Daily Kos

Thoroughly Modern Mastodons

Sun Jul 27, 2008 at 08:28:54 AM PDT

This is adapted from my portion of the Energize America presentation at Netroots Nation, and I'd hoped to provide some expanded notes to go along with the video of that talk.  Unfortunately, it appears that only a few minutes of the overall presentation was recorded (darn it).  We'll soldier on sans streaming video.

The Believers
Before we can have any serious discussion of energy, it's important that we cut through the some of the myths that surround the subject -- myths that often find their way into the media and into political debates.  I want to start off by discussion three men: Thomas Jefferson, Donald Rumsfeld, and Dr. Thomas Gold.  What can these three men possibly have in common?  They are The Believers

Thomas Jefferson, author of the Declaration of Independence, third president of these United States, statesman, inventor, author, philosopher and all around smart guy.  In 1803, Jefferson purchased a slice of land from Napoleon.  How much land?  Honestly, neither the French nor Jefferson really knew. And neither knew what that land contained.

To begin the long task of finding out, Jefferson dispatched Meriwether Lewis and William Clark on their long expedition across the west.  And while Jefferson was unsure of how far they'd be going, or what wonders they might find, there was one thing he had hopes they would see.  Mastodons.  A large mammal, covered in shaggy fur, ten feet tall at the shoulder, and a rather close relative of the modern elephant.  

Why would a man as smart as Thomas Jefferson expect to find a fur-coated elephant still hiding in the parts of America that were not then well know?  Because he'd seen the bones of mastodons and other large ice age creatures, and in his day, most people, no matter how bright, did not believe that it was possible for an Animal to go extinct. If mastodons were not to be found in the parts of the country settled by Europeans, then they must be somewhere else.  Even several decades later many people did not accept the idea of extinction.

Extinction threatened the "great chain of being," which could not tolerate missing links.  Like the inhabitants of Easter Island who cut down the the last tree in confidence that there had to be more trees, you know, somewhere, the people of Jefferson's America knew that mastodons were still our there.  They were merely hiding.

Donald Rumsfeld.  By any measure, not as smart as Thomas Jefferson, but nonetheless until recently the Secretary of Defense and one of those who organized our rather large expedition into a place called Iraq.  As he sent US forces in from the south, Rumsfeld told us exactly what he expected to find: weapons of mass destruction.  And he told us where he expected to find them: west, north, and east of Baghdad and Tikrit.

Why should Rumsfeld expect to find something that diligent searches by UN inspectors had not uncovered, and about which our own best intelligence sources were, to say the least, dubious? Because by the time US forces spilled over the Iraqi border, the neocons had bet everything that the WMDs were there, and would provide justification for our invasion.  It was a matter of faith.

Dr. Cornell Gold, research professor at Cornell University, respected astronomer, and the man who ferreted out the nature of pulsars. However, what draws Gold into this conversation is something he postulated much closer to home. In 1992, Gold published a paper in which he postulated that both oil and coal were not fossil fuels at all, but where generated by abiogenic processes that occur deep underground.  

Gold's theory appeared ludicrous on the face of it, but after careful examination proved totally absurd. Just looking at the coal side of the equation, we have peat bogs, lignite fields, sub-bituminous fields, bituminous, and anthracite coal. We understand every step of how plant material becomes coal, and that plant material is so well preserved within the coal that grains of pollen remain to identify the sources of coal back to the species. Oil's nature is just as easily demonstrated.

Despite this, Gold's theory gained currency far out of proportion to its credibility. His ideas offered a way out of the limits placed on oil by nasty old reality, and Gold became the patron saint of those who believe that peak oil will never come.  It is an article of faith.

The Truth About US Oil Production
Right now, we're having debates on drilling for oil on the outer continental shelves and in the Arctic National Wildlife Reserve.  This debate seems curiously detached from the real situation of oil production in the United States.

Significant US oil production began around the turn of the 20th Century, and by 1950 production was approaching 5 million barrels a day.  By 1960 production had jumped to more than 7 million barrels a day, and by 1970 production topped 9 million barrels a day.

Between 1970 and 1980, the OAPEC embargo hit.  For the first time, the nation woke to our dangerous dependence on imported oil.  Following the embargo, the price of oil traded sharply higher.  Oil that went for just over a dollar a barrel in 1970, fetched twenty-six dollars a decade later.  During that decade, the Trans-Alaskan pipeline was completed, bringing into production the enormous Prudhoe Bay field.  

We had a vital natural interest in increasing US oil production.  Oil companies had an enormous monetary interest in increasing US oil production.  Exploration was at a peak. New fields were coming on line. There was no federal restriction on offshore drilling.

So what happened?  Production went down.  It was down again between 1980 and 1990, down again in 2000.  And despite all the price increases of the last seven years, despite the 18 billion dollars a year provided in tax breaks aimed at exploration, by 2010 US oil production will be approximately where it was in 1950.

Anyone telling you that we can find relief for the problem of imported oil by simply looking beneath a few overlooked rocks is searching for modern mastodons.  Are there new oil fields out there?  Certainly.  Will they reverse the trend of our declining production.  Certainly not.

But then, perhaps all our mastodons are merely congregating elsewhere. Our imports of oil from outside the US have grown steadily.  The oil shock that occurred in 1973 happened at a time when imports were a fraction of what they were today, and yet by the end of that decade imports were higher.  Today, we're importing about twice as much oil as we're producing.

There are 98 oil producing countries in the world, which makes it seem as if we should have a lot of choices in our sources.  However, 68 of those countries have, like the United States, passed peak production.  60 of them are in terminal decline.  That means that the remaining 30 will have more, and more, and more control every single day that we continue to use oil.  If we want to reduce our demand for foreign oil, there is exactly one way in which it can be done: use less oil.  

Any other step -- including deluding ourselves in discussions of drilling our way out of this crisis -- is a step toward more control of our economy, our national security, and our future by the countries still capable of producing significant oil for export.  That means that every day King Abdullah, Hugo Chavez, and Mahmoud Ahmadinejad have more control over your lives every single time you take your car to the pump.

War by Bumpersticker
These are two bumperstickers spotted on the backs of cars: "Hungry? Eat an Environmentalist!" and "Ban Mining / Let The Bastards Freeze in the Dark." These may sound like they were created in response to the fight against global warming or mountaintop removal, but they actually date back to 1970.  

They were created in response to the push for the Clean Air Act, which among other things set limits on Sulfur Dioxide (SO2) emissions from coal-fired power plants. They didn't spontaneously appear, but were created by the PR departments of industries fighting against the legislation. They were the "Obama is a Muslim" chain emails of their day.

Industry predicted that the changes would destroy the economy, would puts tens of thousands out of work, and would drive the cost of electricity so high that average families would be back to studying by firelight. Obviously, they were wrong. Their cost estimates were off not just by a factor of two, or ten, or even a hundred. They also predicted that the SO2 reductions could not be met. They were wrong about that, too.

In 1990, the Clean Air Act was revised to add more limitations and introduce a cap and trade system in SO2 certificates. Again industry stood ready with dire warnings.

They predicted that the 1990 Act would cost fifty thousand jobs in mining alone. The EPA under George H. W. Bush took a look and predicted something like eleven to fifteen thousand jobs.  But when they checked in years after the Act had been fully implemented, actually job losses were less than 5,000.  Not only that, 95% of the losses in mining were due to "higher productivity techniques," such as mountaintop removal mining, not to changes caused by the legislation.

