Huffington Post: No Safe Harbor on Gulf Coast; Human Blood Tests Show Dangerous Levels of Toxic Exposure–Shocking story of human impacts and BP’s active efforts to prevent doctors & hospitals from providing needed treatment

http://www.huffingtonpost.com/jerry-cope/no-safe-harbor-on-gulf-co_b_698338.html

I find this shocking and can’t believe it’s happening in the United States; this sounds like some kind of horror movie. Sick people can’t find doctors to treat them? DV

Jerry Cope
Designer, Filmmaker, Environmental Writer, Eco Activist
Posted: September 2, 2010 03:04 PM

Even as BP and US government officials continue to declare the oil spill over at Mississippi Canyon 252 and the cleanup operation an unqualified success, for the first time blood tests on sickened humans have shown signs of exposure to high levels of toxic chemicals related to crude oil and dispersants. Some of the individuals tested have not been on the beaches, were not involved in any cleanup operations or in the Gulf water — they simply live along the Gulf Coast. Several of them are now leaving the area due to a combination of illness and economic hardship. As the media’s attention has moved on and the public interest wanes, the suffering and hardship for people along the entire Gulf Coast of the United States from Louisiana to Florida continues to worsen. While BP and the government are scaling back cleanup operations and distancing themselves from legal liability for the environmental destruction, economic hardship, sickness and death resulting from the largest environmental disaster in our nation’s history, the situation continues to deteriorate.

The use of the Corexit dispersant 9500 and the highly toxic 9527 by BP, with the approval and assistance of the US Coast Guard and EPA, has been the subject of intense scrutiny and criticism. Never before has such a huge quantity of the toxic compound been used anywhere on the planet. Most countries including NATO allies ban it’s use and will only grant approval as a last resort after other methods have failed. Britain has banned its use altogether. The NOAA provided extensive information summarizing other nation’s policies in regards to Corexit after Senator Barbara Mikulski demanded the information from EPA administrator Lisa Jackson during congressional hearings in July. While the dispersant serves to break down crude oil on the surface and thus makes the oil invisible from the air, it is highly toxic and bioaccumulates in the marine food chain. In humans it is a known carcinogen and its use was widely condemned after Exxon/Valdez and the horrifying health effects on the populations exposed to it there. As it evaporates and becomes airborne, the toxic compounds have moved on shore, creating health impacts that, although apparently large from the numbers of people affected, the full extent is unknown. BP and the US government have effectively been performing the largest chemical experiment in history on a civilian population without their knowledge or consent.
Dispersant and crude in Gulf

Within two days after arriving in the region in mid-July, everyone on our team began getting sick. After our first day out on the water with Captain Lori of Dolphin Queen Cruises touring the lagoons around Orange Beach, Alabama, we all had extreme headaches. During our boat tour, dispersant was visible covering the water everywhere. That evening I developed a gagging, coughing reflex that was so intense and persistent it was impossible to speak to my daughter on the phone. The symptoms typical for high levels of chemical exposure such as burning, itching eyes, constantly runny nose, chronic coughing, burning sore throat, chest congestion, and lethargy progressively intensified.

Over the next several weeks these symptoms continued to worsen until I developed chemically-induced pneumonitis. Before leaving the area I had blood tests initiated to determine if the levels of exposure were high enough to be be detected. The musical activists Sassafrass and the tireless efforts of Michelle Nix allowed myself and several local residents to have blood drawn and tested by Metametrix for chemical exposure. Project Gulf Impact and the Coastal Heritage Society have also contributed greatly to air and water testing in the Gulf region affected by the spill. Project Gulf Impact has set up a dedicated medical help phone line at 504-814-0283. It has proven extremely difficult to find medical care providers who are willing to see patients who have been impacted by the oil spill due to the tremendous pressure exerted against hospitals, clinics, and physicians by BP. In numerous cases BP has provided financial payments to institutions and individuals in exchange for them agreeing not to allow their physicians or staff to see, advise, or treat anyone sickened as a result of the well blowout.

