Category Archives: Uncategorized

Truthout: Regulatory Agencies’ Attempts to Sweep Oil Under the Rug Raise Questions

http://www.truth-out.org/regulatory-agencies-attempts-sweep-oil-under-rug-raise-questions62436
Photo: Cody Simms / Flickr)

Wednesday 18 August 2010

by: Wenonah Hauter, Food & Water Watch

(Washington, DC – A recent report by the Deepwater Horizon Incident Joint Information Center (a collaboration between the federal government and BP) claiming that only 25 percent of spilled oil remains in the Gulf has been refuted by researchers with the Georgia Sea Grant and University of Georgia, who released a report yesterday concluding that in fact nearly 80 percent of the oil remains in the Gulf. The report confirms the fact that the federal government should have taken a more cautious and responsible approach to testing marine life before opening the Gulf for fishing.

The report affirms what many have thought: that the oil could not have realistically vanished like ‘sugar dissolves into water’ — a ludicrous statement the federal officials used to describe what happened to the millions of gallons spilled into the Gulf.

This independent analysis of the regulators’ claims raises some important questions about the Joint Information Center’s report. Is BP’s influence at play in presenting the findings in a more positive light? Was the report an attempt at crisis communications that simply backfired?

The FDA and National Oceanic and Atmospheric Administration (NOAA) are the two regulatory agencies charged with protecting consumer health after the spill. NOAA is one of the many federal agencies involved in BP’s Joint Information Center. Unfortunately, these agencies have been anything but forthcoming and transparent in notifying consumers and the Gulf fishing communities about safety concerns resulting from the spill.

Every day that the Gulf is closed to fishermen is a day BP must pay out additional claims to them. Is this why regulators opened the Gulf for commercial fishing, despite warnings from fishermen and documented cases of oil in marine life? Unfortunately, this hasty decision is currently jeopardizing not only consumers but the future reputation of the Gulf fishing industry.

Prematurely opening the Gulf is not the only incidence of poor decision making. Rather than employ careful microbiological testing of seafood, the federal agencies continue to predominantly use sniff tests to determine the presence of oil. And instead of immediately testing seafood for contamination by Corexit, the controversial dispersant banned in Europe but used widely in the Gulf by BP, they feed the media a vague date for future testing.

At this point, it appears that FDA and NOAA oversight is as lacking as the Minerals Management Service’s ’oversight’ that led to the initial Deepwater Horizon rig explosion.

Ultimately, it is this regulatory negligence that would be responsible for any widespread consumer illness resulting from the unprecedented effects of oil and dispersant on the Gulf and its marine life – effects that would go undetected due to poor testing regimes.

In order to restore the public’s trust, NOAA and the FDA must perform more comprehensive and timely tests and present us with reliable and unbiased findings rather than continue in their attempt to sweep millions of barrels of oil and controversial dispersants under the proverbial rug. The Gulf should not have been opened for fishing until this occurred.

All republished content that appears on Truthout has been obtained by permission or license.

Special thanks to Richard Charter

Wall Street Journal: Oceanographer To Challenge US Claims On Spill Cleanup

August 18, 2010

http://online.wsj.com/article/BT-CO-20100818-711960.html

By Siobhan Hughes
Of DOW JONES NEWSWIRES

WASHINGTON (Dow Jones)–An oceanographer will tell Congress on Thursday that the Obama administration was “misleading” when it claimed that about three-quarters of the oil that gushed from a broken BP PLC (BP, BP.LN) well in the Gulf of Mexico had been broken down or cleaned up.

Ian MacDonald, an oceanographer at Florida State University, will tell a U.S. House Energy and Commerce subcommittee that only 10% of oil discharged into the ocean was “actually removed from the ocean.” In a report released earlier this month and touted by the White House, the government emphasized different numbers, saying that 17% of the oil released by the well had been collected without ever reaching the ocean and about half had dissolved or been dispersed.

The government’s report “gives the impression that the clean-up efforts were more effective than they actually were,” MacDonald will tell the subcommittee on energy and environment. He will say that the report “mixes very different categories together,” such as oil that can harm the environment in the future and oil that “posed no such threat” once it was pumped into tankers. The prepared testimony was reviewed by Dow Jones Newswires.

