Well Water in Meigs County: What to Test and Why

High Risk
Testing Strongly Recommended 23853 samples analyzed
Top Concerns in This County
Manganese Iron Sulfate

Why This Happens Here

Your well water comes from coal-bearing rock layers buried deep underground. These rocks are dark shales and sandstones that formed millions of years ago. Water fills the cracks and spaces between these old rock layers. This is where your well draws its supply.

The contaminants in your water come straight from the rock itself. As water sits in contact with these coal-bearing rocks, it dissolves metals and minerals. Iron, manganese, and sulfate leach out naturally from the stone. Radon gas also comes from decay of radioactive elements in the rock. The chloride in your water tells you these rocks have held saltwater for a very long time.

Your water is extremely hard and loaded with minerals. You will see thick white scale building up on faucets and inside pipes. The iron and sodium levels are high enough to stain fixtures and corrode plumbing. This water needs treatment before it works well for washing and cooking.

What This Means for You

Radon, manganese, and iron in Meigs County wells exceed EPA health standards. Your water also contains high levels of sulfate and chloride that warrant attention. This combination of problems makes testing your well water urgent.

Long-term exposure to manganese can harm your brain and nervous system. Radon in water releases a gas that enters your lungs when you shower or use hot water. Your water is extremely hard with very high iron, so you will see rust-colored stains on sinks and thick white scale buildup on pipes and fixtures. The sulfate gives water a bitter taste and can cause digestive problems.

Get your well tested right away by a state-certified lab. A basic bacteria and nitrate screen runs fifty to one hundred dollars, but you need a comprehensive mineral and metals panel for two hundred to four hundred dollars because you are dealing with multiple contaminants. A whole-house treatment system combining filtration and radon removal can address these problems. Contact the Ohio EPA or your county health department for certified lab names.

Contaminant Detection Data

Contaminant Samples % Above MCL Distribution Confidence Risk
Radon 1 100% 0% · 0% · 100% Low High
Manganese 21 85% 10% · 10% · 81% Moderate High
Iron 53 64% 26% · 11% · 62% Moderate High
Sulfate 66 27% 58% · 15% · 27% Moderate High
Chloride 51 4% 84% · 12% · 4% Moderate Moderate
Arsenic 3 0% 100% · 0% · 0% Low Low
Fluoride 8 0% 88% · 12% · 0% Low Low
Lead 2 0% 100% · 0% · 0% Low Low
Nitrite 9 0% 100% · 0% · 0% Low Low
Uranium 1 0% 100% · 0% · 0% Low Low
E. coli 1 0% 100% · 0% · 0% Low Safe
Fecal Coliform 1 Low Safe
Hardness 31 Moderate Low
Nitrate 1 0% 100% · 0% · 0% Low Safe
Nitrate 14 Low Low
pH 14 Low Low
Sodium 41 Moderate Low

MCL = Maximum Contaminant Level (EPA limit for public water; used as benchmark for private wells). Distribution shows % of sampled wells in each concentration band. Methodology.

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