On costs, industry's numbers indicated tens of billions a year to be invested in cleanup. The EPA estimate was much more modest at around four billion dollars a year. Actual costs? Around one billion -- which is reflected in the price of the SO2 certificates, which after full implementation are still selling for about a quarter to a third of what the EPA predicted they would cost after just the first phase.

Industry was also ready with more warnings about electrical cost, predicting a significant rise in home electric rates. Again, the EPA was more modest, and again reality showed even that estimate was way over. In fact, electrical costs to the consumer fell during the time in which the legislation was being implemented.

So What's the Point?
The point is that our energy debate is too often driven by predictions and numbers that have no relation to reality.

  • We are forty years past peak oil in the United States
  • Drilling will not reverse the trend of increasing dependence on imported oil
  • That oil is increasingly in the hands of nations who are not our friends
  • Those nations will have more and more to say about every facet of our lives and security
  • When it comes to making changes, you can't trust the huge cost estimates
  • Even supposedly neutral organizations overestimate the cost of change

What do we do from here?  We use less oil. Equally important, we have to entangle our oil-based transportation system with our electrical grid through introducing plug-in hybrid and pure electrical vehicles.  

If we don't, then we may soon be joining the mastodons.

Daily Kos has been deeply involved in energy issues from the beginning, and produced Energize America as a result of the many discussions and proposals put forth in diaries and comments.  Energize America has never been more important than it is today.

Over the next few weeks, we'll be revisiting Energize America to update our proposals in the face of changing issues, and to support Energy Smart candidates.

  • ::

The presentation at Netroots Nation may not have been preserved as we'd wish, but we're putting together an online version that will be even better. To give you a hint of what's coming, here's an online slide presentation -- sorry for the lack of sound. It'll be there soon.

Looking for numbers to examine?  Here's a good place to start.  The links from there, especially the historical information, are a perfect source if you want to make your own charts, graphs, and tables.  And they're a good launching point for an oil discussion.

Tags: Energy, Oil, Environment (all tags) :: Previous Tag Versions

Permalink | 229 comments

  •  just a bunch of bloggers in their pjs (19+ / 0-)

    no original reporting
    no journalism credentials

    Just a bunch of subject matter experts who write superbly.

    What are we to do with you?

    "Politics is the art of looking for trouble, finding it everywhere, diagnosing it incorrectly and applying the wrong remedies." - Groucho Marx

    by DemFromCT on Sun Jul 27, 2008 at 08:33:13 AM PDT

  •  This was an excellent summary, thank you (13+ / 0-)

    ... we are in for the biggest retrofitting in history since the invention of electricity.

    "Toads of Glory, slugs of joy... as he trotted down the path before a dragon ate him"-Alex Hall/ Stop McClintock

    by AmericanRiverCanyon on Sun Jul 27, 2008 at 08:35:22 AM PDT

  •  Great article DT (0+ / 0-)

    However, can you clarify one point?

    Are their new oil fields out there?  Certainly.  Will they reverse the trend of our declining production.  Certainly not.

    How do you know that finding and drilling for new oil in the US won't reverse our declining production? I didn't seem to read that in your article. I mean, I know eventually it would of course go down, but wouldn't our production go up, even if for a little while, before going back down again?

    Georgie Porgie Puddin Pie
    All he could ever do was lie.
    When the kids came out to play
    Georgie had planted landmines.

    by jetskreemr on Sun Jul 27, 2008 at 08:35:34 AM PDT

    •  Does a bump reverse a trend? n/t (1+ / 0-)

      Recommended by:
      p gorden lippy

      You kids behave or I'm turning this universe around RIGHT NOW! - god

      by Clem Yeobright on Sun Jul 27, 2008 at 08:38:43 AM PDT

      [ Parent ]

    •  The most optimistic ANWR projections (2+ / 0-)

      Recommended by:
      Clem Yeobright, jetskreemr

      are from the EIA.

      See how thin the red area is?

      (They're also way to high for my taste on the rest of the country projection)

      •  The most optimistic estimate for all the oil (7+ / 0-)

        under the Arctic ice is three years of world consumption and then gone forever.  This is without a drop of oil having been discovered and is all based on projections about what should or could or would be there.

        At one point the nation depended on whale oil and hunted most whale species to the brink of extinction; even when whaling was in its last throes, there were those in the industry who continued to insist that it was not a lack of whales but that the whales had moved their feeding and breeding grounds and all the whalers had to do was to find these mythical grounds to make everything OK again.  

        •  uranium reserves are also running out (0+ / 0-)

          Editor, Red and Black Publishers http://www.RedandBlackPublishers.com

          by Lenny Flank on Sun Jul 27, 2008 at 09:41:10 AM PDT

          [ Parent ]

          •  Nope but the way all nonrenewable (0+ / 0-)

            resources are being consumed, we are not too far from the day of international rationing of those resources either economically or militarily.  Iraq was the first clumsy volley in this war, I fear.

            •  we'll be too busy fighting over food and water (0+ / 0-)

              once global warming kicks in, dries up the water in much of the world, and destroys the habitats necessary for the six food crops that feed most of the world (none of which grow well in hot dry climates).

              We'll end up invading Canada to take their wheat crop to feed ourselves.

              Editor, Red and Black Publishers http://www.RedandBlackPublishers.com

              by Lenny Flank on Sun Jul 27, 2008 at 09:54:03 AM PDT

              [ Parent ]

              •  I have argued for decades (since 1984) (0+ / 0-)

                that water is the real scarce commodity and that its profligate use was going to doom American agriculture as we could see Georgia already rationing water during droughts (blamed on La Nina and El Nino). At that time, I supported ceasing to dry out wetlands but to leave them as vital recharge areas as well as limiting irrigation both from deep wells and surface water as surface ponds and catch basins maintain water levels while the deeper aquifers of course maintain the surface water. Instead of water hungry crops, I advocated switching to drouth hardy crops where possible and breeding for drouthhardiness as well as disease and insect resistance.

                It did not do much good as sinkholes and golf courses have proliferated and the largest developer in the county discovered how to use berme ditches to dry out even more wetlands and do it legally.

          •  Then do not prohibit uranium mines (0+ / 0-)

            in the Grand Canyon. Lets have a secure domestic source for uranium if its going to be in short supply.

            •  that's pretty funny (1+ / 0-)

              Recommended by:
              entlord1

              You, uh, do understand that "global uranium supply" also includes the US domestic uranium supply, right . . . ?

              "Mine in the Grand Canyon!" is precisely the same logic as "drill in the Gulf!".  In both cases, we spend lots to obtain a resource that we will soon run out of anyway.  It doesn't help anyone.

              But while we're talking about uranium mining, why don't you go ahead and tell everyone what the costs of THAT are?  Tell everyone all about the environmental and economic record of uranium mining, as well as its huge carbon footprint?

              Oh, OK, I'll do it for you . . . .

              http://news.bbc.co.uk/2/hi/science/nature/7371645.stm

              Nuclear's CO2 cost 'will climb'  
              By Paul Rincon
              Science reporter, BBC News  

              Some anticipate a major expansion of nuclear power

              The case for nuclear power as a low carbon energy source to replace fossil fuels has been challenged in a new report by Australian academics.

              It suggests greenhouse emissions from the mining of uranium - on which nuclear power relies - are on the rise.

              Availability of high-grade uranium ore is set to decline with time, it says, making the fuel less environmentally friendly and more costly to extract.

              The findings appear in the journal Environmental Science & Technology.