I spoke at length with Michael R. Harbut, MD, MPH, who is clinical professor of Internal Medicine and director of the Environmental Cancer Program at Wayne State University’s Karmanos Cancer Institute. Board Certified in Occupational and Environmental Medicine, Harbut was Chair of the Occupational and Environmental Health Section of the American College of Chest Physicians, was Medical Coordinator of the Kibumbe Refugee Camp during the 1994 Civil War in Rwanda, where the death rate for patients under his care was 1/3 that of the remainder of the camp and was Chief US Medical Advisor to Poland’s Solidarity during the Cold War. His research has been published or presented in venues ranging from the New England Journal of Medicine to the White House.

JC: I wanted to speak with you and see what you thought of the test results we got back. As you know, some of the locals actually came back even higher than mine.

MH: First you have to remember the setting — this is New Orleans and the Gulf Coast; there is a history and a context in which things need to be placed. In my specialty, which is occupational and environmental medicine, there are not many of us who are board certified who actually take care of patients. The bulk of the physicians in our specialty are medical advisors or medical directors to large corporations, and many have never met a chemical they didn’t like. Sort of like Will Rogers. Part of the context is there is a physician whose name is Victor Alexander who was a specialist in my field. He worked in New Orleans at the Oxnar clinic and was seeing a lot of patients who worked for the petroleum companies and was reportedly fired for all of the work he did for his patients as opposed to the petroleum companies — what a doctor is supposed to do. So Victor Alexander then goes into private practice and the New Orleans police came and arrested him for robbing a bank.

JC: Seriously?

MH: Yea, it gets way crazier. This is a guy who was doing very well personally, economically — it came out in trial that he had a half a million dollars in the bank and was making plenty of money. It is unlikely in terms of motive that he would rob a bank for 2,500 dollars. The video from the bank was analyzed by the retired chief of criminal identification for the FBI; he said there was no way it could have been Dr. Alexander robbing this bank. He went to trial twice, the judge threw out a lot of evidence that would have exonerated him and he was sent to prison for robbing a bank. The Louisiana State Medical Society refused to take away his license. Many physicians who do work or potentially could do work or have knowledge of the area in New Orleans know the story about Victor Alexander. The message is quite clear: Don’t mess around with the petroleum industry.

JC: I have been working mainly in the Orange Beach/Gulf Shores area of Alabama, and that’s where I got sick.

MH: Have you had a CAT scan?

JC: Not yet, although they want to do one at the National Jewish Respiratory Center in Denver.

MH: You have to do that. I was chairman of the Occupational and Environmental medicine section of the American College of Chest Physicians so I have a lot of experience in this. You really need to be seen by a physician who understands this is serious.
JC: It’s on the schedule when I get back to Colorado. What do you see when you look at the test results from myself and the other people down here? What do they tell you?
MH: Let me tell you one more thing before I forget. I think that the only way to come close to getting the ultimate answer down there is to — there has to be a federal task force if you will. A federal effort where there would be half a dozen or a dozen specialists in this field who would have the protection of the government either temporary commissions from the U. S. public health service or something like that. Who would be responsible for organizing all the science and all the medicine and trying to get people to deliver care down there. I just don’t think you are going to get many volunteers unless they know they have the protection of the government. The annals of environmental diseases are strewn with stories about physicians who have had their lives ruined.

JC: The impacts of what is happening down here is are so big it’s very hard to wrap your head around it.

MH: I will give you one other example while we are talking about it. In the early 1990s I had called a bunch of cases, I saw patients who were sick from their environment who worked for Dow and DOW Chemical and a couple of the steel mills. In an eighteen month period I had one Blue Cross Blue Shield audit, two Medicare audits, a Michigan Employment Security Commission audit, a USAID Inspector General’s audit, and I was the target of a federal grand jury investigation. After two years and tens of thousands of dollars Medicare thanked me for teaching them how to catch a crook, apologized for bothering me — I told them how they could catch crooks and they thanked me. The US government, the local FBI office actually called my attorney and said they really weren’t able to find anything and my attorney who is a former US Attorney said that the government never calls when they have investigated somebody they just leave them dangling for the rest of their lives. The degree of harassment towards physicians is enormous, which I think is part of the reason — because of the conflicting forces at work in the Gulf, because of the probably less than half truths that are floating around that there needs to be a federal task force of independent physicians and scientists who have the protection and full faith of the United States. The way the system works, I think it would mean temporary commissions in the public health service. I don’t think even the oil companies that work down there would try and bump off a guy who works with the public health service.

