Showing posts with label Corexit. Show all posts
Showing posts with label Corexit. Show all posts

Wednesday, September 22, 2010

Gulf Oil Spill: Day 156

Evidence Mounts of BP Spraying Toxic Dispersants

by: Dahr Jamail
t r u t h o u t
Monday 13 September 2010

Shirley and Don Tillman, residents of Pass Christian, Mississippi, have owned shrimp boats, an oyster boat and many pleasure boats. They spent much time on the Gulf of Mexico before working in BP's Vessels Of Opportunity (VOO) program looking for and trying to clean up oil.

Don decided to work in the VOO program in order to assist his brother, who was unable to do so due to health problems. Thus, Don worked on the boat and Shirley decided to join him as a deckhand most of the days.
Private contractor in Carolina Skiff with tank of Corexit dispersant, August 10, south of Pass Christian Harbor, 9:30 AM. (Photo: Don Tillman)

"We love the Gulf, our life is here and so when this oil disaster happened, we wanted to do what we could to help clean it up," Shirley explained to Truthout.

However, not long after they began working in BP's response effort in June, what they saw disturbed them. "It didn't take long for us to understand that something was very, very wrong about this whole thing," Shirley told Truthout. "So that's when I started keeping a diary of what we experienced and began taking a lot of pictures. We had to speak up about what we know is being done to our Gulf."

Shirley logged what they saw and took hundreds of photos. The Tillmans confirm, both with what they logged in writing as well as in photos, what Truthout has reported before: BP has hired out-of-state contractors to use unregistered boats, usually of the Carolina Skiff variety, to spray toxic Corexit dispersants on oil located by VOO workers.

Shirley provided Truthout with key excerpts from the diary she kept of her experiences out on the water with her husband while they worked in the VOO program before they, like most of the other VOO workers in Mississippi, were laid off because the state of Mississippi, along with the US Coast Guard, has declared there is no more "recoverable oil" in their area.

"The first day I went, I noticed a lot of foam on the water," reads her entry from June 26. "My husband said he had been seeing a lot of it. At that time, we were just looking for 'Oil.' We would go out in groups of normally, five boats. The Coast Guard was over the VOO operation. There was always a Coast Guard on at least one of the boats. They would tell us when to leave the harbor, where to go and how fast to go. They had flags on each of the VOO boats and also a transponder. Sometimes we would have one or more National Guardsmen in our group too, as well as an occasional safety man to monitor the air quality and procedures on the boat. If we found anything, the Coast Guard in our group would call it in to 'Seahorse' and they would determine what action would be taken."

Along with giving a clear description of how the Coast Guard was thus always aware of the findings of the VOO workers, her diary provides, at times, heart-wrenching descriptions of what is happening to the marine life and wildlife of the Gulf of Mexico.

"Before we went to work, I went down by the beach," reads her entry from July 4. "There were dead jellyfish everywhere. Some of them were surrounded by foam. A seagull was by the waters edge, as the foamy stuff continued to wash up. There was also a crane that appeared to be sick. It didn't look like it had any oil on it, but it just stood there, no matter how close I got."

On the morning of August 5, Shirley describes spotting a dead young dolphin floating in the water. "As we waited for the VOO Wildlife boat to come pick it up, we noticed a pod of dolphins close by," she writes. "Even with all the boats around, they did not leave until the dead one was removed from the water. It was very emotional, for all of us."

The next day, August 6, found her logging more death. "Last night on the news, they reported a fish kill. Before we went to work, I went to the beach by the harbor. The seagulls were everywhere. As for the dead fish, the only ones on the beach, were ones that the tide had left when it went back out. The rest of the 'Fish Kill,' was laying underwater, on the bottom.

         Dead flounder among fish kill, August 6, 2010. (Photo: Shirley Tillman), Pass Christian, Ms.

It was mainly flounder and crab. We only spotted two dead flounder floating that day. I can only imagine how many were on the bottom ... I went back to the beach after work. The tide had gone out and the seagulls were eating all the dead fish that had been exposed. You could still see dead fish underwater, still on the bottom. Dead fish don't float anymore?"

The Tillman's primary concern is the rampant use of toxic dispersants by what they described as private contractors working in unregistered boats, that regularly were going out into the Gulf as they and other VOO teams were coming in from their days' work. There was, oftentimes, so much dispersant on top of the water, their boat left a trail. Click HERE... for more including excellent pictures taken by the Tillman's.