On Wednesday, National Oceanic and Atmospheric Administration chief Jane Lubchenco defended the government’s estimates, saying that “we stand by the calculations that we released recently.” She said that the government was “going forward” with “additional monitoring” and would change its estimates if “new information should come to the fore.”

Earlier this month, a team led by the U.S. Interior Department and NOAA said that of 4.9 million barrels released by the well, just over one fourth was a “residual amount” that was either on or just below the surface as a light sheen and weathered tar balls or had washed ashore.

“We really cannot check whether this number should actually be 36% of 19%,” MacDonald will say. He will say that the report does not provide any citations or formulas that would allow “an independent reviewer to determine where these numbers actually come from.”

MacDonald will also challenge the government’s statement that the oil released into the ocean is biodegrading quickly.

“Science simply does not know how quickly or slowly oil will degrade either in surface waters of in the deep waters of the Gulf,” MacDonald will say. He will say that preliminary evidence suggests “a slow rate of degradation.” That contradicts the government’s statement earlier this month that “oil from the BP Deepwater Horizon spill is biodegrading quickly.”

MacDonald will also say that oil that has resisted dispersion and evaporation “will be very persistent” and “remain potentially harmful for decades.”

MacDonald will say that the gas released by the spill “should not be ignored.” He will say that fish exposed to concentrated methane “have exhibited mortality and neurological damage.”

He will also say that he is concerned about the ability of the Gulf of Mexico to withstand the shock of the oil spill.

“My greatest concern is that portions of the ecosystem may experience “tipping point” effects that overwhelm resiliency,” MacDonald will say. While “we can hope” that the spill’s distance from shore and its depth “will mitigate the impact,” scientists “have to watch with utmost scrutiny.”

MacDonald also will say that the Gulf of Mexico must be “first in line” for payments made by BP to compensate for damage from the spill. That could set off a conflict with residents of the Gulf region, who are also seeking compensation for the damage to their livelihoods.

“Much as I sympathize with the economic hardship caused by the BP discharge and desire that restitution be paid, a big part–the biggest part–of our response must put the Gulf herself first in line for repayment,” he will say.

-By Siobhan Hughes, Dow Jones Newswires; (202) 862-6654; siobhan.hughes@dowjones.com

Special thanks to Richard Charter

NOLA.com: Scientists wary of U.S. report that says only 26 percent of spilled Gulf oil left

NOLA.Com
August 18, 2010

http://www.nola.com/news/gulf-oil-spill/index.ssf/2010/08/scientists_wary_of_us_report_t.html

Published: Tuesday, August 17, 2010, 9:15 PM
Updated: Tuesday, August 17, 2010, 9:25 PM
The Times-Picayune
By Aimee Miles, staff writer

Some scientists are voicing doubts about the accuracy of an Aug. 4 intergovernmental agency report
http://www.deepwaterhorizonresponse.com/posted/2931/Oil_Budget_description_8_3_FINAL.844091.pdf
asserting that just 26 percent of the estimated 4.9 million barrels of oil released from BP’s ruptured wellhead
http://www.nola.com/news/gulf-oil-spill/index.ssf/2010/08/scientists_wary_of_us_report_t.html
remains to be dealt with onshore and at sea.
The highly publicized report,
http://www.nola.com/news/gulf-oil-spill/index.ssf/2010/08/local_officials_environmentali.html
trumpeted on the Aug. 4 front page of the New York Times and unveiled later that day by NOAA Administrator Jane Lubchenco in a White House ceremony attended by Deepwater Horizon incident commander Thad Allen and White House energy adviser Carol Browner, was hailed as a sign of remarkable progress in the Gulf, and led many to question the severity of the spill altogether.

But the report hasn’t marinated well during the past two weeks, attracting increasing criticism from scientists for its dubious conclusiveness and lack of substantiation.

Written by the National Oceanic and Atmospheric
Administration
http://response.restoration.noaa.gov/dwh.php?entry_id=809
in conjunction with the U.S. Geological Survey,
http://www.usgs.gov/
the five-page report includes a pie chart that describes the fate of the oil, broken into seven categories. According to the chart, roughly one-third of the oil that gushed from the wellhead is definitely gone: recovered directly or eliminated by burning, skimming, or chemical dispersion operations.