JC: A number of people I have spoken to in Washington share that same opinion. Does it help to have test results in hand that show high levels of exposure from this event?

MH: I remember you had no Benzene but a lot of Hexane and a couple of Hexane metabolites. I am not sure what that means because where you see Hexane, Hexane causes what is called a dying back neuropathy, meaning the nerve cells in the arms and legs die back from the distal tips to the proximal end. You can end up with numbness, pain, all sorts of things. Hexane is a direct petroleum product so where you see Hexane you would expect to see Benzene. Now, that having been said I personally don’t even do actual solvent levels anymore because they are fraught with error. Rubbing alcohol is the prototypical solvent, and if you put a cap of rubbing alcohol on a flat surface like marble or something it’s usually gone before you would have a chance to get a paper towel it evaporates so quickly. So what happens with the organic solvents in general is that unless there is absolutely perfect control when they are drawn, there is a fair amount that will evaporate, if in fact not all of it. One of the dangers of people going to this lab (Metametrix), which I think is a good lab, is if they get the test drawn at a facility that lets it sit out for a little bit you are going to get a false negative result. In a case like yours, if you believe the sample is valid and it shows that you have Hexane and Hexane metabolites and also Octane in your blood, then it’s a pretty good clinical indication of how to go about treating you, which is usually just drinking a lot of water and then treating the end organ damage. End organ damage meaning we know if you inhale this stuff, if you have it in your system, it will damage your nerves. so we take a look at the nerves. The nerves will not show up abnormal on a test until there has been 30% damage. So what I do here and what I teach my residents is that for most people who come in to see the doctor in this field with a problem you will get more yield in terms of finding pathology and being able to help them if you look for end organ damage rather than the presence of a solvent because the solvent could have evaporated after it has already whacked the brain or whacked the liver.

JC: I spoke to the founder of Metametrix and he said that the tests were designed to pick up these compounds in the body after part of it, particularly Benzene, has been flushed. He indicated that the Benzene would not show up for very long once you were exposed but that the other compounds, the Ethylbenzene, m. p.-Xylene, the Hexane, which was way high, the Methylpentanes and the Isooctane, all of those things indicated to him that we were exposed to significant amounts of Benzene.

MH: That’s what I would think, too.

JC: When you look at these results is there reason to believe we might have sustained serious damage to our organs?

MH: In order to be scientific about this you have to have baseline data on a large population. What the oil company doctors, the professional experts that will ultimately be hired in these cases will argue is that you don’t know what background is in the area. I have seen them do this. They will go out and check 90 people and they will find people with results less than yours or more than yours and they will say this is background so with this particular patient you can not rely on the validity of the testing. On a scientific basis that’s true, I would prefer background. What happened to you right now is you have an indication that you breathed in harmful agents — you have a marker. They are called bio-markers. A bio-marker is the Hexane, N-Hexane and the Octane. You have evidence that you inhaled it because it’s in your blood. Nobody has correlated how much N-Hexane in your blood by PPM or PPB correlates with actual nerve damage. You need to have pulmonary tests, high resolution cat scans of your chest, liver function and cardiac function tests. What should happen with people with these exposures is at an absolute minimum, and I do not believe this is adequate, but at an absolute minimum the NIOSH recommended health monitoring tests should be done. Be certain to ask the doctor examining you if they have ever been paid or retained by a petroleum company or a chemical manufacturing company.

JC: I can do that.

Test Results for Jerry Cope
Additional Information on the the Health Impacts of the Gulf Oil Spill can be found at Sciencecorps and Dr. Riki Ott.

Special thanks to Richard Charter

Environmental News Service: Greenland Police Arrest Greenpeace Oil Rig Demonstrators

http://www.ens-newswire.com/ens/sep2010/2010-09-02-01.html

BAFFIN BAY, Greenland, September 2, 2010 (ENS) – Four Greenpeace activists who climbed a Cairn Energy oil rig in Greenland waters were arrested this morning and are now being held in police custody in Greenland.

The activists first scaled the oil rig Stena Don on Tuesday. They attached hanging platforms to the underside of the rig where they camped out in tents with self-heating meals until last night.

