Including filter system and high-performance Calicivirus filter.
Calicivirus refers to a family of viruses that can enter water supplies when human waste contaminates a system. Because these viruses are invisible, your tap water may look fine even when it carries a risk. In Washington Park, homeowners sometimes learn of viral concerns through utility notices, private well testing, or worries after plumbing issues or heavy rains — and understanding how these viruses move in water helps you decide what to do next.
Viruses don’t produce the visual signs of sediment or the odors of chlorine, and boiling isn’t a convenient fix for treating all of a home’s water. Calicivirus can be introduced by damaged plumbing, backflow, flooding, or vulnerabilities in private wells, and it can travel through household piping. A whole-house treatment installed at the point the water enters your Washington Park residence treats every tap — kitchen, laundry and bathrooms — so you aren’t relying on point-of-use fixes alone.
The most effective single whole-house option for calicivirus is ultraviolet (UV) disinfection. Rather than trapping particles like a carbon or sediment filter, a UV unit exposes flowing water to germicidal UV light inside a stainless steel chamber, inactivating viruses and other microorganisms. Properly sized and maintained, UV is a preferred virus-control method for homeowners who want continuous, invisible protection without changing how they use water around the house.
UV systems need clear water to work well, so they’re commonly installed with a sediment prefilter to remove cloudiness — an important consideration in hard-water South Florida homes where mineral scale can affect fixtures. Performance hinges on correct flow rates, a clean quartz sleeve, and periodic lamp replacement as output fades. Because UV doesn’t add chemicals or alter taste, it’s a simple, effective point-of-entry barrier for Washington Park properties; Mr. Pure Water can help size and install the right whole-house UV system for your home and water conditions.