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Preparations for BP well 'kill' operation move forward

Oil giants plan spill containment system
Washington (UPI) Jul 23, 2010 - Four U.S. oil giants announced a spill-containment system to be used to deal with deepwater blowouts in the Gulf of Mexico. Chevron, ConocoPhillips, ExxonMobil and Shell have committed $1 billion to fund the initial costs of the system, which they say would be able to deploy within 24 hours and operate in waters almost 2 miles deep under harsh weather conditions, with an initial capacity to contain 100,000 barrels of spilled oil a day. "As an industry, we must rebuild trust with the American people in order to demonstrate that we can produce energy in a safe and environmentally responsible manner," Marvin Odum, president of Shell Oil Co., said in a statement Wednesday.

Alluding to BP's trial-and-error maneuvers to contain the gulf oil spill, the companies said their system offers "key advantages to the current response equipment being used" in that it will be pre-engineered, constructed, tested and ready for rapid deployment in the deepwater Gulf of Mexico. The region accounts for 30 percent of U.S. oil and gas production and supports more than 170,000 American jobs. A team of marine, subsea and construction engineers from the four companies is developing the emergency response system. "If we all do our jobs properly, this system will never be used," said Rex Tillerson, chairman and chief executive officer of ExxonMobil. "The extensive experience of industry shows that when the focus remains on safe operations and risk management, tragic incidents like the one we are witnessing in the Gulf of Mexico today should not occur," he said.

The companies said they would form a non-profit organization, the Marine Well Containment Co., to operate and maintain the system. While BP is not part of the initiative, the four companies said members of the oil industry would be invited to participate. Matthew Beeby, an energy analyst with Global Hunter Securities in Fort Worth, Texas, told the Houston Chronicle the initiative is clearly a bid by the industry to mend fences with the government and an American public angered over BP's spill but concerned as well about the potential loss of jobs from a six-month deepwater drilling moratorium. But while the response system is a positive step, it represents just one possible tool in what must be a more robust tool kit for oil companies to respond to spills, said Rep. Edward Markey, D-Mass., who chairs an energy and environment subcommittee. "The oil companies must also invest more in technologies that will prevent fatal blowouts in the first place," Markey said in a statement.
by Staff Writers
New Orleans, Louisiana (AFP) July 25, 2010
Engineers moved ahead Sunday with preparations for a well "kill" operation that officials hope will permanently plug the oil leak causing the worst US environmental disaster.

A major vessel charged with drilling a relief well to finally stop the BP oil spill arrived back at the Gulf of Mexico well site Saturday after briefly evacuating due to a tropical storm.

US Coast Guard Admiral Thad Allen said the first chance to seal the well for good could come in the next few days, as response crews quickly scaled operations back up after the storm fizzled.

"That is a very rough estimate, three to five days from now," Allen said.

The returning drill rig, Development Driller 3 (DD3), was among some 10 ships that evacuated the area ahead of Tropical Storm Bonnie. It was to begin reattaching to the well site immediately, according to the US official overseeing the spill response.

A cap over the wellhead has shut in leaking oil since July 15.

But officials and residents are desperate to permanently resolve the disaster, more than three months after the April 20 explosion aboard the BP-leased Deepwater Horizon oil platform which killed 11 workers and sank the rig.

The International Energy Agency estimates that between 2.3 million and 4.5 million barrels of crude have gushed into the sea as a result of the leak.

A spokesman for the British energy giant, Bryan Ferguson, said it would take around 21 hours to reconnect the DD3 to drilling operations some 5,000 feet (1,500 meters) below the sea surface.

The rig is drilling the first of two relief wells that will be used to definitively plug the devastating spill.

BP and US officials currently plan two operations to kill the well.

The first, a "static kill," involves pumping heavy drilling fluid known as mud through the blowout preventer valve system that sits on top of the well, and then injecting cement to seal it.

The process is similar to a "top kill" attempt that failed in May, but officials say the cap now in place over the leak will make the operation easier and more likely to succeed.

However, BP and US responders have said the ultimate solution to the leak will be via the relief wells, which will intersect the original well.

Using the same process as the static kill, drilling fluid, which is denser than oil, will be pumped via the relief well until the flow of crude is overcome, allowing the damaged well to be sealed with cement.

Before either can begin, the last section of the relief well must be secured with a 3,000-foot piece of steel pipe called a "casing run", which will be cemented in place.

"You're probably into three to five days from now when they might be able to be in a position to have the casing pipe in place and we could probably start the static kill at that point," Allen said.

The spill has now washed up oil along the shorelines of all five US states on the Gulf Coast. But amid Saturday's high anxiety over the storm and the evacuation of vessels that aimed to keep workers and equipment safe, some experts said the high waves kicked up by Bonnie might actually help dissolve some of the oil faster.

"We expect that Bonnie should help dissipate and weather the oil that's at the surface, it will spread the surface slick out and thereby lower concentrations," said Jane Lubchenco, who heads the National Oceanic and Atmospheric Administration (NOAA).

The storm would "also cause more natural dispersion, again lowering the concentration and making it more available to natural bacteria that are in the water," she said.

Other experts argue that surface currents bolstered by high winds would likely shift the near-surface oil closer to the Gulf Coast and spread it over a larger area, and that a severe storm surge from the likes of a hurricane could send fouled water far up into the bayous, contaminating fragile spawning grounds for fish and shrimp.

In Larose, a Louisiana town near the Mississippi River delta, a shrimper named Barry who now does spill clean-up work for BP said Gulf Coast residents dodged a bullet when Bonnie fizzled.

"If we can get lucky and just have Bonnies, we would fare a lot better," he told AFP.

"A hurricane anything more than minimal size, even a big tropical storm, is going to be devastating to this entire area."



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