               Yes, we can probably find new uranium deposits, but to me that's not the real issue

              Dr Gavin Mudd, Monash University
              A significant proportion of greenhouse emissions from nuclear power stem from the fuel supply stage, which includes uranium mining, milling, enrichment and fuel manufacturing.

              Others sources of carbon include construction of the plant - including the manufacturing of steel and concrete materials - and decomissioning.

              The authors based their analysis on historical records, contemporary financial and technical reports, and analyses of CO2 emissions.

              Experts say it is the first such report to draw together such detailed information on the environmental costs incurred at this point in the nuclear energy chain.

              Nuclear impact

              The report is likely to come under close scrutiny at a time when governments around the world are considering the nuclear option to meet future energy demands and reduce greenhouse gas emissions.

              Mining companies are likely to have to dig deeper for deposits

              Lead author Gavin Mudd, from Monash University in Australia, told BBC News: "Yes, we can probably find new uranium deposits, but to me that's not the real issue. The real issue is: 'what are the environmental and sustainability costs?'

              New uranium deposits are likely to be deeper underground and therefore more difficult to extract than at currently exploited sites, said Dr Mudd.

              In addition, he said, the average grade of uranium ore - a measure of its uranium oxide content and a key economic factor in mining - is likely to fall. Getting uranium from lower-quality deposits involves digging up and refining more ore.

               Even in the worst case scenario for CO2 emissions, the impact of nuclear on greenhouse emissions is still very small

              Thierry Dujardin, NEA
              Transporting a greater amount of ore will in turn require more diesel-powered vehicles - a principal source of greenhouse emissions in uranium mining.

              "The rate at which [the average grade of uranium ore] goes down depends on demand, technology, exploration and other factors. But, especially if there is going to be a nuclear resurgence, it will go down and that will entail a higher CO2 cost," Dr Mudd explained.

              Overall, the report suggests that uranium mining could require more energy and water in future, releasing greenhouse gases in greater quantities.

              New technology

              Thierry Dujardin, deputy director for science and development at the Nuclear Energy Agency (NEA), said the analysis made an important contribution to clarifying the impact of nuclear energy on CO2 emissions.

              "It is the beginning of the answer to a question I have raised in many fora, including within the agency," he told BBC News.

              But Mr Dujardin said he did not fully agree with the authors' conclusions.

              "Even in the worst case scenario for CO2 emissions, the impact of nuclear on greenhouse emissions is still very small compared with fossil fuels," he explained.

              The NEA official admitted that lower grades of ore might have to be exploited in future, but he added that emissions from mining were only a small part of those produced in the nuclear supply chain as a whole.

              He said he was also confident that entirely new deposits would be found as the industry stepped up its exploration effort.

              The nuclear industry is carrying out research into recovering uranium from rocks used in the industrial production of phosphates. Various technologies based on solvent extraction can be used to get the element from phosphate rocks.

              And in the longer term, some predict that so-called fast breeder reactor technology would increase by up to 50-fold the amount of energy extracted from uranium.

              http://www.wise-uranium.org/...

              Survey finds excess deformities and cancer near Jadugoda uranium mine (Jharkhand, India)
              > View details

              --------------------------------------------------------------------------------

              New study confirms toxicity of uranium in drinking water
              In a recent study on humans, toxic effects of uranium in drinking water on the kidney were found even for low concentrations - without a clear threshold. View details.

              --------------------------------------------------------------------------------

              Increase in leukemia, lung and renal cancers around Spanish uranium mills
              An excess risk of leukemia mortality was observed in the vicinity of uranium mills in Spain: A statistically significant 30% increase for the Andújar mill and, on the borderline of statistical significance, an 68% increase for the Ciudad Rodrigo mill. No excess leukemia risk was observed around the experimental Lobo-G mill at La Haba (Badajoz).
              radius relative risk 95% confidence interval
              Andújar 0 - 30 km 1.30 1.03 - 1.64
              Ciudad Rodrigo 0 - 15 km 1.68 0.92 - 3.08

              The relative risk compares the risk in the study areas versus reference areas. For reference (control), towns lying within a radius of 50 - 100 km were taken.

              For none of the facilities, a pattern indicating a statistically significant rise in risk with proximity to the facility could be found.
              For Ciudad Rodrigo and La Haba, data from the time before the commissioning of the facilities was available and allowed to study the start-up effect. The available data showed no significant rise in mortality with the startup of these facilities.
              The influence of natural radiation on mortality could not be incorporated into the analysis. However, the Andújar and Ciudad Rodrigo facilities are located in parts of the country with high levels of natural radiation.

              Gonzalo López-Abente, Nuria Aragonés, Marina Pollán, María Ruiz, and Ana Gandarillas: Leukemia, Lymphomas, and Myeloma Mortality in the Vicinity of Nuclear Power Plants and Nuclear Fuel Facilities in Spain. in: Cancer Epidemiology, Biomarkers and Prevention Vol. 8, p. 925-934, Oct. 1999, ISSN 1055-9965
              In another paper, the same authors report excess lung [relative risk (RR) 1.12, 95% confidence interval (CI), 1.02-1.25] and renal cancer mortality (RR 1.37, 95% CI, 1.07-1.76) around the uranium mills.

              Gonzalo López-Abente, Nuria Aragonés, and Marina Pollán: Solid-Tumor Mortality in the Vicinity of Uranium Cycle Facilities and Nuclear Power Plants in Spain , Environmental Health Perspectives Volume 109, Number 7, July 2001, p. 721-729
              At Andújar (Jaén), a uranium mill was in operation from 1959 to 1981. The plant produced 1350 tonnes of U3O8 (1145 t U) and left behind around 1 million m3 of mill tailings.
              At Saelices el Chico near Ciudad Rodrigo (Salamanca), the Elefante uranium mill was in operation between 1973 and 1993. Then, this plant was replaced by the new Quercus plant which is scheduled to operate until 2001. During its lifetime, the Elefante plant produced a total of 3430 tonnes of U3O8 (2909 t U), leaving behind 7.15 million tonnes of heap leaching wastes and 372,000 m3 of mill tailings. [IAEA-TECDOC-982 (1997), IAEA-TECDOC-824 (1995)]

              --------------------------------------------------------------------------------

              New study on toxicity of uranium in drinking water
              For the first time, a study on the effects of chronic ingestion of uranium with drinking water on humans is available. It finds that kidney function is affected by levels of uranium uptake previously considered safe. View details.

              --------------------------------------------------------------------------------

              Chromosome aberrations with residents of uranium mining area
              An investigation of residents of Karnes County, Texas, showed the following results:

              "We found that individuals who resided near uranium mining operations had a higher mean frequency of cells with chromosome aberrations and higher deletion frequency but lower dicentric frequency than the reference group, although the difference was not statistically significant. After cells were challenged by exposure to gamma-rays, the target population had a significantly higher frequency of cells with chromosome aberrations and deletion frequency than the reference group. The latter observation is indicative of abnormal DNA repair response in the target population."
              References
              Au, W W; Lane, R G; Legator,M S; et al.: Biomarker Monitoring of a Population Residing near Uranium Mining Activities, in: Environmental Health Perspectives Vol. 103, No.5, May 1995, p.466-470

              --------------------------------------------------------------------------------

              Increase in birth defects from mothers living near uranium tailings
              An investigation performed at the Shiprock, New Mexico, uranium mine showed that babies from mothers who lived near the tailings dump, suffered a significant increase in birth defects by a factor of 1.83. Since no dependency on the duration of exposure prior to birth could be found, the result is seen by the authors with caution, though statistically significant.
              References
              Shields,L M; Wiese,W H; Skipper,B J; et al.: Navajo birth outcomes in the Shiprock uranium mining area, in: Health Physics Vol.63, No.5, Nov.1992, p.542-551

