Posts Tagged ‘Jim Gipson’

By MURRAY EVANS Associated Press Writer

OKLAHOMA CITY — Chesapeake Energy Corp. said Monday it plans to raise about $5 billion over the next two years in an effort to expand its investment in oil and natural gas liquids and to reduce its debt.

Oklahoma City-based Chesapeake announced a “strategic and financial plan” that includes the sale of up to a 20 percent equity interest in its Chesapeake Appalachia LLC subsidiary to investors within the next three to 12 months. Chesapeake is a key driller in the Appalachian Basin, with 24 operating rigs in the Marcellus Shale natural gas play.

Chesapeake also announced a private placement of $600 million of a new series of convertible preferred stock to investors in Asia. The investors, Maju Investments (Mauritius) Pte Ltd. and Hampton Asset Holding Ltd., will have an option for up to $500 million more shares within the next 30 days.

Of the $5 billion to be raised, Chesapeake said it plans to use $3.5 billion to pay off its debt and $1.5 billion to focus on drilling for oil and natural gas liquids.

Chesapeake also is looking at negotiating various joint ventures as part of its plan, which the company said is ultimately designed to achieve an investment grade rating for its debt securities.

Chesapeake is one of the top independent natural gas producers in the U.S. but has gradually expanded its oil and natural gas liquids portfolio in recent months. Company spokesman Jim Gipson said natural gas accounted for about 90 percent of Chesapeake’s production in the first quarter of 2010, down from 93 percent a year ago.

Chesapeake’s CEO Aubrey McClendon has spoken in recent weeks about the company’s interest in expanding its oil and natural gas liquids production, noting that oil prices are rising while the cost of natural gas is stagnant. Crude oil rose $1.69 to $76.80 per barrel Monday on the New York Mercantile Exchange while natural gas rose 15.5 cents to $4.170 per 1,000 cubic feet.

In a production update issued last week, Chesapeake said it is trying to identify more supplies of oil and natural gas liquids.

Copyright: Times Leader

DAVID WETHE Bloomberg News

HOUSTON — Halliburton Co. and Schlumberger Ltd., trying to forestall a regulatory crackdown that would cut natural-gas drilling, are developing ways to eliminate the need for chemicals that may taint water supplies near wells.

At risk is hydraulic fracturing, or fracking, a process that unlocked gas deposits in shale formations and drove gains in U.S. production of the fuel. Proposed regulations might slow drilling and add $3 billion a year in costs, a government study found. As one solution, energy companies are researching ways to kill bacteria in fracturing fluids without using harmful biocides.

“The most dangerous part in the shale frack is the biocide,” said Steve Mueller, chief executive officer at Southwestern Energy Co., the biggest producer in the Fayetteville Shale of Arkansas. “That’s the number-one thing the industry is trying to find a way around.”

House and Senate bills introduced in 2009 would force producers to get permits for each well. That and other proposed environmental measures would cut drilling by as much as half and add compliance costs of $75 billion over 25 years, according to the U.S. Energy Department.

Biocides are employed because the watery fluids used to fracture rocks heat up when they’re pumped into the ground at high speed, causing bacteria and mold to multiply, Mueller said. The bacteria grow, inhibiting the flow of gas.

“You basically get a black slime in your lines,” he said. “It just becomes a black ooze of this bacteria that grew very quickly.”

Halliburton said March 9 that it’s testing a process using ultraviolet light to kill bacteria in fracking fluid.

About 80 percent of gas wells drilled in North America, including virtually all of those in the Marcellus Shale in Pennsylvania, are stimulated or fractured in some way, Tim Probert, corporate development chief at Halliburton, said.

“It’s incumbent on the industry to continue to develop tools and technologies that are compatible with minimizing the environmental impact of the stimulation process,” Probert said.

Copyright: Times Leader