Dispersant remnant, June 26, 2010. (Photo: Shirley Tillman) Pass Christian, Ms.

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An Open Letter to US EPA, Region 6

By: Riki Ott, Marine toxicologist and Exxon Valdez survivor
Huffington Post
Posted: August 27, 2010 03:27 PM

Sam Coleman
U.S. EPA, Region 6
1445 Ross Ave.
Dallas, TX 75202-2733 Via email: coleman.sam@epa.gov

August 27, 2010

Re: Documentation of continued dispersant spraying in near shore and inland waters from Florida to Louisiana (despite contrary claims by USCG and BP) and documentation that dispersants made oil sink.

Dear Mr. Coleman,

During the August 25 Dockside Chat in Jean Lafitte, LA, it came to our attention that the federal agencies were unaware -- or lacking proof -- of the continued spraying of dispersants from Louisiana to Florida. Further, the federal agencies were woefully ignorant of the presence of subsurface oil-dispersant plumes and sunken oil on ocean and estuary water bottoms. We offer evidence to support our statements, including a recently declassified subsurface assessment plan from the Incident Command Post.

But first, you mentioned that such activities (continued spraying of dispersants and sinking oil) -- if proven -- would be "illegal." As you stated, sinking agents are not allowed in oil spill response under the National Contingency Plan Subpart J §300.910 (e): "Sinking agents shall not be authorized for application to oil discharges."

We would like to know under what laws (not regulations) such activities are illegal and what federal agency or entity has the authority to hold BP accountable, if indeed, such activity is illegal. It is not clear that the EPA has this authority.

For example, on May 19, the EPA told BP that it had 24 hours to choose a less toxic form of chemical dispersants and must apply the new form of dispersants within 72 hours of submitting the list of alternatives. Spraying of the Corexit dispersants continued unabated. On May 26, the EPA and Coast Guard told BP to eliminate the use of surface dispersants except in rare cases where there may have to be an exemption and to reduce use of dispersants by 75 percent. Yet in a letter dated July 30, the congressional Subcommittee on Energy and the Environment reported the USCG on-scene commander (OSC) had approved 74 exemption requests to spray dispersants between May 28 and July 14.

Under the National Contingency Plan Subpart J, the authorization of use §300.910 (d) gives the OSC the final authority on dispersant use: "The OSC may authorize the use of any dispersant... without obtaining the concurrence of he EPA representative... when, in the judgment of the OSC, the use of the product is necessary to prevent or substantially reduce a hazard to human life."

Given this history of events and the NCP regulation, we would like to know what federal entity actually has the final authority to: order BP to stop spraying of dispersant; declare that spraying of dispersant after issuance of a cease and desist order is illegal; and prosecute BP for using product to sink oil. (Editor's bold emphasis throughout)

The documentation of dispersant spraying in nearshore and inland waters includes:

√ claims by USCG and BP

√ eyewitness accounts

√ fish kills in areas of eyewitness accounts

√ photos of white foam bubbles and dispersant on boat docks in areas of eyewitness accounts

√ sick people in areas of eyewitness accounts

For more details on the documentation of the above  see THIS...

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Exclusive: Gulf seafood poses long-term health risks, experts say


By Brad Jacobson
The Raw Story
Wednesday, September 22nd, 2010 -- 7:49 am

Despite repeated assurances from federal officials and President Obama, independent scientists and public health experts have serious concerns about the long-term safety of Gulf seafood consumption.

In particular, experts tell Raw Story, contaminants from the massive oil spill and unprecedented use of the dispersants employed to dissolve the spill have the potential to cause cancer and neurological disorders.

In interviews with Raw Story last week, scientists and public health experts expressed concerns over possible long-term risks from eating contaminated Gulf seafood.

Polycyclic aromatic hydrocarbons (PAHs) are cancer-causing chemicals found in crude oil that can accumulate in the food chain, absorbed by fish and shellfish. During the ongoing testing of seafood in the Gulf of Mexico by federal and state authorities, PAHs are of primary concern.

But crude oil also contains heavy metals such as lead, mercury and cadmium that can accumulate in the food chain as well, though at a slower pace than PAHs, and are toxic to the brain and nervous system.

