Utica shale may hold 20 times more natural gas than previously thought
University researchers and government agencies are pumping up the Utica shale play.
It turns out
that the natural-gas heavy underground formation that's led to millions
of dollars in investment in eastern Ohio probably holds more gas than
initially estimated.
"(The Utica) is
much larger than original estimates, and its size and potential
recoverable resources are comparable to the Marcellus play, the largest
shale oil and gas play in the U.S. and the second-largest in the world,"
according to a new study organized by West Virginia University.
The Utica, which
is also increasingly being drilled in West Virginia and Pennsylvania,
could have recoverable volumes of 782 trillion cubic feet of natural gas
and almost 2 billion barrels of oil. That's about 20 times more than
the U.S. Geological Survey's estimate just three years ago of 38
trillion cubic feet of gas. It also projected 940 million barrels of oil
then.
The Utica Shale
Play Book Study comes from two years of research sponsored in part by a
consortium of drillers in the area, including Chevron Corp. (NYSE: CVX), EnerVest Ltd. and Range Resources (NYSE:RRC).
“This is a
landmark study that demonstrates the vast potential of the Utica as a
resource to complement – and go beyond – what the Marcellus has already
proven to be,” Brian Anderson, director of West Virginia's Energy Institute, said in a statement.
Of course, while
all that gas may be available, drilling is down as the industry
struggles with low oil and gas prices. Consol Energy Inc. (NYSE:CNX),
active in the Utica and Marcellus, just announced a new round of layoffs.
Still, gas production in the Utica is the only bright spot amid a drab
monthly report from the U.S. Energy Information Administration. It
projects the Utica as the only major shale play in the U.S. to increase its natural gas production
from July to August. The projected increase is small, but other shale
regions, including the Marcellus, are expected to see a net decrease in
production.
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