Fleck Blue-Green Copper Stains Filter

Buy Now

View full details

This week, your choice between two technical approaches to manage copper stains in your household water hinges on understanding the local water quality data and plumbing factors.

How many samples and wells stand behind the figures, and what a small sample means

The U.S. Geological Survey sampled three wells within Clark County’s aquifer N400BSNRGC, yielding copper measurements between 1.0 and 7.6 micrograms per liter (µg/L) with a median of 3.8 µg/L. These wells ranged from 291 to 1050 feet deep. Although this is a limited sample set, it offers a snapshot of copper presence in groundwater over a range of depths. It’s important to note this data reflects the aquifer broadly, not your specific well water. Only testing your own water can determine your actual copper level.

How seasonal or multi-year variation shows in the record (dates and ranges given)

Samples were collected from September 2013 through March 2015, showing copper was consistently detected in all three data points across this 18-month range. No results exceeded federal copper thresholds, indicating stability in copper levels during that period. This suggests typical seasonal or year-to-year variations did not produce large fluctuations in copper concentration within this aquifer segment.

The role of plumbing material and age, separate from the source water

Copper stains often result not just from source water copper but also from household plumbing systems containing copper pipes, fittings, or fixtures. Older plumbing or corrosion in pipes can release copper independently of aquifer concentration. Assessing your plumbing materials and condition is essential because copper leached from plumbing can contribute significantly to staining, regardless of the raw water’s copper content.

What questions a commercial or industrial operator adds that a household does not

While this page focuses on a residential household, commercial or industrial users would need to consider factors such as larger water volumes, regulatory compliance for discharge, and equipment compatibility. Their copper treatment requirements may be more complex, involving monitoring for cumulative effects and industrial processes, which are beyond typical household concerns.

How sample depth, well depth or source type changes what a reader should expect

The sampled wells were deep, between nearly 300 and over 1000 feet. Copper concentrations can vary with depth as geologic formations and water-rock interactions change. Shallower wells or surface water sources may have different copper levels or behaviors. That means your water’s copper situation might differ depending on your well depth and construction. Understanding your well depth assists in interpreting regional data relevance for your situation.

How the treated water differs at the tap once the documented technology is in place

When treated with the Fleck Blue-Green Copper Stains Filter, copper-related staining can be effectively reduced by targeting the dissolved copper responsible for discoloration and residue. This system ships ready to configure for household use and does not require specialized service support. By addressing copper presence before it reaches your pipes and fixtures, the filter helps minimize staining on sinks, dishes, and laundry, improving the appearance of your water and surfaces.

Choosing the Fleck System aligns with managing the copper concentration demand your water testing reveals, based on your own sample rather than regional data alone. This precision ensures a tailored solution addressing your household’s specific water quality challenges related to copper stains.

Where this information comes from

Source: USGS groundwater sampling. Sampled 2015-03-26. 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 Copper in the N400BSNRGC aquifer (Clark County): 3 results from 3 wells, median 3.8 ug/L, range 1.0-7.6 ug/L; none above any federal threshold