Haynesville Shale

The Haynesville Shale is a rock formation mainly composed of consolidated clay-sized particles deposited and buried in northwest Louisiana and East Texas more than 170 million years ago during the Upper Jurassic age. It is characterized by ultra-low permeability but has a high porosity compared to other shales.

The Haynesville Shale came into prominence in 2008 as a potentially major shale gas resource. Producing natural gas from the Haynesville Shale involves drilling wells from 10,000 feet and to 13,000 feet deep. The formation is deeper in areas nearer the Gulf of Mexico. The Haynesville Shale has recently been estimated to be the largest natural gas field in the contiguous 48 states with an estimated 250 trillion cubic feet of recoverable gas. Production has boomed since late March 2008, creating a number of new millionaires in the Shreveport, Louisiana region.

Oil And Gas Boom Plays In The USA And Canada

Antrim Shale ANWAR Oil Shale - Austin Chalk - Avalon Shale -Bakken Oil Shale - Barnett Shale- Bone Spring - Bossier Shale -Brazil Oil Field - Cardium Shale - Chainman Shale - Chattanooga Shale -Collingwood Shale - Cumnock Shale - Duvernay Shale -Eagle Ford Shale - Exshaw Shale - Fayetteville Shale - Granite Wash - Green River Basin Oil Shale - Haynesville Shale - Horn River Shale - Huron Shale - Kern County Oil Field - Leonard Shale- Marcellus Shale - Monterey Shale - Montney Shale -Niobrara Shale - Permian Basin - Piceance Basin - Smackover Brown Dense Formation - Spraberry Field - Tuscaloosa Marine Shale -Utica Shale - Wolfberry Trend - Wolfcamp Shale - Woodford Shale -Oil Sands - China Shale - Mineral Rights - Index of Shale

Thursday, June 23, 2011

EPA Selects Sites in Louisiana and Texas for National Study on Hydraulic Fracturing

(DALLAS – June 23, 2011) The U.S. Environmental Protection Agency (EPA) today, in keeping with the Administration’s focus on ensuring that domestic resources are leveraged safely and responsibly, announced the next steps in its congressionally mandated hydraulic fracturing study. EPA has identified seven case studies to help inform the assessment of potential impacts of hydraulic fracturing on drinking water resources. Two of the case study sites are in Louisiana and Texas. 
Natural gas plays a key role in our nation's energy future. EPA is working closely with other federal partners to ensure that this important resource can be developed safely.

"This is an important part of a process that will use the best science to help us better understand the potential impacts of hydraulic fracturing on drinking water," said Paul Anastas, Assistant Administrator for EPA's Office of Research and Development. "We've met with community members, state experts and industry and environmental leaders to choose these case studies. This is about using the best possible science to do what the American people expect the EPA to do: ensure that the health of their communities and families is protected." 


Source:: United States Environmental Protection Agency

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