While that represents roughly 19 percent of the oil removed from the water by response teams, the report reads as if natural processes have eliminated more than twice that amount through evaporation, dissolution or natural dispersion.

Some scientists suspect the figure for oil remaining in the water is much higher than the report’s estimates, and complain that federal officials have refused to reveal the algorithms used to derive the calculations that relied on measurements and estimates provided by Gulf response teams in daily operational reports.

The dearth of supporting data has led to grumbling from environmental scientists, who say they’ll reserve judgment until they can verify the math.

Accusations of obfuscation

A congressional investigator, who asked not to be named, said his repeated requests to NOAA for specific formulas and calculations have gone unmet. The level of obfuscation surrounding the origins of the figures, he said, would never be accepted if the report were presented for publication in an academic journal.

Kerry St. Pe, director of the Barataria Terrebone National Estuary Program, has no confidence in the figures, despite their being reported “as gospel.” Federal scientists can’t determine exactly how much oil has even entered the Gulf, let alone calculate with accuracy what has happened to it since, St. Pe said.

A group of scientists under the Georgia Sea Grant program, part of a NOAA-sponsored university network of ocean and coastal researchers, released an alternative report
http://www.nola.com/news/gulf-oil-spill/index.ssf/2010/08/georgia_scientists_say_80_perc.html
on Tuesday that addresses what they see as faulty conclusions in the federal report.

Their report claims that most of the oil that leaked into the Gulf is still present. They concede that much of it is dissolved or in the form of dispersed micro-droplets, but caution that oil in that state isn’t harmless. According to the Georgia report, between 70 percent and 79 percent of the oil remains in the ecosystem.

Other scientists are also dubious of the specifics in the NOAA report.

“Some members of the scientific community are putting more credibility into what these figures mean than what was meant,” St. Pe said. “They’re just estimates … to give the public a general idea of the fate of the oil and not with any precision.”

‘A ballpark number’

Ed Overton, an LSU environmental scientist who specializes in the chemistry of oil spills, estimates the margin of error in the federal report could be as high as 30 percent. The amount of oil that remains, he said, could be anywhere between a quarter and one-half of the spill’s total volume — a volume that itself is not precisely defined.

Overton, one of 11 independent scientists that NOAA consulted for analysis, said he was contacted by the agency a couple of months ago to provide comments on “significant figures” in early versions of the report. Other scientists consulted included faculty from the University of Calgary and the University of California, San Diego, as well as the chairman of Exxon Mobil’s research and engineering department and BP’s consultant on dispersants and controlled burns, Alan Allen.

Overton said the seeming precision of the Aug. 4 report gave the illusion that federal scientists knew more than they do.

“Models will only give you a ballpark number,” he said. “If you say 24 (percent), you are implying it’s not 23 and it’s not 25.”

The problem, Overton said, is that scientists are using a finite number of variables to model an environmental system that is infinitely complex. That introduces a large margin of error.

Both Overton and St. Pe said the greatest potential for error is contained in the amount of oil said to have evaporated or dissolved. The federal report’s estimate was roughly 1.2 million barrels, or about 30 percent of the oil that entered the Gulf.

‘Your best guess’

Scientists agree that the oil in the Gulf is prone to rapid biodegradation. They believe that because the oil is buoyant, it’s likely to remain closer to the water’s surface, where it may evaporate, disperse or dissolve, or provide food for crude-eating microbes.

But the rates of those natural processes depend on water temperature, weather conditions, currents, and the depth and molecular content of the oil — all of which can be difficult to quantify. “When push coves to shove,” said Overton, “a lot of times you have to put parameters into the model, and sometimes those parameters are your best guess.”

Those best guesses draw upon existing scientific literature from previous spills and from laboratory simulations, which don’t necessarily match Gulf conditions, Overton said. He believes NOAA’s estimate for evaporative losses may actually be conservative, and that the actual amount may be as high as 50 percent.

“I know there’s questions about (the report’s) accuracy, but I think at this point in time it’s the most accurate compilation … that’s available,” said Jay Grimes, a marine microbiologist at the University of Southern Mississippi’s Gulf Coast Research Laboratory.

Grimes also believes the most inconclusive variable is the amount of oil that decomposed at sea.