Freezing gale-force winds forced the climbers and Greenpeace campaigners on the ship Esperanza anchored one kilometer from the rig to decide to end the occupation.

It took the Greenpeacers four hours of climbing in bitter winds to scale the rig from their hanging platforms up onto the platform gantry, where police were waiting for them. They were taken into custody and flown off the oil rig by helicopter at 2 am.

Before ending the occupation, climber Sim McKenna of the United States, said on his satellite phone, “We stopped this rig drilling for oil for two days, but in the end the Arctic weather beat us. Last night was freezing and now the sea below us is churning and the wind is roaring. It’s time to come down, but we’re proud we slowed the mad rush for Arctic oil, if only for a couple of days.”

The protesters occupied the oil rig Stena Don, operated by Cairn Energy, to draw attention to their “Beyond Oil” campaign. They say deepwater oil drilling in the Arctic is too risky for the environment and the world needs to switch to cleaner sources of energy to avoid the worst consequences of climate change.

McKenna said, “This beautiful fragile environment would be decimated by an oil spill, while the melting Arctic ice is a grim reminder that we need to stop burning oil and invest instead in clean energy solutions.”

“I’m not sure what will happen to us now,” he said, “but as soon as we can we’ll be back to call for the world to finally go beyond oil.”

Ben Stewart, communications officer onboard the Greenpeace ship Esperanza said, Looking out of my porthole at the massive waves, and feeling the movements of the Esperanza, there is no doubt in my mind that they took the right decision.”

“I hope and believe that this action will be remembered as the first step against our blind and reckless hunt for the last drops of oil on the planet,” Stewart said.

In London this morning, Greenpeace lawyers threatened legal action against the UK government over its decision to continue issuing licenses for deep sea oil drilling even before the causes of BP’s Deepwater Horizon explosion and oil spill in the Gulf of Mexico are ascertained.

Lawyers for the environmental group wrote to Energy and Climate Change Secretary Chris Huhne asking the government to do as U.S. President Barack Obama has done and introduce a moratorium on deepwater drilling for oil and gas.

“We’re asking the government to stop giving out these licenses for new offshore drilling and to carry out a comprehensive new environmental assessment into offshore oil,” said Stewart. “It’s not just irrational to give out licenses without this new environmental assessment; we believe it’s also a breach of European and UK law.”

“This is just the first step in the legal process,” Stewart said. “If the government does not give us an undertaking within 14 days that it will stop the licensing and do a new environmental assessment, we plan to go to court.”

While the UK has not imposed a moratorium on new licensing of deepwater drilling projects, in June, Huhne announced that environmental inspections of rigs in UK waters would be stepped up.

Special thanks to Richard Charter

FSU NEWS: FSU RESEARCHERS ANALYZING CHEMICAL COMPOSITION OF GULF OIL

Visit www.fsu.com/Blogs/Gulf-Oil-Crisis-FSU-Takes-Action
for more news on Florida State University experts who are helping with the Gulf oil spill.

From: Florida State University News
ReplyTo: news-office@unicomm.fsu.edu
CONTACT: Amy M. McKenna (850) 644-4809; mckenna@magnet.fsu.edu
or Alan G. Marshall (850) 644-0529; amarshall@fsu.edu

By Barry Ray

September 2010

Database Could Help in Identifying Source of Petroleum Spills

TALLAHASSEE, Fla. – With nearly $200,000 in funding from the National Science Foundation, researchers at the National High Magnetic Field Laboratory at The Florida State University are using incredibly precise analytical tools housed at the lab to analyze petroleum samples collected from the Gulf of Mexico. Results of those analyses will help determine whether or not the samples originated from the Deepwater Horizon oil spill – critical information in predicting where the oil is going.

Amy M. McKenna is an assistant scholar/scientist in the laboratory of Professor Alan G. Marshall, the director of the magnet lab’s Fourier Transform Ion Cyclotron Resonance (FT-ICR) mass spectrometry facility. McKenna is the principal investigator for an NSF Rapid Response Research (RAPID) grant titled “Molecular Level Characterization and Archive for the 2010 BP Oil Spill,” which will provide $198,790 in funding for one year.

