowners rely on both municipal and private wells, many families choose an added layer of protection beyond standard treatment to reduce risk in water used for drinking, cooking, and brushing teeth.
Viruses differ from visible sediment or simple taste-and-odor problems because they are much smaller and can pass through filters that only block particles. They’re not the same as bacteria, which tend to be larger and easier to trap. For Geigers Landing households seeking greater confidence in whole-home water, it’s best to consider filtration or treatment specifically designed to reduce microbial contaminants where water enters the house.
For full-house protection against waterborne viruses, a UV disinfection system is commonly the single most effective treatment to install at the main water line. UV systems expose flowing water to ultraviolet light inside a sealed chamber to inactivate microorganisms like viruses, and they do this without adding chemicals. Because UV treats water as it flows through—without a storage tank—it provides continuous protection for every tap in a Geigers Landing home.
UV units work best when the water is clear, so they’re often paired with a prefilter to remove sediment that could shield viruses from the light. Properly sizing the system for your home’s flow rate and keeping up with lamp and sleeve maintenance are important to maintain effectiveness. With the right whole-house UV system, Geigers Landing homeowners can add a targeted, practical barrier focused on reducing viruses in water entering the house.
407-214-2646
info@bestwaterheater.com
