Extended Fracking Water Test

$ 600.00 $ 750.00 Save 20%

Extended Fracking Water Test

This test is part of Tap Score's Fracking Related Water Test Collection 

The Extended Fracking Test analyzes your water for all the underlying chemical parameters, broadly inclusive of metals, heavy metals, ions and other volatile organic compounds commonly associated with oil and gas activity. These parameters have been selected due to recommendations made by Federal and State guidance documents on safe water testing in areas nearby hydraulic fracturing and oil and gas activity.

If these tests are performed before, during, and after drilling and/or fracturing activity they are intended to demonstrate changes in underlying water quality. Performed only afterward, they'll let you know whether your sample contains potentially harmful chemicals. There is no known fingerprint for hydraulic fracturing in drinking water. As a result, there is likely no testing kit that one can bring to court and conclusively prove cause and effect.

Parameters in the Extended Fracking Water Test Package

TDS, Alkalinity (total), Barium, Chloride, Magnesium, Potassium, Sodium, Calcium, Hardness (total), Iron, Manganese, EC, Total Suspended Solids, Bromide, Arsenic, Lead, Sulfate, Antimony, Beryllium, Copper, Nickel, Cadmium, Mercury, Lithium, Fluoride, Total Nitrogen, Boron, Cobalt, Molybdenum, Phosphorous, Selenium, Silver, Strontium, Thallium, Vanadium, Uranium, Methane, Gross Alpha, Gross Beta

You may request for a professional technician to come collect your water sample on-site. The cost for this additional service varies by time and location. However, if enough people in your neighborhood are running the same test, we can eliminate the professional sampling fee. Inquire at hello@simplewater.us for details.

Frequently asked questions

How were these contaminants selected?

These testing packages were selected based upon a few factors after preliminary literature review:1: likelihood of some mobility in groundwater, 2: representativeness across studies; 3: occurrence on FracFocus as tabulated in studies; and 4: potential for health concerns. Most of the contaminants in these lists have some health data but not all. We are interested in exploring contaminants that 1) have health impacts and/OR 2) have been associated with hydraulic fracturing elsewhere.

What are the limitations of testing tap water for evidence hydraulic fracturing?

There is no known fingerprint for hydraulic fracturing in drinking water. As a result, there is likely no testing kit that one can bring to court and definitively prove cause and effect. This is because: 1) There is no comprehensive list of contaminants that will capture all hydraulic fracturing contaminants, 2) Companies use proprietary mixtures based on the geology and conditions of individual wells, and 3) Many indicators of hydraulic fracturing influence in drinking water are also associated with a) naturally occurring contaminants (which the hydraulic fracturing process may release through the drilling process) and/or b) other industrial contaminants.

Water sampling includes the following general limitations:

  • Water samples represent a point in time and space and without replication, do not represent exposure over time.
  • Detection limits for uncommon contaminants may not be adequate to detect very low concentrations of contaminants, which may still be of health concern.

What are the following water tests able to do?

SimpleWater recommends the following tests as a good measure of changes in water quality if tests are taken before, during, and after an event related to drilling for oil or gas. Each test can tell you about the level of contaminants in your water and give an indication of overall quality. If water quality changes over a period of time based on these tests, the change can be positive (less contamination) or negative (more contamination). We recommend consultation with Simple Water on options for water treatment and perhaps more sophisticated testing if results indicate a negative change. Detection limits in certified laboratories are especially relevant to consider in cases where water is tested for trace or un-common contaminants. Identification of low concentrations of contaminants or byproducts they form en route to your well or tap may require more sophisticated testing.