Including filter system and high-performance Calicivirus filter.
Calicivirus refers to a family of viruses that can enter water supplies when contamination from human waste or other sources occurs. Because these viruses are too small to see, water in Garcon Point can appear clear while still posing a risk. Homeowners often learn about viral concerns from a private well test, a public advisory, or after nearby infrastructure issues; understanding how viruses behave and how they’re treated helps you feel confident about every tap in your house.
Viruses like calicivirus don’t cause discoloration or odor the way sediment or rust might, and boiling every faucet isn’t a practical whole-home fix. Contamination can happen through compromised plumbing, backflow, flooding, or well vulnerabilities, and once present the virus can travel with your water. A whole-house treatment installed where water enters a Garcon Point residence treats all outlets at once — kitchen, laundry and bathrooms — so you’re protected throughout the home.
For calicivirus, the most effective single whole-house option is ultraviolet (UV) disinfection. Rather than filtering particles like carbon, a UV system passes water through a stainless steel chamber where a UV lamp inactivates microorganisms as water flows by. When sized and maintained correctly, UV is widely used for viral control because it addresses contaminants that standard media can’t, and it fits homeowners who want continuous protection without changing daily water use.
UV works best when water is clear enough for light to penetrate, so it’s commonly coupled with a sediment prefilter ahead of the UV unit; the UV component remains the primary treatment for calicivirus. Performance depends on correct flow rate, a clean quartz sleeve, and routine lamp replacement as output fades over time. UV doesn’t add chemicals or alter taste, making it a simple, effective point-of-entry barrier for Garcon Point homes — and Mr. Pure Water can size and specify the right whole-house UV system for your water conditions and household demand.