              --------------------------------------------------------------------------------

              Health hazard from radon for residents of uranium mining areas
              No epidemiological studies on residents of mining areas have been completed so far. Only some studies on the risk presented by radon in homes have been performed worldwide - with inconsistent results [Stidley1993]. An analysis of ongoing epidemiological studies on health effects from radon in homes found many methodological drawbacks with the design of these studies, especially unsufficient sample size [Neuberger1992]. A first analysis of health data in the German uranium mining area showed a significantly increased lung cancer incidence for men in several cities, which is attributed to occupational exposure. But in Schneeberg and Schlema, an increased lung cancer risk was also found for women [Heinemann1992, p.55]. A detailed study on lung cancer risk in dwellings in Thuringia and Saxony is now being undertaken [Heinrich1992].
              Estimates made by U.S.EPA for an individual living next to some of the inactive tailings piles in the US showed a lifetime excess lung cancer risk of 40 chances in 1000 [EPA1983a]. Since the radon gas released from the tailings piles is dispersed over large areas, many people receive small additional radiation doses. Though the increase of the individual risk is rather small, the total number of fatalities can not be neglected: U.S.EPA estimated for the United States that without remediation, the radon released from all inactive sites could cause 170 to 240 potential excess lung cancer deaths per century [EPA1983a], while all tailings in existence at licensed sites in 1983 would cause about 500 lung cancer deaths per century [EPA1983b].

              A first assessment of lung cancer risk for the residents of the East German uranium mining area was performed by Ökoinstitut [Küppers1994]. For the Thuringian uranium mining district, Ökoinstitut calculated an excess lifetime lung cancer risk of 15 in 1000 for residents of the Southern part of Ronneburg, where an 80 Bq/m3 increase of radon concentration in air can be attributed to Wismut's activities. The dispersion of the radon gas released from the Ronneburg mining district leads to an excess lung cancer incidence of 6 cases per year within a radius of 400 km from the mines.

              Misuse of tailings for construction purposes was widely practiced in uranium mining areas in the US. Tailings were used for foundations of homes and other purposes. High indoor radon exposures result from this practice. U.S.EPA estimates for residents living in such homes ("vicinity properties") showed an excess lifetime lung cancer risk of greater than 40 chances in 1000 for 50% of the homes sampled in Grand Junction, Colorado [EPA1983a].
              In Eastern Siberia, tailings sands from a uranium mine at Baley (Chita region) were used for the construction of apartment buildings and kindergardens. Radon concentrations in these buildings exceed the 200 Bq/m3 standard up to 37-fold. For details see For Life in Baley , December 1995 Supplement to Baikal Currents (Baikal Center for Ecological and Citizen Initiatives, Irkutsk, and Baikal Watch, Earth Island Institute, San Francisco).
              No investigations have been performed so far, whether such misuse has happened also in the East German uranium mining district. Ökoinstitut calculates radon levels in homes of 260 Bq/m3 from supposed misuse of Crossen waste rock material with radium-226 concentrations of 1 Bq/g for construction purposes. This radon level corresponds to nearly the same excess lifetime lung cancer risk of 39 chances in 1000. [Küppers1994, p.58-59]

              http://www.npr.org/...

              Navajo Nation Pushes for Uranium Cleanup
              by Ted Robbins

              Morning Edition, May 30, 2008 · Despite the lure of potentially big money, the Navajo Nation has banned uranium mining on its reservation, which spans parts of Arizona, New Mexico and Utah. In part, the decision reflects deep Navajo concerns about how past mining activities have damaged health and the environment.

              http://www.nunnglow.com/...

              Open Pit Mining      
              Regardless of what they call it:

              Open Pit
              Conventional Mining
              Surface Mining
              It all means the same thing: A Deep Hole in the Ground.

              Open pit mining is planned for the south area of the Centennial Project, the area closest to Fort Collins, Greeley, and Wellington. Powertech estimates the Centennial Project holds 9.7 million lbs of uranium. Over half the uranium, 5.9 million lbs, lies in shallow deposits within the southern area of the Centennial Project, the conventional (open-pit) mining area (see page 32 of http://www.powertechuranium.com/...

              Open pit mining is used when deposits of uranium are considered close to the surface. Uranium deposits in the Centennial Project’s south area are at a depth of 80 to 120 feet with an average thickness of 9 feet. Mining to that depth would create a 129 foot hole in the ground, equivalent to a 12-story building. The average grade of the uranium in Centennial Project’s south area is only 0.1 %. This means 2.9 million tons of rock must be mined to remove the uranium.

              The predictable result is something like the Big Eagle Pits near Jeffrey City, Wyoming (read article) where uranium mining left a ghost town and three super fund sites (Photograph courtesy of U.S. Energy Corporation) or the Midnite Uranium Mine (read article), a superfund site in Washington State (Photograph by Elly Hale, EPA)  

              Midnite Uranium Mine
              The intense mining required to move and process 2.9 million tons rock and ore to bring this low grade uranium to market comes with a significant carbon footprint. In her book, Nuclear Power is Not the Answer, Dr. Helen Caldicott writes:

              "The largest unavoidable energy cost associated with nuclear power relates to the processes of mining and milling uranium fuel. Variable grades of uranium ore exist at different mines around the world. A greater amount of energy is required to extract uranium from a mine containing a low-grade uranium concentration of 0.1% than from another mine containing a uranium concentration of 10%-ten times more. . .The energy used to mine the uranium is fossil fuel . . ."

              The Sierra Club concurs with Dr. Caldicott and writes "Uranium mining is among the most carbon-dioxide-intensive operations in the world" (SierraClub.org).

              Since uranium was first located within the Centennial Project in 1980, the primary focus has been to surface mine the south area. Rocky Mountain Energy Company (RME), a subsidiary of Union Pacific Railroad and the original owner of the Centennial Project, not only planned to surface mine the south area, a plan still outlined in Powertech’s Centennial’s Projects Technical Report (43-101), RME also investigated vat leaching to extract uranium from surfaced mined ore as well as building an on-site uranium processing mill. RME dropped its plans for the Centennial project when market prices for uranium fell in 1982.

              At that time, it was also determined a gravel quarry would be an additional economic resource for moving the 7.9 million cubic yards of gravel that overlay the shallow uranium deposit. Powertech has already marked out their gravel pit in this same south area. There is no U.S. regulatory agency that watches over gravel pit mining.

              Open pit mining produces huge piles of waste rock. Waste rock from uranium mines will typically contain concentrations of radioisotopes (radioactive isotopes) higher than the undisturbed surface. Uranium left geologically isolated from our environment by layers of earth and rock is not harmful. In an undisturbed uranium deposit the activity of all decay remains unchanged for hundreds of millions years. This changes when the uranium deposit is mined and the unstoppable and deadly series of radioactive decay begins. Uranium-238 has a half-life of 4.5 billion years before it finally reaches a stable form of lead. (Image to the left provided by Colorado State University.)

              "Uranium mill tailings are the residual waste from the process of uranium extraction from the uranium ore. Since only uranium is extracted, all other members of the uranium decay chains remain in the tailings at their original activities. In addition, small residual amounts of uranium are left in the tailings, depending on the efficiency of the extraction process used." (From WISE Uranium Project: Uranium Radiation Properties.)