Another potential long-term health concern left in the wake of BP’s catastrophic oil spill is the nearly two million gallons of dispersant unleashed into the Gulf, much of it subsurface, which made both the amount used and its use unprecedented.

In interviews with Raw Story last week, FDA and National Oceanic and Atmospheric Administration officials said that all fish and shellfish in reopened federal and state waters have tested well beneath the level of concern for PAHs.

But what worries some scientists and public health experts is what these tests don’t -- and can’t -- reveal. They feel it’s “premature” for government officials to claim Gulf seafood poses no future health risks.

“Those are the short-term effects,” said Edward Trapido, the Wendell Gauthier Chair of Cancer Epidemiology at the Louisiana State University School of Public Health.

“We don’t know the long-term effects,” he explained. “And we don’t know, particularly related to cancer and particularly related to age and exposure, what the long-term effects will be.”

Trapido testified in June at a House Subcommittee on Energy and Environment hearing on the spill and is heading a research group at LSU that will look at a range of health effects, including psychiatric and behavioral effects, chronic diseases and cancers.

The issue we don’t know at this point, he said, is the extent to which these compounds may bioacccumulate in shellfish or fish and what the half-lives are.

“So you could imagine if a large fish feasted on several hundred small fish and each of those small fish have eaten a certain number of microorganisms which had a little of contaminant, there’s a possibility, certainly, that you could go over the current measurements.”

In interviews with Raw Story last week, NOAA and FDA officials, in general, tended to downplay bioaccumulation of PAHs in Gulf seafood. But in some cases they denied it’s occurring at all, or even that it could occur.

“We have not found it,” FDA spokeswoman Meghan Scott claimed. “Every sample that we have tested for PAHs has come back clean. It has the potential to [bioaccumulate]. But we have not found it, even from samples taken from inside of closure areas.”

Christine Patrick, NOAA spokeswoman for seafood safety, went so far as to tell Raw Story, “The concept that the oil bioaccumulates [in seafood] – that’s not correct. It’s metabolized and excreted.”
Raw Story confirmed, in consultation with independent scientists, that these two statements were, respectively, impossible and inaccurate.

Miriam Rotkin-Ellman, a staff scientist at the Natural Resources Defense Council (NRDC), a leading national environmental group, underscored two things that NOAA, FDA and Gulf state officials have been playing down.

“The monitoring that’s currently being conducted by both NOAA and various different state agencies, and compiled by FDA, show that there is PAH contamination of fish in the Gulf,” she said. “They are detecting various different levels of the various different PAH constituents.”

Ellman, who contributed to last month’s peer-reviewed Journal of the American Medical Association (JAMA) study, which identified a number of issues about the health of Gulf seafood, also noted, “There is a good body of literature showing that seafood can be impacted by these contaminants.”
The JAMA report cites a 2002 study in the peer-reviewed journal Marine Environmental Research on the lasting effects of the Exxon Valdez oil spill, which concluded: "Our data show that 10 years after the spill, nearshore fishes within the original spill zone were still exposed to residual hydrocarbons. All biomarkers [for contaminants] were elevated in fish collected from sites originally oiled, in comparison to fish from unoiled sites.''

Ellman added, “We understand that the different types of seafood – fish vs. crustaceans and bivalves – all have different capacities to retain the contaminants, and that’s important to note. But it’s not the basis on which to make a blanket statement that there’s no risk.”

“So it’s premature,” Trapido cautioned, “to say that it’s safe in the long-term.”
“We can say that it’s safe at this point based on what we know,” he continued. “But as a cancer epidemiologist, which is what I am, I have to maintain an air of skepticism and say, well, we don’t have any data to make a judgment on the long-term cases.”

The startling lack of data on the future health effects from oil spills on humans was a common lament among experts who spoke with Raw Story.

Trapido confirmed that the longest follow-up study that’s ever been done on people exposed to oil spills was just four years, and that was to track mental health only.

Two new areas of scientific research not being accounted for in the current risk assessments could also adversely impact future health, Ellman noted.

She said that studies have shown that early life exposure to the chemical benzo(a)pyrene, one of the most carcinogenic PAHs, increases the risk of cancer later in life. It wouldn’t have the same effect, she clarified, if the exposure came later in life.

“So because children’s bodies are different and they’re developing, exposures that happen early in life can have a more detrimental effect than if they were exposed later on,” said Ellman.

