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Politics : President Barack Obama -- Ignore unavailable to you. Want to Upgrade?


To: Wharf Rat who wrote (73447)5/3/2010 1:53:42 AM
From: tejek  Read Replies (1) | Respond to of 149317
 
F. Gehry's latest building........in Vegas, baby:




To: Wharf Rat who wrote (73447)5/3/2010 3:01:32 AM
From: Broken_Clock  Read Replies (1) | Respond to of 149317
 
No FEMA called yet?
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blog.al.com

Leaked report: Government fears Deepwater Horizon well could become unchecked gusher
By Ben Raines
April 30, 2010, 2:18PM
View full size(AP Photo/Pablo Martinez Monsivais)

Homeland Security Secretary Janet Napolitano uses a map of the Gulf of Mexico during the daily press briefing at the White House in Washington, Thursday, April 29, 2010. A leaked memorandum obtained by the Press-Register on the unfolding spill disaster in the Gulf makes clear the Coast Guard now fears the Deepwater Horizon well site could be on the verge of becoming an unchecked gusher shooting millions of gallons of oil per day into the Gulf.
'The following is not public' document states

View full size(AP Photo/U.S. Coast Guard)
This image provided by the U.S. Coast Guard Saturday April 24, 2010, shows oil leaking from the drill pipe of the Deepwater Horizon drilling rig after it sank. A confidential government report on the unfolding spill disaster makes clear the Coast Guard now fears the well could be on the verge of becoming an unchecked gusher shooting millions of gallons of oil per day into the Gulf.
A confidential government report on the unfolding spill disaster in the Gulf makes clear the Coast Guard now fears the well could become an unchecked gusher shooting millions of gallons of oil per day into the Gulf.

"The following is not public," reads the National Oceanic and Atmospheric Administration's Emergency Response document dated April 28. "Two additional release points were found today in the tangled riser. If the riser pipe deteriorates further, the flow could become unchecked resulting in a release volume an order of magnitude higher than previously thought."

Asked Friday to comment on the document, NOAA spokesman Scott Smullen said that the additional leaks described were reported to the public late Wednesday night. Regarding the possibility of the spill becoming an order of magnitude larger, Smullen said, "I'm letting the document you have speak for itself."

In scientific circles, an order of magnitude means something is 10 times larger. In this case, an order of magnitude higher would mean the volume of oil coming from the well could be 10 times higher than the 5,000 barrels a day coming out now. That would mean 50,000 barrels a day, or 2.1 million gallons a day. It appears the new leaks mentioned in the Wednesday release are the leaks reported to the public late Wednesday night.

"There is no official change in the volume released but the USCG is no longer stating that the release rate is 1,000 barrels a day," continues the document, referred to as report No. 12. "Instead they are saying that they are preparing for a worst-case release and bringing all assets to bear."

The emergency document also states that the spill has grown in size so quickly that only 1 to 2 percent of it has been sprayed with dispersants.

The Press-Register obtained the emergency report from a government official. The White House, NOAA, the Coast Guard and BP Plc did not immediately return calls for comment made early this morning.

The worst-case scenario for the broken and leaking well pouring oil into the Gulf of Mexico would be the loss of the wellhead and kinked piping currently restricting the flow to 5,000 barrels -- or 210,000 gallons -- per day.

LATER REPORT: Video shows federal officials knew quickly of potential for massive oil flow in Gulf spill
If the wellhead is lost, oil could leave the well at a much greater rate.

"Typically, a very good well in the Gulf can produce 30,000 barrels a day, but that's under control. I have no idea what an uncontrolled release could be," said Stephen Sears, chairman of the petroleum engineering department at Louisiana State University.

On Thursday, federal officials said they were preparing for the worst-case scenario but didn't elaborate.


Kinks in the piping created as the rig sank to the seafloor may be all that is preventing the Deepwater Horizon well from releasing its maximum flow. BP is now drilling a relief well as the ultimate fix. The company said Thursday that process would take up to 3 months.

Gulf oil spill
See continuing coverage of the Gulf of Mexico oil spill of 2010 on al.com and GulfLive.com.

To keep track of the Gulf of Mexico oil slick, visit www.skytruth.org or follow its Twitter feed.

To see updated projection maps related to the oil spill in the Gulf, visit the Deepwater Horizon Response Web site established by government officials.

How to help: Volunteers eager to help cope with the spill and lessen its impact on the Gulf Coast environment and economy.

"I'm not sure what's happening down there right now. I have heard there is a kink in what's called the riser. The riser is a long pipe that connects the wellhead to the rig. I really don't know if that kink is a big restriction. Is that really a big restriction? There could be another restriction further down," said LSU's Sears.

"An analogy would be if you have a kink in a garden hose. You suspect that kink is restricting the flow, but there could be another restriction or kink somewhere else closer to the faucet.