Functional information

Bill Lehr, the lead scientist on the report, said changes in environmental conditions were taken into account. Although conditions at sea changed from day to day, Lehr said averaging the numbers would smooth out differences. He said NOAA’s figures were consistent with experiments performed in Canada and Norway.

“The unusual feature of this was the spill being a mile deep and therefore we would have some components that would normally evaporate dissolved in the water column,” Lehr said.

For that reason, the report groups evaporation and dissolution into a single category.

Lehr believes the budget’s greatest uncertainties are not in its evaporation and dissolution rates, as other scientists have claimed, but in the rates of dispersion.

Parts of the oil-gas mixture that exited the wellhead dispersed naturally, Lehr said, but the fluid dispersal rate is a calculated estimate, and not a measurement. Lehr said other sources have suggested that the dispersants may be more effective than what NOAA presumed, which could mean the report is also conservative in this aspect. But as oil emulsifies at the water’s surface, it becomes stickier, which also renders dispersants less effective, he acknowledged.

Other questions persist.

While the report said only 3 percent of the oil spilled was picked up by skimmers, that number is likely high, Lehr said, because skimmers’ measurements include both oil and water.

Lehr said the federal report, whose figures have been widely discussed by the media, was meant to provide functional information to the incident command, not to stand up to rigorous academic evaluation.

He expects a more detailed report on the oil budget will soon be released, one that contains data, assumptions, references, and comments from peer reviewers.

“It’ll be what people are used to seeing in terms of a scientific report,” Lehr promised.

Aimee Miles can be reached at amiles@timespicayune.com or 504.826.3318.

Special thanks to Richard Charter

Pensacola News Journal Opinion: How do they know the oil is gone? They guessed….and Sarasota Herald Tribune Opinion: Shifting data on the Gulf spill

http://www.pnj.com/article/20100819/OPINION/8190302/Editorial-How-do-they-know-the-oil-is-gone-They-guessed

Editorial: How do they know the oil is gone? They guessed
Pensacola News Journal
August 19, 2010

Certainly, initial results from studies by university scientists in Georgia and Florida can’t be used to jump to conclusions about how big the oil problem is in the Gulf of Mexico. We just wish the federal government would have shown similar restraint in claiming that most of the oil is already gone.

We understand the desire to rebuild confidence in the health of the water along coastal communities. But painting an optimistic scenario based on scant scientific data is counterproductive, and possibly dangerous.

After federal officials blithely claimed that “at least 50 percent of the oil” leaked from the ruins of the Deepwater Horizon well “is now completely gone from the system,” scientists from the University of South Florida and the University of Georgia returned from sampling the Gulf to say it ain’t so.

So what did the federal officials base their happy scenario on?

The scientific equivalent of guessing.

The AP reported this week that according to a National Oceanic and Atmospheric Administration scientist, the “vast majority” of the “oil is gone” evaluation came from ” ‘educated scientific guesses’ ” because “direct measurements were not possible” on the efforts aimed at removing the oil.

Oh, well, that’s reassuring!

“The oil is not gone, that’s for sure” said a USF scientist, based on actual sampling of the Gulf. And a University of Georgia scientist – again, based on actual testing – said that there’s “a tremendous amount of oil that’s in the system.”

Federal officials, meanwhile, also jauntily assured us that in addition to all the oil that was “gone from the system,” the rest of it “is degrading rapidly or is being removed from the beaches.”

Please – let’s wait until we have a sufficient amount of actual scientific evidence and analysis before adopting the cheery “out of sight, out of mind” mantra that appears to now be the official government policy on the oil spill.

________________________________________

http://www.heraldtribune.com/section/opinion
Editorial: Shifting data on the Gulf spill
Sarasota Herald Tribune
August 19, 2010 on page A8

USF research shows the need for more study and environmental review

Is the Gulf environment already recovering from the BP oil spill, or is the damage simply moving to areas that are harder to see?

The federal government touted the first scenario, but newer research may suggest the latter.

Reported on widely this week, the new data — from the University of South Florida — indicate microdroplets of oil are resting in a deep Gulf canyon that is important to many fish species. Moreover, the oil appears to be toxic to plankton — a fundamental part of the food chain.