              The most serious health hazard associated with uranium mining is lung cancer due to inhaling uranium decay products. Uranium mill tailings contain radioactive materials, notably radium-226, and heavy metals (e.g., manganese and molybdenum) which can leach into groundwater. Near tailings piles, water samples have shown levels of some contaminants at hundreds of times the government's acceptable level for drinking water. (From Uranium: Its Uses and Hazards.)

              Radioactive tailings from uranium mines are exposed to wind and rain where they are spread miles outside the mining operation. Scientist Dr. Gordon Edwards writes in a December 2007 article "When radon gas is released from a uranium mine, it deposits solid radioactive fallout – including polonium-210 – on the ground for hundreds of miles downwind of the mine site." Those radioactive particles may travel even further from the Centennial site since Colorado has a ranking of 11th for best place in the nation to generate energy from the wind and Weld County ranks first in the United States for having the most tornados (www.coopext.colostate.edu). Colorado’s most populated areas of the state lie downwind from the proposed Centennial uranium mining project. Click here () to see a map of wind directions and communites downwind from the Centennial Project.

              Peter Diehl writes in Uranium Mining and Milling Wastes: An Introduction: "All these piles threaten people and the environment after shut down of the mine due to their release of radon gas and seepage water containing radioactive and toxic materials."

              Mounds of mine tailings left from uranium’s last boom which ended in the 1980s continues to plague the United States. Because mining companies pulled out without sufficient cleanup and restoration, billions of dollars of taxpayers money has been spent in an attempt to do the impossible: return uranium mills and mining sites to a somewhat environmentally healthy state. An infamous example is Moab Utah’s Atlas uranium mill.

              The cleanup of the 9.5-million-ton Atlas Corp. uranium mill tailings site at Moab (Utah, US) has continued to be discussed controversially. The pile is located immediately on the bank of the Colorado River, a drinking water resource for millions of Americans. The NRC approved the in-place reclamation of the tailings pile in spite of concerns raised for the water quality of the Colorado River. However, the funds available from Atlas are not even sufficient for the in-place reclamation. In addition, bankrupt Atlas Corp. now is to be released from the liability for the tailings cleanup: the NRC has selected a trustee, to whom the license will be transferred. (Uranium mining in 1999: Hard times continuing)

              Downstream from most of America’s uranium mines and mills sits Lake Mead, a huge reservoir that supplies drinking and irrigation water for southern California, Las Vegas, and parts of Arizona. The 40-year-old Atlas mill tailings pile at Moab, Utah, located 750 feet from the Colorado River, covers 130 acres and leaks on average 57,000 gallons per day of contaminated fluids into the river. The radioactive isotopes that are released in the mining and milling process have very long half-lives and are slowly making their way downriver into the sediments and water of the lake. The implications of a contaminated western water system are catastrophic.
              Surface water is not the only threatened resource. Seepage from tailings ponds and "direct injection" of wastes into the subsurface contribute to ground water contamination. Wells that tap into these aquifers provide much of the drinking and irrigation water for the arid Colorado Plateau. Both people and livestock are affected by drinking this water and eating plants that are irrigated with it. ("Leetso," the Yellow Monster: Uranium Mining on the Colorado Plateau)
              Polonium-210 is left over from uranium mines and found in tailings piles in concentrations where its radioactivity equals the uranium. Polonium-210 is a billion times more toxic than cyanide (http://pacificfreepress.com).

              Concentrated levels of selenium, vanadium, radium, molybdenum, nickel, cadmium and arsenic are also found in the tailings. While trace amounts of these heavy metals are not harmful, accumulation over time can cause serious illness in humans and animals. Plants that grow on uranium tailings show a high uranium uptake and have been determined to be a significant factor in the spread of radioactive material from these sites. Radium whose link to head and bone cancers and leukemia earned it the label of Superb Carcinogen from the British Columbia Medical Association, can leak from uranium tailings into the food chain and ground water for thousands of years (http://pacificfreepress.com).

              Selenium is an element commonly found in northern Colorado, often occurring in association with uranium. In areas were selenium is found in the surface soils, plants and grasses can become toxic to livestock due to the plants uptake of selenium. Selenium accumulator plants such as loco weed will move in and thrive in these soils and are know for acute poisioning and death to livestock (See Selenium Contamination). Uranium mining will concentrate selenium on the soils surface, either in open pit or in-sit leaching, making hot spots of selenium enriched plants, which can often be seen as greener than natural surroundings.

              The western United States has mountains of toxic uranium tailings exposed and unprotected from the environment. While restoration is a contracted requirement made before mining operations begin, there simply is no way to return a uranium-mining site to pre-mining conditions. It has become the norm for uranium mining companies to ask their required standards of reclamination be amended and lowered before they complete site restoration.

              Sites where these issues have occurred includes, but is not limited to: Bear Creek (Wyoming); Boots/Brown, (Texas); Bruni (Texas); Burns/Moser (Texas); Cañon City uranium mill (Colorado); Christensen Ranch (Wyoming); Clay West (Texas); Cotter (Colorado); Crow Butte (Nebraska); Highland (Wyoming); Irigaray (Wyoming); Hobson (Texas); Holiday - El Mesquite, Duval County (Texas); Kingsville Dome (Texas); Mt. Lucas (Texas); O'Hern (Texas); Palangana (Texas); Rosita (Texas); Smith Ranch (Wyoming); Tex-1 (Texas); West Cole (Texas); Western Nuclear Split Rock uranium mill site (Wyoming); Zamzow (Texas).

              Editor, Red and Black Publishers http://www.RedandBlackPublishers.com

              by Lenny Flank on Sun Jul 27, 2008 at 11:27:18 AM PDT

              [ Parent ]

              •  Would you also ban Al, Cu, Au, Pt etc? (0+ / 0-)

                Mining is necessary to obtain all these useful minerals that allow modern society to exist. Aside from the health risks, none of the arguments you raise about uranium couldn't also be raised against these minerals and many others. Our technology and practices have improved tremendously from the old mining era. Mining can be done in a safe manner that does not jeopardize miners or the communities health. It is more likely to be done properly in the US. So lets do it here and do it right.

                To call for the elimination of fossil fuel generated electricity (60% of our generation costing 2 to 5 Cents per KWH for coal) and nuclear generated electricity (20% of our generation capacity costing 2 to 5 cents per KWH) flys in the face of what is practical. The nuclear plants are not going away and uranium is needed for them. The alternatives of solar (14 Cents per KWH) and wind (11 cents per KWH) cost to much to allow competitive manufacturing. Insisting that our electricity come from those sources will shut our energy intensive manufacturing down costing millions of jobs lowering our standard of living and exploding our trade deficit.

                •  (sigh) (0+ / 0-)

                  THAT is the best you can do?

                  THAT?

                  Really?

                  THAT'S all you got?

                  No wonder nuclear energy has been dead for 30 years.

                  Editor, Red and Black Publishers http://www.RedandBlackPublishers.com

                  by Lenny Flank on Sun Jul 27, 2008 at 06:20:36 PM PDT

                  [ Parent ]

                  •  sigh (0+ / 0-)

                    That is the best YOU can do. Hardly an effort for a factoid linkage guy like you. I was waiting for an explanation of how a return to the Stone Age before all these nasty metals would reduce our carbon footprint and keep dangerous elements buried where silly man could not access them and hurt himself or the earth with them.