In addition to the cancer risks, Ellman told Raw Story that there’s also a new body of literature that has shown adverse developmental impacts from in utero exposure to PAHs, such as delayed growth, low birth weight and other indicators of impact during fetal development.

NOAA toxicologist John Stein said that he and other scientists within the agency have proposed to continue monitoring the Gulf waters to ensure seafood safety for the next three to five years. But Patrick confirmed that the agency has not made an official commitment to this.

Independent scientists and public health officials who spoke with Raw Story agreed that even if federal and state officials committed to such a time frame, it would still fall short of what's necessary.

They pointed out that due to bioaccumulation in the food chain, it's quite possible contamination levels in Gulf fish and shellfish may actually be higher in three to five years.

"If they were to completely suspend any monitoring prematurely," Ellman warned, "we wouldn't necessarily know whether levels of contaminants in seafood that we're most worried about have gone back down or remain elevated."

Saturday, September 18, 2010

Gulf Oil Update: Day 152


What's Going On In The Gulf?

Washington's Blog
Thursday, September 16, 2010

BP and the government decided that millions of gallons of dispersants should be dumped into the Gulf to sink and hide the oil.

They succeeded in sinking it. As ABC, CBS and NPR note, huge quantities of oil are blanketing the ocean floor, killing virtually all of the sealife which lives there.

And giant new underwater plumes have been found in the water column itself.

But officials don't want to hear about them. As one member of the oil spill recovery team said:

“My biggest concern is there’s [a plume of oil] five miles by 30 miles out there that was reported and no one responded. The Coast Guard said for days that they wanted to run tests, and if they don’t test it when it’s called in, they’ll never find it”

But didn't the oil-eating microbes eat alot of the oil? No ... they mainly ate gas.

And the oil is not staying underwater.
Oil is suddenly emerging in many parts of the Gulf.

Oil "patties", 1 to 3 inches across, have been discovered floating along the seawall in Alabama.

16 miles of beaches in Louisiana have been hit. And scientists say that the oil will arise and wash ashore in pulses, and will hit sensitive areas like coastal marshes.

As the Christian Science Monitor notes, oil can remain hidden under sand for decades: MORE...





Obama Oil Spill Commission INTIMIDATING SCIENTISTS — Investigating whether they ILLEGALLY SAMPLED GULF without permits


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Shallower plume found at Deepwater Horizon site

Nature.com HERE...
September 12, 2010

A previously unidentified plume of hydrocarbons approximately 200 meters deep has been discovered by scientists on the R/V Cape Hatteras. The new plume appears to run south and east of the Deepwater Horizon site.

Earlier in the week, the Cape Hatteras collected samples to the west of the main plume, which runs southwest from the well site at about 1,200 meters. A number of research cruises have been collecting data on this plume, which the US National Oceanic and Atmospheric Administration (NOAA) is aggregating onto one grid. But on Thursday last week, the R/V Oceanus, conducting research under the same National Science Foundation (NSF) grant as the Hatteras, reported lower beam transmission, a data signal indicative of increased methane levels and the presence of hydrocarbons, between 200 and 300 meters. The Hatteras steamed more than 10 hours back to where these readings were taken, in the vicinity of the well site, to investigate further. "While I would like to have found the western edge of the main plume we've all been mapping," chief scientist Tracy Villareal said, "this new development was way too exciting not to pursue.”

Indeed, data collected by the Hatteras all day on 10 September along a transect some 40 nautical miles long, provided strong evidence of a new, shallower plume. Those data include real-time high beam attenuation measurements, says Villareal, and elevated levels of methane in lab tests of water samples. Antje Vossmeyer, a scientist with the University of Georgia, Athens, working on board the Hatteras (see picture), reports measuring consistently elevated methane on the order of as much as 100 times background levels along this transect.

By end of the day on Friday, the Hatteras had completed the transect, which ran south and east of the well. Villareal notes that while some earlier models indicated a plume to the southeast of the well, the model placed it at much great depths. "This is not the plume shown on the model," he said. "This is an entirely new one." The final station on Friday recorded smaller anomalies, indicating that the eastern edge of the plume might be near. On Saturday 11 September, the ship ran a transect northward, on the east side of the well, hoping to locate the northern edge of the plume.

Last week, the Oceanus also discovered oiled sediment on the bottom of the Gulf, reported in a previous 'oil spill science' post and on the University of Georgia marine science department Gulf Oil Blog.