The USF research results are preliminary, so no one should be jumping to conclusions. USF scientists say further analysis will be done in the weeks ahead.

Not the first time

Still, this is not the first time in the BP drama that government optimism has collided with independent research.

Earlier this summer, for example, USF researchers found signs of underwater oil plumes — news greeted with skepticism by federal scientists but eventually confirmed. That finding called into question BP’s use of dispersants to break up the gushing oil. The dispersant, which poses its own environmental risks, may have sent the oil deeper into the water column.

The lack of scientific consensus is yet another reminder that the BP spill, which began with the April 20 explosion of the Deepwater Horizon rig, is not really over. The ruptured well has been capped and the oil gusher has been stopped, but the recovery challenge goes on. So does the need for fundamental research.

The lack of adequate science and environmental review is well documented in the BP case. Better regulations to prevent such accidents in the future should be a national imperative.

A step in that direction was taken this week with the federal government’s announcement that the Department of the Interior plans to conduct “a new environmental analysis in the Gulf of Mexico.” The department hopes the information gathered will help guide “future leasing and development decisions,” a press release indicated.

It also announced that for now, the use of “categorical exclusions” would be “narrowed” on an interim basis. The exclusions essentially excuse a project from certain environmental reviews that are deemed redundant; the Deepwater Horizon project had received a categorical exclusion.

Deepwater risks

Belatedly, the Interior Department and its agencies have been forced to acknowledge that deepwater oil and gas exploration presents “increasing levels of complexity and risk” — a sharp turn from contentions in the past that a devastating well blowout was unlikely.

The environmental impacts of the BP spill are profound but still emerging, as the USF study shows. Pursuit of credible, solid science will be critically important to the beleaguered seafood industry, to threatened species, and to the vast human economy that depends on the Gulf of Mexico.

It must recover — not just on the surface, but deep down below its sparkling surface.

Special thanks to Frank Jackalone and Richard Charter

National Journal Interview with Thad Allen

http://insiderinterviews.nationaljournal.com/2010/08/deepwater-horizons-enduring-le.php

Deepwater Horizon’s Enduring Lessons

By James Kitfield

At some point in the next week, BP will likely initiate the “bottom
kill” procedure that permanently plugs the Macondo well, bringing to an
end the worst maritime oil spill in American history. No more 24/7
video of oil gushing into the Gulf of Mexico. No more weekly tutorials
on the intricacies of deepwater oil drilling. No more sludge cloud
shadowing the Obama administration’s every move in the 2010 summer of
discontent. Now only the clean-up and long-term repercussions remain to
sort out.

Perhaps no one has a better first-hand grasp of the Deepwater Horizon
disaster than retired Adm. Thad Allen, the national incident commander
who also coordinated the federal response to Hurricane Katrina in 2005.
Recently, National Journal spoke with Allen about lessons learned from
the crisis and federal response, and how they might affect future
policy. Edited excerpts from that interview follow.

NJ: How do you respond to critics who say the federal government’s
response to the Deepwater Horizon disaster was too slow given the
magnitude of the problem?

Allen: Look at the actual timeline. The explosion on the Deepwater
Horizon occurred on April 20th. As commandant of the Coast Guard, I got
a call just before midnight that there was an uncontrolled fire on a
rig in the gulf, with an unknown number of people killed and injured.
That night the Coast Guard evacuated a lot of people from the site of
the explosion, and we launched a two-day search for the 11 workers who
were never found, even as we moved lots of equipment towards the site.
Then, early in the afternoon on April 22nd, the entire rig collapsed
and sunk. Hours after the rig sunk, I was in the Oval Office along with
[Homeland Security Secretary Janet] Napolitano, briefing President
Obama on our initial response. So I don’t buy the argument that we were
slow in responding. I certainly didn’t lean back in the saddle.

NJ: Did you immediately understand the severity of the crisis?

Allen: As events unfolded, the enormity of the problem started
revealing itself. We weren’t dealing with a single, monolithic oil
slick like the 11 million gallons that spilled from the Exxon Valdez.
This was an uncontrolled discharge, with 53,000 barrels each day
spewing in different directions depending on the prevailing winds and
currents, creating hundreds of thousands of separate oil slicks. The
United States had never dealt with that situation before. Very quickly
we were forced to spread our assets from the southern Louisiana coast
to the Florida panhandle. That’s when we realized that the required
response was going to dwarf what was anticipated in BP’s response plan.