                    Good Night Lenny

    •  It's purely in the numbers (15+ / 0-)

      Peak oil in the United States was a combination of production from a number of large fields scattered across the country. When those fields began to decline, even bringing an enormous field like Prudhoe Bay into production wasn't enough to hold off the trend.  At this point, you'd need an improbable number of new fields all coming on line simultaneously to even significantly alter the shape of the curve.

      •  Thanks! (1+ / 0-)

        Recommended by:
        Clem Yeobright

        I hadn't heard that before, good to know.

        Georgie Porgie Puddin Pie
        All he could ever do was lie.
        When the kids came out to play
        Georgie had planted landmines.

        by jetskreemr on Sun Jul 27, 2008 at 09:22:22 AM PDT

        [ Parent ]

      •  New Shale oil technology could create (0+ / 0-)

        a whole new curve. But right now, its restricted so there is not the incentive to invest in research on better safer, cleaner extraction techniques.

        •  Oil shale is a terrible idea (2+ / 0-)

          Recommended by:
          entlord1, In her own Voice

          Using 5-7 barrels of water for every barrel of fuel produced, all from the Colorado River basin which is already over allocated and depended upon by seven states and northern Mexico.  The river is projected to have significantly less water by the time oil shale might be ready for commercial development. (R&D is well under way by several major and some minor companies--in spite of Rethug rhetoric it has most certainly NOT stopped nor has Congress made development of a new generation of oil shale technologies illegal, on private and public lands).  According to a recent federal government report the Colorado River basin is likely to have 1/5 less water within 20 years, and that is WITHOUT the massive contribution that oil shale would add to greenhouse emissions--on both ends: several massive new coal-fired power plants would be required and of course the emissions coming out of the vehicles.  Even the more benign technologies would include massive ground disturbance--100% in the area being exploited, which, to get the 800 b to 1 trillion considered recoverable, is over 10,000 square miles, and home to numerous sensitive species and N.America's largest migratory deer herd.  Then there are the indirect impacts from tripling the area's population (more impacts to the scarce water resource, greenhouse gas emissions, loss of open space and impacts to wildlife).  Oil shale is not a solution, and for most folks who live out here--myself included--we will not stand idly by to see our lives destroyed and landscapes sacrificed so lazy Americans can go on wasting a dying energy source.  

        •  oil shale extraction is expensive (1+ / 0-)

          Recommended by:
          michaeloberg

          That's why the oil companies haven't done it already.

          It can produce more oil.  But it can't produce more CHEAP oil.

          The price will still go up.

          Editor, Red and Black Publishers http://www.RedandBlackPublishers.com

          by Lenny Flank on Sun Jul 27, 2008 at 03:00:13 PM PDT

          [ Parent ]

    •  they got the easy stuff first (7+ / 0-)

      The idea that there is another Ghawar or Cantarell out there is a lottery ticket mentality. We're into puddle sucker mode and all the welfare for the oil industry we can muster won't change that.

  •  Thomas Gold (2+ / 0-)

    Recommended by:
    Ray Radlein, ksingh

    He taught at Cornell.

    OK diary, but I like more charts showing how 2008 is not 1980.

    •  Thomas Gold is being misquoted (0+ / 0-)

      Thanks for correcting his name...

      But having read some of his material, I don't think that Devilstower is doing his legacy justice.  To begin with, Gold was not talking about coal. There's no controversy over its biological sources.  Coal is a fossil fuel and Gold would have agreed.  It is dishonest to say that because Gold said that some so-called fossil fuels weren't, then he thought they all weren't.

      Gold's theory still sounds plausible to me.  Basically, hydrogen emits from the Earth's core (in part from the decay of uranium, which helps keep the core hot) and filters its way up.  The interior of the planet is hot. As the hydrogen filters through carbon, methane forms.  No biology needed -- CH3 is created by geological means.  It accumulates where the geology is right.  (The rest enters the atmosphere or oceans and dissipates.)  So the supply of natural gas (methane) does get replenished.  How quickly is another story -- I don't recall seeing numbers, and it might be slow enough to be of little value, though meaningful in geological terms.  Or maybe it's fast enough to be significant.  Anybody know about that detail?

      Oil (complex hydrocarbons) in turn can be formed from methane (the lighest hydrocarbon) by underground bacteria (which are known to exist) or geochemical processes.  Again, I don't know the details, but Gold postulated that it didn't require dinosaurs.  It's not a rapid process, though.

      So if one were to be a True Believer in Gold's hypothesis, then we should be using more natural gas, and avoiding coal.

  •  thanks for posting this. What worries me... (4+ / 0-)

    ...is that most discussions neglect the demand end. I'm not convinced we can live sustainably with our current consumption.

  •  I had a debate with a bible beating flat earther (6+ / 0-)

    who tried to convince me that there is no such thing as extinction, that dinosaurs and mastodons were hiding in African caves, and that all signs pointed to rapture in our near future.

    Arguing with her was like arguing with those people pushing off shore drilling.

    What surprises me is how McCain's recent faux pas on drilling has been ignored. Not only was his photo op to a offshore drilling platform canceled due to weather, but he conveniently ignored a huge fish-killing, water-polluting oil spill. HINT, HINT:  OIL CAN SPILL &
    BAD WEATHER CAN DAMAGE OFFSHORE PLATFORMS!

    What we call god is merely a living creature with superior technology & understanding. If their fragile egos demand prayer, they lose that superiority.

    by agnostic on Sun Jul 27, 2008 at 08:43:36 AM PDT

    •  Since 99% of all species that ever existed (4+ / 0-)

      are extinct presently, how big is the cave she thinks they are all hiding in or did she mistake a Jules Verne novel for Scientific American?

    •  Katrina did not cause spillage from platforms (0+ / 0-)

      off the coast. Trust me, McCain will get his drilling rig photo op out there. I do not think you can compare 75% of the public that wants to drill with .00001% that thinks dinosaurs are hiding in caves.

      •  um . . . (2+ / 0-)

        Recommended by:
        AmericanRiverCanyon, Mr Tentacle

        http://thinkprogress.org/...

        Louisiana Governor Jindal Unaware Katrina Caused ‘Major’ Oil Spills In His Own State»
        While serving in Congress in August 2006, Louisiana Gov. Bobby Jindal (R) slammed the Bush administration for its response to Hurricanes Katrina and Rita. Jindal said the state suffered "trauma" from the "widespread incompetence of the federal, state and local government response."

        But yesterday on Fox News, it was Jindal who was displaying Katrina incompetence. Making a push for expanded offshore oil drilling, Jindal repeated the myth that Hurricanes Katrina and Rita caused "no major" oil spills in the state. Jindal called it a "great unwritten success story":

        Q: Real fast, Governor, the price of oil went up five bucks a barrel today. You’ve been drilling off the coast of Louisiana for a number of years. Any oil spills to worry about?

        JINDAL: You know, that’s one of the great unwritten success stories, after Katrina and Rita, these awful storms, no major spills.

        Jindal is clueless about the reality in his own state. As noted in the Wonk Room, the Hurricanes caused offshore oil spills so large that they could be seen from space (check out a picture here.) The Minerals Management Service reported that 113 oil platforms were "totally destroyed" — a total of 124 offshore spills.

        In fact, oil seeped onshore into southeast Louisiana, which saw 44 onshore and offshore oil spills. The EPA called the spills "worse than the worst-case scenario." Even oil industry representatives admitted: "nature can always topple you."

        It’s hard to see how this is a "great unwritten success story.

        http://www.chron.com/...