This search for oil faces many challenges, not least of which is the sheer size of the Gulf of Mexico. The Hatteras can steam for hours and cover mere inches on the map. So much water, often thousands of meters deep, offers so many places oil could be, or could go. It would take months, even years, of the methodical, careful sampling these scientists are carrying out to say with any confidence that all the oil has been found.

It will take even more work, back in labs as well as at sea, to say what effect that oil has had on the Gulf's ecosystems.
But those on the Hatteras, working diligently through station after station on this 27-day cruise, believe it is important to try. They clearly get excited about discoveries such as the new plume, which warranted a posting on the lab whiteboard, "We are documenting a new hydrocarbon plume. Very cool!”

UPDATE:

The distribution of these newly-identified layers showing elevated concentrations of methane and particles present an unusual pattern, but scientists involved in the sampling mission are emphasising that their origin is not yet clear. “We cannot with any level of confidence whatsoever link this methane or other data to the Deepwater Horizon wellhead,” cautioned Samantha Joye, a University of Georgia Athens scientist on board the R/VOceanus, which is working in tandem with the Hatteras. (Two scientists on the Hatteras, including Vossmeyer, collect data specifically for Joye's studies.) “At this time, use of the word plume is even inappropriate.”

The northern Gulf of Mexico contains many natural seeps, and there is, as yet, no clear linkage between these latest data and the well blow-out. This contrasts with the plume found earlier in the summer, where it was possible to track an increasing intensity of hydrocarbons along transect lines running southwest from the wellhead, clearly connecting that deep plume to the well.

To determine whether this new feature derives from Deepwater Horizon, Joye says, will require “fingerprinting” the samples in the lab after the cruise ends this Thursday. Throughout Sunday and Monday, the Hatteras continued running transects in shallower waters to the north of the well site, collecting data to map the extent and intensity of these new layers.

Posted on behalf of Melissa Gaskill
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Focusing in on oil

By Samantha Joye PhD, University of Georgia, Marine Biology
The Gulf Oil Blog
Published: September 6, 2010 8:55am

September 5th, 2010: Sometimes, I get a feeling that the day is going to offer some surprises. This morning, I had a feeling.

We’ve spent a lot of time in the Southwest quadrant over the past two weeks searching for oil and gas. We’ve seen mostly weak signals. The sediments at the sites we visited during that time were oxidized and did not contain a lot of gas or oil.

Until we sampled at a site about 20 miles offshore from Mississippi, we did not see oil along the seafloor. At that station, we saw a thin layer (couple of mm) of what looked like sedimented oil. We won’t know the oil content (or source) until we do detailed analyses after the cruise but oil has a distinct feel and this sediment felt oily. We got a glimpse of what we had expected to see.

Today, at a site about 16 nautical miles from the wellhead, we dropped the multicorer into a valley. When the instrument returned from the bottom, it contained something we had not seen before: a layer of flocculent, sedimented oil that was cm’s thick.

At a natural oil seep, the entire sediment column is saturated with oil. Cores of sediment collected from natural seeps are oil-stained top to bottom and often the water overlying the sediment core has a thick (mm to cm) layer of crude oil floating at the top. Natural oil seep sediments are distinctive. The photos of cores [proceed to the Gulf Oil Blog to view pictures of core sediments] shown from GC185 are extreme examples (they are VERY oily!) but the point is that the entire sediment column is oil stained at a natural seep. At the site we visited today, the oil obviously came from the top (down from the water column) not the bottom (up from a deep reservoir).

What we found today is not a natural seep.

We collected control sediments in a region to the south east of the wellhead that was never overlain by the blowout oil slick. Those sediments consisted of fine grained sediment mixed with calcareous ooze. There was no hint of oil in the control sediments.

The near shore sediments contained grayish muddy clay and a thin layer of orange-brown oil at the surface.

The sediments we collected today were similar at the bottom — gray muddy clay — but the upper few cm consisted of oil floc — we call it “oil aggregate snow”, because it settled down to the water column to the seafloor just like snow falls from the sky to the ground.

If you take a close look at the snow layer, oil aggregates are clearly visible. Also visible are pteropod shells (which must have been recently deposited because the shells dissolve rapidly) and remnants of zooplankton (skeletons) and benthic infauna (dead worms and their tubes). Microbial aggregates are visible and abundant but the normal invertebrate fauna you’d expect to see in these sediments are not.

