Climate change is a popular topic in the U.S. right now and has been in the spotlight for the last few years, especially with the increasing volume of drilling and fracking production and the effect on our environment. Drilling and fracking operations normally can begin very quickly after evaluations, however this week in Wyoming drilling activities were blocked completely. This past Wednesday March 20, 2019 a judge blocked oil and gas drilling across 500 square miles in Wyoming, insisting that the U.S. government must consider the climate change impacts before leasing large areas of public land for drilling exploration.
The University of Pittsburgh has always been regarded as a world class research institution, and now they are taking that reputation into the world of natural gas. Researchers from the Swanson School of Engineering were recently awarded a $1.76 million grant from the Department of Energy to conduct testing on a new method for treatment of hydraulic fracturing wastewater. University of Pitt is teaming up with EQT, a Pittsburgh-based natural gas company, and Aquatech International LLC, a wastewater treatment company, to develop their new method.
Hydraulic Fracturing is the process of stimulating rock to capture gas from shale formations in the Earth, and is also one of the main reasons the United States is on its way to be a world leader in energy production. In this technological age, advancements are happening daily and rapidly. One nuance to the oil and gas industry is making the hydraulic fracturing process more seamless, efficient, safer, and less pollutant and that is coming to fruition with the innovation of Electrical Hydraulic Fracturing. So what is Electric Hydraulic Fracturing? The technology is based upon electricity powering pressure pumps and fracking equipment fueled 100% by natural gas fueled by field gas or alternative natural gas sources.