BP Plc executive Doug Suttles said Thursday the company was worried about "erosion" of the pipe at the wellhead.

Sand is an integral part of the formations that hold oil under the Gulf. That sand, carried in the oil as it shoots through the piping, is blamed for the ongoing erosion described by BP.

"The pipe could disintegrate. You've got sand getting into the pipe, it's eroding the pipe all the time, like a sandblaster," said Ron Gouget, a former oil spill response coordinator for the National Oceanic and Atmospheric Administration.

View full size(AP Photo/Patrick Semansky)
Oil scooped up from the Gulf of Mexico 17 miles southeast of the South Pass of the Mississippi River is seen on the hand of deck hand Jordan Ellis on the Louisiana coast Friday, April 30, 2010. The oil originated from a leaking pipeline after last week's explosion and collapse of the Deepwater Horizon.
"When the oil is removed normally, it comes out at a controlled rate. You can still have abrasive particles in that. Well, now, at this well, its coming out at fairly high velocity," Gouget continued. "Any erosive grains are abrading the inside of the pipe and all the steel that comes in contact with the liquid. It's essentially sanding away the pipe."

Gouget said the loss of a wellhead is totally unprecedented.

"How bad it could get from that, you will have a tremendous volume of oil that is going to be offgassing on the coast. Depending on how much wind is there, and how those gases build up, that's a significant health concern," he said.

The formation that was being drilled by Deepwater Horizon when it exploded and sank last week is reported to have tens of millions of barrels of oil. A barrel contains 42 gallons.


Smullen described the NOAA document as a regular daily briefing. "Your report makes it sound pretty dire. It's a scenario," he said, "It's a regular daily briefing sheet that considered different scenarios much like any first responder would."



To: Wharf Rat who wrote (73447)5/3/2010 3:05:20 AM
From: Broken_Clock  Respond to of 149317
 
The "we didn't know it would be this bad" excuse trotted out by the WH is now debunked...
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Video shows federal officials knew quickly of potential for massive oil flow in Gulf spill
By Ben Raines
May 01, 2010, 1:15PM
blog.al.com
A National Oceanic and Atmospheric Administration video, shot as officials coordinated response to the Deepwater Horizon disaster, shows that federal officials almost immediately worried that the oil well could leak up to 110,000 barrels per day, or 4.6 million gallons.
The video appears on a federal Web site.

It was filmed in Seattle, at NOAA's Western Regional Center, as scientists and federal officials in Seattle, Houston and New Orleans engaged in telephone conferences, according to a companion document on the Web site.
View full size(NOAA video still)
Federal officials discuss the Gulf of Mexico oil spill soon after the explosion of the Deepwater Horizon offshore drilling rig. The image is a still frame from a NOAA Web site video depicting the meeting at the agency's Western Regional Center in Seattle.
The video appears to have been edited, and it was shot by a person carrying a camera from room to room.
In it, officials are discussing the search for survivors of the Deepwater Horizon explosion. There is a hand-drawn map of the spill dated April 22. At one point, the video freezes on a sign next to a door that reads, "War Room."
In one scene, officials say that the estimate for the leak in a worst-case scenario is between 65,000 and 100,000 barrels per day. A dry erase board on the wall reads "Estim: 64,000 to 110,000 bbls/day. CNN reported 300,000 gal/day."
The high end of the estimate, 110,000 barrels, is about 4.6 million gallons. At that spill rate, 32 million gallons of oil would enter the Gulf every week. By comparison, the entire Exxon Valdez spill was about 11 million gallons.
Officials estimate current flow from the damaged well at 210,000 gallons a day.
It is unclear from the video what events would have to transpire to raise the flow rate higher.
A confidential NOAA report, dated April 28 and circulated among federal agencies, makes similar projections regarding spill size in a worst-case situation.
View full size(NOAA video still)
A hand-drawn map of the Gulf of Mexico oil spill dated April 22, 2010, is seen in this image from a video downloaded from the NOAA Web site. The video shows federal officials discussing the oil spill soon after the Deepwater Horizon exploded.
It describes newly discovered leaks in the tangle of riser pipe, attributing them to ongoing erosion of the pipe. The riser pipe, in this case about 5,000 feet long, connects the wellhead on the sea floor to the drilling rig on the surface.
"If the riser pipe deteriorates further, the flow could become unchecked," reads the report.
On Thursday, the day after the NOAA report was circulated, BP officials said they were worried about "erosion" of the piping.
Sand is an integral part of the formations that hold oil under the Gulf. The raw crude rising from the bottom of a well carries sand and other abrasive materials. In effect, the oil is sandblasting the piping as it rushes through with tremendous force, according to petroleum engineers.
"I think we need to be prepared for it to be the spill of the decade," Debbie Payton of NOAA, the meeting's coordinator, says during the NOAA video.
NOAA did not immediately respond to the Press-Register's request for comment on the video.