NJ: Why did response plans seem so outdated and inadequate to the
magnitude of the crisis?

Allen: Basically because oil spill response is all predicated on the
lessons of the 1989 Exxon Valdez disaster. The legislation that came
out of that disaster focused on tanker safety and phasing out single-
hull oil tankers, on making sure the party responsible for the disaster
meets its liability requirements, and on cleanup as directed by the Oil
Pollution Act. That was the regulatory scheme established for
responding to oil spills. However, in the 10 years after that accident,
while we were primarily focused on the safety of tankers and the Alaska
pipeline, oil drilling was moving offshore and going deeper underwater.
So the technology changed, and the overall response structure didn’t
keep pace with those changes and the emerging threat. You could say the
same thing about Coast Guard inspection regimes, which we are in the
process of rethinking. Right now, for instance, the Coast Guard is not
required to approve a company’s oil spill response plan, because that
goes through the Minerals Management Service. I suspect that will
change in the future.

NJ: Given that BP seemed so culpable in causing the disaster, did it
make sense that the company also had such a prominent — some would say
dominant — role in the cleanup effort?

Allen: Well, in the regulatory regime created after the Exxon Valdez,
BP was the “responsible party” in both statute and regulation, which
meant that it had to bear the costs associated with the spill. For that
to happen, however, we had to bring them into the command structure to
write the checks for everything from boom to catering. As the
“responsible party,” BP was also required to have contractors in place
to clean up the spill, while the government had oversight over that
operation. The public didn’t understand that arrangement very well. The
notion of BP having such a key role in the response after seeming to
cause the problem understandably didn’t sit well, and that relationship
was tough to manage. BP had divided loyalties, so to speak. It was
responsible to the public for the cleanup, but at the same time it had
a fiduciary responsibility to its shareholders.

NJ: Do you think that divided responsibility should be addressed?

Allen: Well, I think we need to take a very hard look at the role of
the “responsible party” in the command and control of a cleanup
operation after an oil spill. You need someone in the command post to
represent the oil industry, but it might be better if they didn’t have
a fiduciary connection to a specific corporation. BP might have taken
the resources needed for the cleanup and put them into a blind trust,
for instance, that was administered by a trustee who actually writes
the checks. That might mitigate the appearance of a conflict of
interest in the public’s mind. Ultimately, we need to decide what we
really mean by “responsible party” in these types of situations. It’s a
very interesting public policy question.

NJ: Do you think it’s a problem that the oil industry has a monopoly on
the technologies involved in deep-sea drilling and oil-well capping?

Allen: By law, the oil companies had to essentially create a capability
in the private sector to respond to oil spills after the Exxon Valdez.
The decision was made by government to rely on private contractors. As
you point out, that reliance was most acute at the wellhead, which was
five miles below the surface of the ocean. There is no government in
the world that owns the means to do deep-sea drilling. Neither the Navy
nor the Coast Guard had anything like that capability. The technology
was entirely in the hands of private companies, so the government’s
role at that point became one of oversight. An overarching question as
we look to the future is whether that capability should be solely in
the hands of the private sector, or do you want some measure of that
capability in the public sector so that the government can mount an
immediate response?

NJ: Doesn’t that question seem all the more important given how little
time and energy BP spent in preparing an adequate spill response?

Allen: One problem we ran into was that during normal operations, all
of the oil produced in the gulf is shipped back to shore via pipelines.
When we had to bring oil to the surface after the accident, there was
no obvious way to transport or collect it. To make that happen, BP had
to bring a floating production system from the North Sea that uses
tankers to shuttle the oil to shore. To bring the oil to the surface,
we brought in freestanding, floating pipes called “risers” that are
used off the shore of Angola. So our solution amounted to the North Sea
meets Angola in the Gulf of Mexico. Lashing all that together took 85
days, because none of it had been put together that way in the past. So
one lesson we learned is the need for a system like that on day one,
rather than on day 85. The oil companies are already thinking hard
about such a system.

NJ: How do you respond to critics who say the federal government’s
response to the Deepwater Horizon disaster was too slow given the
magnitude of the problem?

