Government sampling in Hendricks County’s aquifer 112PLSC shows water mineral content data collected from several wells over recent years.
What do laboratory tests report about minerals that affect dry skin, and how should I read these results?
Certified laboratory tests measure minerals such as calcium and magnesium expressed in milligrams per liter (mg/L). These mineral levels contribute to what is often called “water hardness.” For example, Hendricks County groundwater samples show calcium and magnesium combined concentrations ranging from 126.0 to 429.0 mg/L, with a median level at 315.0 mg/L. These numbers indicate the typical mineral presence in the area’s groundwater, but only a test of your specific water supply can reveal your household’s exact results.
How do these minerals enter the groundwater or water distribution systems in Hendricks County?
Calcium and magnesium naturally dissolve into groundwater as it moves through aquifer rock formations. In Hendricks County’s aquifer 112PLSC, shallow wells 8 to 28 feet deep have shown consistent presence of these minerals. This natural process means that local water sources typically contain measurable minerals that can affect how water feels on the skin.
What is the difference between regional public-system water records and private-well testing when understanding my water’s impact on skin?
Public-system records reflect periodic sampling and analysis of water at system points, providing a general profile for the supply but not for individual households. Private wells vary widely in depth and geology, so their mineral content may differ from area averages. Therefore, to understand how water hardness affects your skin specifically, testing your own water through a certified laboratory is necessary.
How should I prioritize checks to identify water’s role in my dry skin, from simple steps to formal testing?
Start with simple observations: note if dryness appears more after water use or if other family members experience similar effects. Consider temporary changes like water source switches or plumbing changes. If these do not clarify the cause, pursue laboratory testing of your water for hardness minerals. This step confirms the mineral levels that may contribute to skin dryness.
What does the range of measured minerals mean in relation to federal standards, and what should it not be taken to mean?
The mineral levels detected in Hendricks County do not exceed any federal thresholds for safety or health. Detected concentrations only indicate natural mineral presence and do not mean the water is unsafe. Also, mineral levels impacting water feel or drying on skin relate to aesthetic secondary standards, which are guidelines rather than enforceable limits. Thus, a detection above these aesthetic ranges is not a violation nor a safety concern.
How does mineral content vary seasonally or over multiple years in Hendricks County’s records?
Sampling from 2014 through 2025 shows mineral concentrations fairly consistent over time within the range of 126.0 to 429.0 mg/L. Although minor fluctuations occur, there is no strong seasonal pattern established in the data. Understanding this stability helps frame expectations about water hardness over time in the region.
To summarize, Hendricks County’s aquifer mineral levels are well documented, providing valuable context for dry skin concerns linked to water use. Confirming your own water’s mineral content through laboratory testing is the key step before deciding on treatment options like the C-Series Dry, Itchy Skin System, which is designed to address these issues and ships ready to configure.
Where this information comes from
Source: USGS groundwater sampling. Sampled 2025-08-25. 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 Hardness, Ca, Mg in the 112PLSC aquifer (Hendricks County): 31 results from 5 wells, median 315.0 mg/L, range 126.0-429.0 mg/L; none above any federal threshold

