The U.S. Department of Energy (DOE) has a history, like any federal bureaucratic agency, to produce many studies. Some of these studies are productive and some of them, like a more recent study about hydraulic fracturing, are a bit more repetitive.
DOE’s latest study regarding the impacts of hydraulic fracturing and its potential effects on the water table seems to be a study to ensure former studies were accurate. In January of 2011, DOE set up a committee to examine the effects of fracturing and possible contamination of water. Outcome? No contamination found.
These findings were not satisfactory for the opposition and the environmental groups. So in 2012, the Obama administration committed $45 million to the study of hydraulic fracturing and, you guessed it, its effects on the water table.
For the better part of a year now, DOE’s National Energy Technology Laboratory (NETL) has been studying a particular fracturing site in Pennsylvania, near Pittsburg. The operator of the site allowed the NETL to place tracers in the fracturing fluid to observe if and how the fluids spread. As a reminder, the drilling at this site was taking place at a depth of more than 8,000 feet. (5,280 feet = mile). The chemical-laced fluids, mixed with sand and water, mysteriously did not flow against gravity over a mile back up to the water table. Nor did these hotly debated fluids leak from layer after layer of casing and cement as the fluids were being injected down into the well.
The final outcome of the 2013 federally funded DOE study on hydraulic fracturing and its potential effect on the water table? Zero contamination was found in the water table and aquifers nearby the study. However, environmental groups are calling for additional studies, as they claim this study was not accurate in its findings.
As a brief refresher on hydraulic fracturing, it is not a new technology. The technologies surrounding the process are simply advancing with each year. The first commercial fracturing job was completed in 1949. By 1989, over one million wells had been completed in the United States using the hydraulic fracturing technology. Today, over 90% of U.S. wells are drilled with the use of hydraulic fracturing.
Concerning the history of regulation of hydraulic fracturing, the Environmental Protection Agency (EPA) does not regulate the process. However, in 1997, the Safe Drinking Water Act was put into place regulating underground injections. By 2004, the EPA reported that the risk was minimal of hydraulic fracturing contaminating drinking water.
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