What Is Ozone, and Why Can It Sterilize Water?
Understanding O3 gas and how it kills pathogens more safely than common chemicals.
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Knowledge
How to Choose the Right Filter for Groundwater
A closer look at RO, UF, and UV so you can match a system to your water source.
Groundwater usually differs noticeably from municipal tap water, since it travels directly through layers of soil and rock. It can carry sediment, iron rust, hardness minerals, or certain trace elements at higher levels than water that has already been treated by a regional water authority. Choosing the right filtration system should start with understanding your home's raw water quality first.
Ultrafiltration (UF) systems are well suited to removing sediment, rust, and larger contaminants at high volume, with a high flow rate — which is why they're commonly installed as a whole-house utility filter, or as a coarse pre-filter stage ahead of finer filtration. Reverse Osmosis (RO), on the other hand, filters far more finely, down to the molecular level, and is built specifically for drinking water — though it typically has a lower flow rate and needs a storage tank alongside it.
If your groundwater source carries a higher risk of microbial contamination — for example, if it's near agricultural land or an open water source — adding a UV sterilizer after your main filtration stage kills bacteria and viruses without introducing any additional chemicals, giving you one last safety step before water reaches the tap you drink from.
In practice, households relying heavily on groundwater often choose a combined setup: UF for whole-house utility water paired with RO or UV dedicated to the drinking-water tap. This delivers both sufficient volume for everyday use and confidence in drinking water quality, at a more reasonable cost than running one single system for every point in the house.