Allen: Look at the actual timeline. The explosion on the Deepwater
Horizon occurred on April 20th. As commandant of the Coast Guard, I got
a call just before midnight that there was an uncontrolled fire on a
rig in the gulf, with an unknown number of people killed and injured.
That night the Coast Guard evacuated a lot of people from the site of
the explosion, and we launched a two-day search for the 11 workers who
were never found, even as we moved lots of equipment towards the site.
Then, early in the afternoon on April 22nd, the entire rig collapsed
and sunk. Hours after the rig sunk, I was in the Oval Office along with
[Homeland Security Secretary Janet] Napolitano, briefing President
Obama on our initial response. So I don’t buy the argument that we were
slow in responding. I certainly didn’t lean back in the saddle.

NJ: Did you immediately understand the severity of the crisis?

Allen: As events unfolded, the enormity of the problem started
revealing itself. We weren’t dealing with a single, monolithic oil
slick like the 11 million gallons that spilled from the Exxon Valdez.
This was an uncontrolled discharge, with 53,000 barrels each day
spewing in different directions depending on the prevailing winds and
currents, creating hundreds of thousands of separate oil slicks. The
United States had never dealt with that situation before. Very quickly
we were forced to spread our assets from the southern Louisiana coast
to the Florida panhandle. That’s when we realized that the required
response was going to dwarf what was anticipated in BP’s response plan.

NJ: Why did response plans seem so outdated and inadequate to the
magnitude of the crisis?

Allen: Basically because oil spill response is all predicated on the
lessons of the 1989 Exxon Valdez disaster. The legislation that came
out of that disaster focused on tanker safety and phasing out single-
hull oil tankers, on making sure the party responsible for the disaster
meets its liability requirements, and on cleanup as directed by the Oil
Pollution Act. That was the regulatory scheme established for
responding to oil spills. However, in the 10 years after that accident,
while we were primarily focused on the safety of tankers and the Alaska
pipeline, oil drilling was moving offshore and going deeper underwater.
So the technology changed, and the overall response structure didn’t
keep pace with those changes and the emerging threat. You could say the
same thing about Coast Guard inspection regimes, which we are in the
process of rethinking. Right now, for instance, the Coast Guard is not
required to approve a company’s oil spill response plan, because that
goes through the Minerals Management Service. I suspect that will
change in the future.

NJ: Given that BP seemed so culpable in causing the disaster, did it
make sense that the company also had such a prominent — some would say
dominant — role in the cleanup effort?

Allen: Well, in the regulatory regime created after the Exxon Valdez,
BP was the “responsible party” in both statute and regulation, which
meant that it had to bear the costs associated with the spill. For that
to happen, however, we had to bring them into the command structure to
write the checks for everything from boom to catering. As the
“responsible party,” BP was also required to have contractors in place
to clean up the spill, while the government had oversight over that
operation. The public didn’t understand that arrangement very well. The
notion of BP having such a key role in the response after seeming to
cause the problem understandably didn’t sit well, and that relationship
was tough to manage. BP had divided loyalties, so to speak. It was
responsible to the public for the cleanup, but at the same time it had
a fiduciary responsibility to its shareholders.

NJ: Do you think that divided responsibility should be addressed?

Allen: Well, I think we need to take a very hard look at the role of
the “responsible party” in the command and control of a cleanup
operation after an oil spill. You need someone in the command post to
represent the oil industry, but it might be better if they didn’t have
a fiduciary connection to a specific corporation. BP might have taken
the resources needed for the cleanup and put them into a blind trust,
for instance, that was administered by a trustee who actually writes
the checks. That might mitigate the appearance of a conflict of
interest in the public’s mind. Ultimately, we need to decide what we
really mean by “responsible party” in these types of situations. It’s a
very interesting public policy question.

NJ: Do you think it’s a problem that the oil industry has a monopoly on
the technologies involved in deep-sea drilling and oil-well capping?

