Pentair Radon in Water Filter

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If Your Well Is Similar in Depth to Those Sampled, Radon Levels May Resemble Area Medians

The U.S. Geological Survey measured radon-222 in groundwater from three wells in Lycoming County’s aquifer 337HNLM, ranging from 127 to 400 feet deep. These samples found radon present in each, with concentrations spanning 100 to 2310 picocuries per liter (pCi/L) and a median of 1620 pCi/L. These data represent what was found in these particular wells during 2014-2017 and do not specify your own well’s radon level. Wells outside this depth range or with different geological features may show different radon concentrations.

If You Need to Reduce Radon in Your Water, Consider How the Treatment Method Removes This Gas

Radon is a radioactive gas that can dissolve into groundwater and enter household water supplies. Treatment technologies designed for radon work by removing the gas before it reaches taps. The Pentair Radon in Water Filter uses technology that effectively reduces radon concentration, operating in a way that prevents this gas from passing through the treated water. This system ships ready to configure to household water systems and can be matched to your household’s daily water demand to ensure proper treatment capacity.

If You Want to Understand How Radon Enters Groundwater in Lycoming County, It Originates From Naturally Occurring Radioactive Decay

Radon-222 forms underground through the decay of uranium in rocks and soil. In Lycoming County, radon enters aquifers like 337HNLM by dissolving from bedrock into groundwater. Because radon is a gas, it generally escapes when water is exposed to air but remains dissolved underground. Its presence depends on local geology and groundwater flow, factors that influence measured concentrations in wells of varying depths.

If You Consider the Scope of Sampling Data, Note the Small Number and Well Variation

The USGS data comes from just three wells sampled over a three-year span. Each well’s radon level differed, showing a significant range rather than a uniform concentration. This small sample size means the reported median and range provide a glimpse into area conditions but are not definitive for every water source in the county. More extensive testing would be needed to fully characterize the aquifer’s variability.

If You Plan to Determine Your Own Water’s Radon Level, Start With Simple Checks Before Laboratory Tests

Initial steps include reviewing any existing water reports or local health advisories. Because radon is odorless and tasteless, symptoms or sensory clues are unreliable. Confirming your water’s radon concentration requires testing by a certified laboratory using methods designed specifically for radon in water. This is the only way to know your household’s radon level rather than relying on area statistics.

If You Wonder About Seasonal or Multi-Year Changes, The Recorded Samples Show Variation From Mid-2014 to Late 2017

The USGS radon measurements were collected between June 2014 and November 2017. The differences among these three results reflect both spatial variability between wells and possible temporal shifts. Seasonal changes can influence radon levels due to factors like water table fluctuations, but limited data points mean no detailed seasonal pattern is established for this area.

When you have assessed your household’s measured water demand and confirmed your radon level with laboratory testing, the Pentair Radon in Water Filter offers a proven approach to reducing radon in Lycoming County water. It ships ready to configure for your home, providing a practical, effective solution tailored to your specific demand.

Where this information comes from

Source: USGS groundwater sampling. Sampled 2017-11-13. These figures describe groundwater sampled in this area. They are not a test of any individual private well - only a test of that well can establish its own water.

On record: U.S. Geological Survey sampling of Radon-222 in the 337HNLM aquifer (Lycoming County): 3 results from 3 wells, median 1620.0 pCi/L, range 100.0-2310.0 pCi/L; none above any federal threshold