We will determine how much oil is in this thick layer and evaluate the rates of microbial breakdown when we return to UGA. We want to know how much oil there is along the seafloor at other sites. So, tomorrow, we will go to a site about 12 nautical miles northwest of the wellhead and run a full station there. We’ll see what the sediments look like there and with that knowledge, we’ll decide where to go next.

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Bio-Remediation or Bio-Hazard? Dispersants, Bacteria and Illness in the Gulf

Riki Ott (Marine toxicologist and Exxon Valdez survivor at RikiOtt.com)
The Huffington Post
Posted: September 17, 2010 12:28 AM

Ocean Springs, MS -- A grandmother made me rethink all the bio-remediation hype. The "naturally-occurring oil-eating bacteria" have been newsworthy of late as they are supposedly going to come to the rescue of President Obama and BP and make good on their very premature statement that "the oil is gone." (Editor's NOTE: one in particular Alcanivorax borkumensis is detailed HERE...)

We were talking about subsurface oil in the Gulf when she said matter-of-factly, "The bacteria are running amok with the dispersants." What? "Those oil-eating bacteria -- I think they're running amok and causing skin rashes." My mind reeled. Could we all have missed something so simple?

The idea was crazy but, in the context of the Gulf situation -- an outbreak of mysterious persistent rashes from southern Louisiana across to just north of Tampa, Florida, coincident with BP's oil and chemical release, it seemed suddenly worthy of investigating.

I first heard about the rash from Sheri Allen in Mobile, Alabama. Allen wrote of red welts and blisters on her legs after "splashing and wading on the shoreline" of Mobile Bay with her two dogs on May 8. She reported that "hundreds of dead fish" washed up on the same beach over the following two days. This was much too early for the summer sun to have warmed the water to the point of oxygen depletion, but not too early for dispersants and dispersed oil to be mixed into the Gulf's water mass. By early July, Allen's rash had healed, leaving black bruises and scarring.
MORE...

Dr. Riki Ott’s Concern Over Dispersants



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Gulf Shores Alabama Mayor Opens West Beach Pass Despite Oil On Beach

By admin
September 15, 2010

The Mayor of Gulf Shores, Robert Craft, opened West Beach Pass the gateway to the most pristine estuary in Alabama; the only oil free area left in the state. The mayor stated, “There’s no indication of any contaminates coming in from the mouth of the Pass”.

James Fox visited the beaches there and took footage of the oil in the waters.

Will you allow your children to swim in these waters?



Toxic Oil & Dispersant Found On Gulf Floor 8/17/10
Oil Sedimenting on Floor of Gulf of Mexico also Affecting Phytoplankton

Friday, July 2, 2010

BP deliberately sinks oil with Corexit as cover up

Whistle blower to testify on oil spill worst fear

June 30, 1:38 PM
Political Spin Examiner
Examiner.com Louisville
Maryann Tobin

Testimony before a Senate investigative panel this week is expected to reveal what many have suspected about BP all along; they don’t care about the environment, the animals that are dying, and the lives that are being destroyed by the Deepwater Horizon oil spill.

In a shocking interview with CNN’s Anderson Cooper on June 29th, Allegiance Capitol Corporation V.P. Fred McCallister said that BP is deliberately sinking oil with the toxic chemical disbursant Corexit, to hide the size of the oil spill. By sinking the oil before it can be collected, BP won’t have to pay fines on it.

McCallister said, “Everybody in Europe, where the standard practice is to raise the oil and collect it, is scratching their heads, and quite honestly laughing at what’s happening in the Gulf.” He added, “Everyone is looking at us and wondering why we’re allowing this to happen.”

McCallister is set to appear before a Senate investigative panel on Thursday and testify that BP’s only interests regarding the Deepwater Horizon spill is protectimg their own financial interests. His statements explained why BP has been refusing offers of help from additional foreign skimmers.

BP’s fear is that independent skimmers would be able to count the number of gallons collected, and thus provide the US government with data to assess spill rate financial penalties against BP, according to McCallister.

“BP is in control of this situation and they are doing what’s in the best interests of BP and their shareholders,” McCallister said.



Strong allegations from an executive who will testify before a Senate panel that BP is sinking oil.