Including filter system and high-performance Salmonella filter.
Salmonella is a bacteria that can enter household water when sanitation fails or surface contamination reaches a source. Because it often doesn’t change taste, smell, or appearance, residents may not realize there’s a problem until someone gets sick. Even though municipal systems generally treat and disinfect, events like storms, cross-connections, or plumbing issues can create risks, and many Marathon properties that use private wells or cisterns rely on the homeowner for testing and treatment.
Think of water safety in Marathon as more than just drinking water — it’s what you use for cooking, brushing teeth, washing produce, bathing, and washing clothes. Short-term measures such as boil advisories or temporary disinfection address immediate threats, but they don’t eliminate ongoing vulnerability. A durable approach includes locating any contamination source, improving treatment where needed, and installing a continuous barrier at the home’s point of entry so every tap is protected.
The most effective single-filter solution for whole-home Salmonella control is an ultraviolet (UV) point-of-entry system. UV inactivates bacteria as water flows past a lamp inside a sealed chamber without adding chemicals, and because it treats all incoming water it protects showers, sinks, appliances and laundry as well as drinking taps — an important benefit for Marathon households exposed to coastal conditions and occasional storm impacts.
A whole-house UV unit works best when the water ahead of it is clear, so prefiltration to remove sediment and cloudiness is commonly paired with UV — especially on properties where cisterns or well water bring extra particulate. Correct sizing and matching the system to your flow rate ensure adequate UV exposure, and regular maintenance like lamp replacement and performance checks keeps protection reliable. Mr. Pure Water in Marathon can assess your supply, recommend the right prefilter and UV setup, and help maintain a system tailored to local conditions.