        Nov. 13, 2005, 10:59AM
        Spills from hurricanes staining the coast
        Industry says there was no way to prepare for spills

        By DINA CAPPIELLO
        Copyright 2005 Houston Chronicle

        CHALMETTE, LA. - When Walter Estrade returned to his home in this refinery town 10 miles southeast of New Orleans, he expected the typical hurricane damage — toppled trees, tossed cars, a waterlogged house.

        What he hadn't counted on was the oil.

        Hurricane Katrina's floodwaters unleashed 1 million gallons of oil from one of the massive storage tanks at Murphy Oil's nearby refinery. The spill spread over 1 square mile and stained 1,700 homes, making it one of the largest environmental spills to occur in the aftermath of Hurricanes Katrina and Rita.

        But it was far from the only one.

        A Houston Chronicle review of data from the National Response Center shows that the two storms caused at least 595 spills, incidents that released untold amounts of oil, natural gas and other chemicals into the air, onto land and into the water.

        The quantity and cumulative magnitude of the 595 spills, which were spread across four states and struck offshore and inland, rank these two hurricanes among the worst environmental disasters in U.S. history. Some have even compared the total amount of oil released — estimated at 9 million gallons — to the tragedy of Exxon Valdez.

        Now, Estrade and many others who live in this fence-line neighborhood are wondering: Even if they do clean up, will the community ever again be environmentally safe? In Chalmette, the spill left dark-brown stains on every car, front door and mailbox. Its drips are motionless on storm gutters. It was even absorbed into Estrade's wife's ceramic pots.

        "The oil penetrated everything. It was a compound tragedy," said Estrade, who has lived here since 1975.

        The potential exposure to various chemicals as residents return and workers clean up has prompted federal authorities to develop health-based standards specifically for the hurricanes' aftermath, something they haven't done since the World Trade Center collapsed, sending asbestos and other contaminants into the air in Lower Manhattan on Sept. 11, 2001.

        "This is about the tenth disaster I have responded to, and this is the worst I have ever seen," said Wally Cooper, the U.S. Environmental Protection Agency's on-scene coordinator, in charge of overseeing the Murphy Oil spill cleanup. "This is worse than the worst-case scenario."

        Representatives of the oil industry say there was no way they could have foreseen or prepared for the environmental mess.

        "We don't like to spill oil. Oil that spills is of no value," said Larry Wall, a spokesman for the Louisiana Mid-Continent Oil and Gas Association.

        "You can build your structures to withstand strong winds, rain and storm surges, but nature can always topple you," Wall said.

        Even in Houston, which escaped the brunt of Rita, the storm had environmental repercussions. Tons of air pollution was released as refineries and chemical plants shut down and came back on. A boat sank off the Kemah boardwalk.

        In Galveston, the storm exposed a past oil spill that occurred on an old tank farm and no one knew about, staining the Pelican Island bridge.

        In some cases, the natural disaster actually minimized the environmental one. Oil can't harm towns already destroyed by winds and floodwaters. Sunlight evaporated, and water diluted, many spills.

        And because of evacuations, there was nobody to breathe in the toxic fumes.

        Yet months later, as people are returning to hurricane-ravaged areas, environmental problems linger, and more still are being discovered.

        "We are still getting information about incidents that happened after the storm," said Dwight Bradshaw, a senior environmental scientist with the Louisiana Department of Environmental Quality. "People are coming back and saying, 'Oh, I'm missing a tank.' "

        Air-monitoring data released Friday by the EPA revealed that a couple of harmful chemicals are still in the air in Mississippi. Officials don't know the source.

        Surveys of a handful of the 54 hazardous-waste sites in the storms' path show that in some cases the hurricanes re-released long-buried pollution.

        And samples of sediment taken from residences near the Murphy Oil spill show levels of organic chemicals still high enough to cause people to break out in a skin rash and lead to respiratory problems.

        The data compiled by the National Response Center in the week after the hurricanes and analyzed by the Chronicle include spills both large and small. Although some reports are specific, others are vague.

        Hundreds of calls came within a single hour across the hurricanes' strike zones, based on the Chronicle's review.

        In Louisiana, a new environmental incident was reported nearly every minute days after Rita passed: At 11:21 a.m. on Sept. 26, Chevron reported that crude oil had been released from a platform missing in the Gulf. Six minutes later, the phone rang again.

        This time, it was Cytec Industries.

        A storage tank at its Jefferson Parish facility was leaking sulfuric acid at 1 gallon every minute.

        At 11:33 a.m., 11:37 a.m. and 11:41 a.m., natural gas was reported by people surveying the damage from a helicopter flying over the Gulf, followed by two more oil spills.

        "Almost instantaneously, there were hundreds of calls throughout the area," said Cmdr. Ron Cantin, the U.S. Coast Guard's federal on-scene coordinator for southeast Louisiana. In his 26 years with the Guard, Cantin said, he hadn't seen anything like it.

        "It was not a single spill from one single source. It was literally hundreds of spills across the region ... that required an unprecedented response," Cantin said.

        And in many cases, there was little that could be done about them. In the week after Katrina and Rita, 114 unknown sheens — rainbow, silver and dark-brown slicks with no clear origin — were reported, the records show. The spills are so thin and evaporate so easily that they likely disappeared before anyone could reach them.

        "Sheen is essentially nonrecoverable," Cantin explained.

        Some of the other reports include:

        •A tanker truck veering off an Interstate 10 bridge in Baldwin County, Ala., in the midst of Hurricane Rita, and releasing 10,000 gallons of an unknown material from its trailer into Mobile Bay.
        •In Mobile, a resident walked into his yard at 4 p.m. on Aug. 29 to find several 55-gallon drums. The oil fumes, the caller said, were overwhelming.
        •Chlorine gas escaped from a tanker truck Sept. 1 at Chevron's refinery in Pascagoula, Miss.
        •At a storage terminal in Plaquemines Parish, La., on Sept. 3, vegetable oil leaked from a 15,000-gallon tank into an unknown waterway.
        •On Sept. 25, a caller in St. Mary Parish, La., reported materials spewing from a tank at an Exxon Mobil facility. The tank, the caller said, had the words "salt tank and benzene" on its side.
        The largest oil spill of both hurricanes occurred at Bass Enterprises Production Co.'s Cox Bay facility in Plaquemines Parish, where oil is stored. The two storage tanks on the property were half-full, with 45,000 barrels of Louisiana sweet crude, as Katrina bore down on the coast. That's 15,000 barrels more than the company's hurricane-preparedness plan calls for, and a level that for 50 years has kept tanks from moving.

        However, the force of Katrina's 26-foot-high storm surge and the basic tenet of science — that oil floats on water — moved the 193-foot-diameter tanks more than 100 feet, spilling 3.8 million barrels of oil. About 450,000 gallons found its way into surrounding marshes.

        By the time the oil began to seep out, the company's other contingency plan, a retention pond designed to hold 130 percent of the contents of the two tanks, was already full of water.

        "All bets are off with that kind of storm surge," Bass spokeswoman Mindy Brown said.

        Yet previous storms and past warnings by hurricane experts indicate that the storage tanks were vulnerable.

        In 1961, Hurricane Carla moved a tank in Hackberry, La., more than six miles. And a five-year study released by Louisiana State University's Center for the Study of the Public Health Impacts of Hurricanes in 2003 concluded that storage tanks, many of which rely on the weight of their contents and gravity to hold them down, could be major sources of spills.

        "A high proportion of them are not properly tied down," Ivor van Heerden, the center's director, said in a November 2003 report in the New Orleans Times-Picayune. "Imagine a storage tank full of diesel lifted by floodwaters, shearing its hoses, and its pipes working loose, and leaking."

