Dela. Riverkeeper Opposes New Electric Line Because of…Fracking?
So screwed up are the fossil fuel haters that they’ve taken to opposing a proposed new regional electric power line that would run from Pennsylvania to points in New Jersey, New York and Maryland because (follow this twisted logic)–it runs through Marcellus Shale regions and the new power line will be an incentive for power plants to locate in that region to tap into cheap, abundant and clean-burning natural gas to generate electricity at a cheaper cost than can be generated in other places. And even though fracking has been proven not to contaminate water (see Federal NETL Study: Fracking Doesn’t Contaminate Water Supplies), apparently the word hasn’t yet reached THE Delaware River Keeper herself (Maya van Rossum) because she says the power line will be an incentive for more fracking and fracking is evil ’cause fossil fuels are evil and la la la la don’t tell me otherwise I’m-not-listening…
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A shout out to MDN readers who may be attending the always-excellent Shale Insight conference
In March 2013, the Center for Sustainable Shale Development (CSSD) burst onto the scene. It had been a closely guarded secret, the creation of a few hand-picked people from both industry and the environmental movement working together to see if there is any common ground on which both sides can agree that shale development would be safe, sustainable AND affordable. They worked hard for over a year and finally hammered out a set of 15 standards that if a driller (or midstream company or contractor) would meet, it would get a stamp of approval from both the industry and environmental groups as being a good goobie–a safe driller. We were somewhat skeptical from the start (see
This is a very important story that MDN has been following for more than two years. In June 2012, MDN reported the launch “out of nowhere” of a study by U.S. Dept. of Energy’s National Energy Technology Laboratory (NETL) to test whether or not faults, or large cracks that sometimes exist through multiple rock layers, can create a pathway for hydraulic fracturing fluids to migrate to aquifers (see