Allen: By law, the oil companies had to essentially create a capability
in the private sector to respond to oil spills after the Exxon Valdez.
The decision was made by government to rely on private contractors. As
you point out, that reliance was most acute at the wellhead, which was
five miles below the surface of the ocean. There is no government in
the world that owns the means to do deep-sea drilling. Neither the Navy
nor the Coast Guard had anything like that capability. The technology
was entirely in the hands of private companies, so the government’s
role at that point became one of oversight. An overarching question as
we look to the future is whether that capability should be solely in
the hands of the private sector, or do you want some measure of that
capability in the public sector so that the government can mount an
immediate response?

NJ: Doesn’t that question seem all the more important given how little
time and energy BP spent in preparing an adequate spill response?

Allen: One problem we ran into was that during normal operations, all
of the oil produced in the gulf is shipped back to shore via pipelines.
When we had to bring oil to the surface after the accident, there was
no obvious way to transport or collect it. To make that happen, BP had
to bring a floating production system from the North Sea that uses
tankers to shuttle the oil to shore. To bring the oil to the surface,
we brought in freestanding, floating pipes called “risers” that are
used off the shore of Angola. So our solution amounted to the North Sea
meets Angola in the Gulf of Mexico. Lashing all that together took 85
days, because none of it had been put together that way in the past. So
one lesson we learned is the need for a system like that on day one,
rather than on day 85. The oil companies are already thinking hard
about such a system.

NJ: As was the case with Hurricane Katrina, there seemed to be
significant tensions, disconnects and finger-pointing between federal,
state and local authorities. Is that inevitable in trying to mount
“whole of government” responses to far-reaching disasters? Allen: I
think these efforts will always be, in some ways, unique and a work in
progress. Any time there is a gap between what local officials want and
what they see being done on the federal level, there’s going to be
pointed discussions about the best way forward. And to paraphrase Tip
O’Neill, all oil spills are local. They manifest themselves differently
in different places, depending in part on varying types of local
government and political structures. I’m there to provide unity of
effort, for instance, and the law assumes I interface with state
officials, who in turn interact with their local officials. In places
where you have more autonomous home rule, such as Louisiana’s parishes,
however, the challenge of smoothly integrating federal, state and local
responses is greater. We also ran into the problem that some of the
affected areas along Louisiana’s coast were really isolated and
difficult to get to, and that only added to the complexity of the
operation.

NJ: Would you change methods for estimating the scope of an oil spill,
especially in light of widespread suspicions that BP and the government
underestimated the amount of oil dispersed into the gulf?

Allen: I think for any future oil spills we should rely only on
official government estimates based on the findings of an independent
team of scientists. That was ultimately the solution we adopted. There
was so much angst over how much oil was spilling that I created a flow-
rate technology team of scientists led by the head of the U.S.
Geological Survey. They estimated that the well was spilling 53,000
barrels a day into the gulf, plus or minus 10 percent. That’s how we
came up with the top-line figure of 4.9 million barrels. That’s a lot
of oil.

NJ: Is it enough oil to cause you personally to question the wisdom of
deepwater drilling?

Allen: Whenever I’m asked that question, my reply is the same: That’s
way above my pay grade. I will say that in this case we had a “fail-
safe” system that turned out not to be fail-safe. So if we are going to
continue to allow drilling at 5,000 feet below the ocean’s surface, on
a seabed that only robots can reach and where operations resemble
Apollo 13 more than a standard oil drilling operation, then we had
certainly better know how to deal with another failure if it were to
occur.

NJ: You’ve had a direct hand in responding to devastating crises
ranging from the 9/11 attacks and Hurricane Katrina to the earthquake
in Haiti and the gulf oil spill. Have you drawn any overriding lessons
about the nature of government responses to such destructive incidents?

Allen: When considering future responses to big events like these, I
think we will have to decide on a social contract that spells out what
citizens can expect from their government. Because the universe of
potential interventions, and the expectations of the citizenry, are
both growing in ways that outstrip traditional funding sources and
statutory guidelines. For instance, what’s the government’s
responsibility for dealing with the long-term socioeconomic and
behavioral health impacts of these events? Nowhere in government
statute or regulations will you find guidance on how to deal with those
kinds of issues. I don’t know if a whole society can acquire post-
traumatic stress disorder, but you definitely see disaster fatigue set
in after these major events. You can see it in the gulf region right
now. So we as a nation are ultimately going to have to deal with the
public policy issues raised by these big national traumas.

Special thanks to Richard Charter