        Environmentalists say faulty equipment, not the hurricanes, was to blame for many of the spills. For the activist community, the storms' environmental impact has refocused efforts from day-to-day pollution and on to bigger issues such as whether energy infrastructure should be located along a hurricane-prone coast, said Denny Larson, coordinator for the Refinery Reform Campaign.

        "People have said for years that they shouldn't have facilities in low-lying coastal areas where contamination risks are great," Larson said. "It's ... the poorest possible choice."

        As Congress considers building new refining capacity, environmentalists are already pushing for lawmakers to require companies to have plans for natural disasters. The design of storage tanks also is likely to be a topic in the storms' post-mortem, experts say.

        "I'm sure we will get a lot of discussion about requirements for storage tanks," said Harry Rich, executive director of Clean Gulf Associates, an industry-sponsored offshore oil-spill response group. "Any storage tank is required to have a levee system around it to contain oil. That is a design that failed" for many facilities.

        But it wasn't just the oil and chemicals stored at massive industrial facilities, in pipelines and on platforms that had the potential to do environmental harm when the hurricanes struck. Cleaning products stored beneath kitchen sinks, gasoline and oil in cars and boats, bacteria from rotting food and refrigerator Freon, which can destroy the Earth's ozone layer, are contaminants, too — ones that don't show up on the National Response Center database.

        "There are barrels of oil out here that have been removed from appliances," EPA spokesman David Bary said.

        It also wasn't just manmade chemicals that did damage. Saltwater from the Gulf, dumped onto wetlands by the storm surge, was its own sort of contaminant, killing the plants in the freshwater marshes that formed Louisiana's coast. The U.S. Geological Survey estimates that 100 square miles of that coastline, the state's first defense for the next hurricane, was dissolved.

        For some state scientists, the loss of the coast was the biggest environmental impact of all.

        "Valdez didn't reach the coastline. Katrina destroyed the coastline. That habitat is gone," said Bradshaw, of the Louisiana Department of Environmental Quality.

        The U.S. Coast Guard says all free oil has been collected in Louisiana. In Chalmette, workers hired by Murphy Oil recently sopped up the last of the 25,000 barrels that spilled there; however, no houses have been cleansed of the oil.

        That effort could take a year or more, the EPA's Cooper said.

        "One of the problems we face is getting the manpower to do it," Cooper said. "This isn't the only game in town, (these spills) are from Alabama to Texas."

        Amid the destruction, however, the cleanup went on — even in small ways.

        On the road out of Chalmette, men picked up trash along the highway median.

        "Look at that," EPA spokesman Bary said. "It's a start."

        Editor, Red and Black Publishers http://www.RedandBlackPublishers.com

        by Lenny Flank on Sun Jul 27, 2008 at 09:51:36 AM PDT

        [ Parent ]

        •  I think the reports reporting no spillage (1+ / 0-)

          Recommended by:
          AmericanRiverCanyon

          are cherry picking the data and manipulating it to make it say what they think it should say. It appears that their estimates are based on measured spillage immediately after Katrina from the offshore rigs less the average seepage from the rigs on any given day.

          That is one factor the offshore drilling crowd does not emphasize; all the rigs experience some degree of seepage during normal operations. The only question is the amount of seepage that is acceptable out in the Gulf and the amount acceptable if the rig is in sight of tourist beaches.  

      •  there was no spillage from oil platforms due to (1+ / 0-)

        Recommended by:
        AmericanRiverCanyon

        Katrina?

        Dunno, here is the official federal report in all its glory:

        http://www.mms.gov/...

      •  pipelines are a part of the oil drilling world (2+ / 0-)

        Recommended by:
        se portland, entlord1

        to say that rigs didn't cause spills is silly.  the oil has to get off the rigs, via tankers and pipelines and lots of oil from those were in fact dumped during katrina & rita

  •  I think an important thing to note is that (1+ / 0-)

    Recommended by:
    dewley notid

    some "believers" did so based on tangible paradigms; while others (guess who) sought to manufacture paradigms to fit their bunk theories.

    Bumper sticker, indeed.

    :)

    :::::

  •  Can we get some major investment in mass transit? (8+ / 0-)

    One of my hopes is that the rising fuel costs will put more efficient means of transportation back to the table. It is crazy how little support we have given mass transit. Instead of Bush-style rebate checks- how about real investment in energy independence that would come from investment in rail and other mass-transit. I don't have the numbers, but the amount of fuel/ carbon footprint of 300 miles in a bullet train must be a fraction of the amount in a single-driver car or even a seat on a 737.

    •  Baby steps (6+ / 0-)

      It's happening, a little at a time but it's happening. Here in Seattle I constantly hear bus drivers talking about how more people are riding the bus these days. My own limited observations bear that out. Now granted those busses are still using diesel fuel (at least the ones outside the corridors that are wired for electricity and can use the hybrid trollies) but I'm hoping that it will get people in this wonderful, lovely but sometimes maddening burg to finally vote for some real mass transportation projects instead of constantly voting them down. Sound Transit for instance has a ballet proposal coming up in November that would authorize its light rail service to be expanded out to the Microsoft campus area and take some of the vehicle load off the Evergreen Point bridge. Well, we'll see.

      I'm doing a panel on Blogs and the Media at VCon, Oct 4, Vancouver BC

      by Omir the Storyteller on Sun Jul 27, 2008 at 08:54:47 AM PDT

      [ Parent ]

    •  I think it was on NPR this week (2+ / 0-)

      Recommended by:
      Stumptown Dave, Eloise

      the discussion was on de-urbanization and the move back towards communal living and an end to the suburbs and long commutes to work and shop with more small shops and the demise of the mall.

  •  Question: on "dependence on imported oil" (1+ / 0-)

    Recommended by:
    AmericanRiverCanyon

    Why is the source of the oil important?

    McCain & Co assert that somehow the fact that a 2% increase in world oil production - that could not possibly affect world oil prices even were there no OPEC - would seriously affect the price of gasoline in the United States because it would be American oil.

    I have heard that there was an amendment offered in Congress to 'require' that new oil production be reserved for the US market and that it was overwhelmed by Republicans.  I suppose it is possible in a country that out-produces its own demand to control exports in service of the domestic economy, but that's pretty senseless in the US where Alaskan oil (I understand) goes directly on the world market and to the Far East, i.e., you've probably never had a drop of Alaskan oil pass through the fuel line of your car.

    Yes, there's a balance of payments issue distinguishing domestic from foreign oil, but there are many resources for which we are dependent on foreign sources, and Japan - with zero oil production - sucks it up and accepts that it trades internationally.

    So, why the emphasis?

    You kids behave or I'm turning this universe around RIGHT NOW! - god

    by Clem Yeobright on Sun Jul 27, 2008 at 08:49:23 AM PDT

    •  The question is if the world is running out (2+ / 0-)

      of oil, why hasten the exhaustion of domestic sources so we are totally dependent on foreign sources? The lack of a domestic oil source doomed Japan and Germany in WWII.

      Iran is ostensibly working on nuclear plants precisely because they do not wish to exploit their oil reserves for domestic use but to hold them against even more advantageous days.

      •  ding ding ding (4+ / 0-)

        Iran is ostensibly working on nuclear plants precisely because they do not wish to exploit their oil reserves for domestic use but to hold them against even more advantageous days.

        On a side note, this little fact is neglected a lot by those who want to bomb the Iranian nucl