McKenna and her colleagues, including co-principal investigators Marshall and associate scholar/scientist Ryan P. Rodgers, have already begun analyzing samples of raw crude oil, ocean surface samples and tar balls collected by researchers from Woods Hole Oceanographic Institution at various distances from the Deepwater Horizon site. Also joining the Magnet Lab team is visiting scientist Chang Samuel Hsu, a veteran petroleum researcher who was the key scientist involved in developing analytical methodologies for the Exxon Valdez oil spill of 1989.

The collaboration with Woods Hole makes for a powerful analytical combination. McKenna said collaborators at Woods Hole are the best at they do, which is analyzing oil collected from the well head using a technique called chromatography. But once that oil gets spewed out into the open world, it’s exposed to the environment, which changes the oil’s composition.

“An oil spill changes its chemical composition due to evaporation and dissolution over time,” McKenna said. “The incorporation of oxygen into the components makes it difficult for other analytical techniques to characterize the molecules of spilled oil. FT-ICR mass spectrometry is the only technique that can look at these changes at the molecular level without prior, tedious sample preparation.”

The team’s ultimate goal is to provide a comprehensive compositional archive for all future chemical characterizations of the spill, because the magnet lab’s high-powered magnets and custom-built spectrometers are the only tools capable of analyzing the oil on such a precise molecular level.

“We will have a library of what is in there. Then everyone else will know what they’re dealing with,” said Marshall, FSU’s Robert O. Lawton Professor of Chemistry and Biochemistry. “The more you know about what it is, the better you can decide what to do about it.”

Marshall is widely recognized as having revolutionized the field of chemical analysis. He co-invented and continues to develop FT-ICR mass spectrometry, a powerful analytical procedure capable of resolving and identifying thousands of different chemical components in complex mixtures ranging from petroleum to biological fluids.

In recent years, Marshall’s research group has received a great deal of attention for its development of “petroleomics,” an entirely new branch of chemistry that seeks to predict the properties and behavior of petroleum and its products.

###

Special thanks to Richard Charter

EMII: Bahamas Suspends Offshore Drilling

http://www.emii.com/Articles/2660589/Energy/Top-Stories/Bahamas-Suspends-Offshore-Drilling.aspx

09-02-2010 | Source: World Oil

Following the United States’ six-month ban on deepwater drilling, the Ministry of the Environment in the Bahamas has suspended consideration of all applications for oil exploration and drilling in the waters of the Bahamas. Though a well has not been drilled in the area for 20 years, the Ministry announced that a stringent set of environmental rules would need to be put in place before it considered applications.

Additionally, all existing licenses will be reviewed by the Ministry to determine any legal entitlement for renewal.

The deepwater drilling moratorium immediately affected several Bahamas-focused E&P companies. Shares in oil exploration company BPC, which owns five exploration licences in Bahamian waters to the east of Florida and Cuba, tumbled as much as 50% after the company noted the announcement by the government. BPC said it would continue to analyze seismic data on its existing licenses as it has not yet established a definitive drilling program, according to a Reuters report.

Drilling on BPC’s Bahamian acreage does not face the same geological risks as those found in the Gulf of Mexico, said the company, which called the situation “short term.”

Special thanks to Richard Charter

NBC: Another oil rig explosion reported in Gulf

http://www.nbc-2.com/Global/story.asp?S=13089511
Posted: Sep 02, 2010 11:38 AM EDT
Updated: Sep 02, 2010 1:48 PM EDT

GRAND ISLE, La.: The Coast Guard says no one was killed when an offshore petroleum platform exploded and began burning in the Gulf of Mexico, about 100 miles off the Louisiana coast.

The explosion is about 200 miles west of the site where BP’s undersea well spilled after a rig explosion.

The Coast Guard says the blast was spotted by a commercial helicopter flying over the area this morning.

All 13 people aboard the rig have been accounted for, with one injury.

A Coast Guard spokeswoman says some of those from the rig were spotted in emergency flotation devices.

The Department of Homeland Security says the platform was owned by Mariner Energy of Houston. DHS said it was not producing oil and gas.

Special thanks to Richard Charter

"Be the change you want to see in the world." Mahatma Gandhi