If you are on a private well in Lewis or Upshur County you are in good company — around 30 percent of Lewis County and 28 percent of Upshur County are self-supplied, against roughly 5 percent in Monongalia and Marion. Those are USGS estimates from 2015.
And the first thing worth saying is that the problem people actually call about here is usually not hardness.
Iron and manganese come first
In the USGS survey of West Virginia groundwater, iron was above the federal secondary standard in 57 percent of samples, and manganese in 62 percent. Those are the two that stain a bath and a toilet cistern orange, turn laundry gray, and leave a metallic taste.
Worth knowing about that survey: it sampled raw untreated groundwater, and about 80 percent of the wells were public-supply wells rather than domestic ones. So read it as the regional pattern, not as a prediction about your well.
There is a second clue hiding in the public water systems. Every treatment plant around here — Morgantown, Fairmont, Clarksburg, Buckhannon — doses potassium permanganate, and EPA’s records list iron removal and manganese removal as the stated reason. The utilities do not publish what they are removing. But they are all built to remove it.
A softener does not fix iron, manganese or a sulfur smell
This is the most common and most expensive misunderstanding in the trade.
A water softener works by ion exchange. It swaps calcium and magnesium — hardness — for sodium. That is what it does, and it does it well.
It is not an iron filter. Put a softener in front of a well with real iron in it and you will foul the resin, lose capacity, and be disappointed within a year or two. Iron and manganese need an oxidising filtration stage ahead of the softener. A rotten-egg smell is hydrogen sulfide, which is a third thing again. Bacteria is a fourth, and needs UV.
Anybody quoting you a softener for an orange-staining well without talking about a filtration stage first either has not understood the problem or is hoping you have not.
The mining question, and the honest version of it
This is old coal country, and it does show up in the water. USGS compared domestic wells downgradient of reclaimed surface mines against wells in unmined ground:
- Hardness — median 135 mg/L near mines, against 70 in unmined areas.
- Iron — median 840 micrograms per liter, against 80. More than ten times.
- Manganese — median 235, against 94.
- Sulfate — median 32.5 mg/L, against 14.
All statistically significant. (Those medians pool the northern and central Appalachian coal regions; the report’s own conclusion is that mined areas of the high-sulfur northern region, which is this one, have the highest hardness and sulfate of anywhere it studied.)
The mechanism is worth understanding because it is counter-intuitive. Pyrite in the coal and the overburden oxidises and makes sulfuric acid, which dissolves minerals out of the surrounding rock. And then the limestone that gets used to neutralize mine drainage adds calcium of its own. The cleanup itself is part of why the water ends up hard.
But it is a question of distance and depth, not of county
Here is the part a salesman would leave out, and it is in the same USGS report.
Mine-drainage constituents exceeded background levels within about 500 feet of a mined site, and were at or below background beyond about 1,000 feet. Depth mattered just as much: sulfate, hardness and dissolved solids peaked in wells 50 to 150 feet deep, and were below background in wells deeper than 150 feet.
So a shallow well near old workings is a genuine question. A three-hundred-foot well half a mile away probably is not. Living in a county that was mined does not mean your water is affected, and we are not going to tell you it does.
Two things we are not going to claim
Acidic water is not the regional norm. You might expect it in coal country, but USGS data for the aquifers of northwestern West Virginia points the other way. We are not going to sell you a neutralizer on a hunch.
Arsenic is not a documented problem in wells here. USGS found it mostly non-detect, well under the drinking water limit. If you have read otherwise on a company website, ask them where the number came from.
What is worth knowing about your well
Hardness, iron, manganese, pH, and bacteria at minimum. Bacteria needs a lab, and if you have never had it checked it is worth doing regardless of who you buy from. Then call us at (304) 435-9812 or fill out the form, tell us what you are seeing, and we will tell you which system fits your well and what it costs.