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Filmed on Friday September 14, 02007
D. Richard ("Rip") Anderson, of Sandia National Laboratories, is known as an innovator in the field of probabilistic risk assessment. He led the successful certification process for the nuclear Waste Isolation Pilot Plant (WIPP) in New Mexico and is participating in peer review of the science at Yucca Mountain Repository.
Author of five novels, Gwyneth Cravens has worked as an editor at The New Yorker and Harper's, and wrote for The New York Times and The Nation.
The best introduction to the current realities and benefits of nuclear power is Gwyneth Cravens' forthcoming book Power to Save the World: The Truth About Nuclear Energy. A science journalist and novelist, and long an activist against nuclear, Cravens had her assumptions shaken through friendship with the leading expert on nuclear risk assessment at Sandia National Laboratories, D. Richard Anderson, know as "Rip." Both are professional skeptics. They took their skepticism on the road to travel the uranium atom's path in America from mine to refinery to reactor to short-term and long-term storage, with a side trip to the coal alternative. It is a revelatory journey.
In the early 1980s Gwyneth Cravens was one of the protesters against the Shoreham Nuclear Power Plant on Long Island, and also participated in ban-the-bomb rallies. After 15 years of deepening familiarity with nuclear power, she says she still would ban the bomb, but she now regrets that the Shoreham reactor was shut down.
Who changed her mind was a nuclear expert at Sandia Labs in Albuquerque, D. Richard Anderson, known as “Rip.” “Here was someone who thinks in thousands of years, about climate, about nuclear waste storage,” she said. “He applies to nuclear issues the same probabilistic risk assessment that helps us understand what we’re facing with climate change.”
One concept that altered Cravens’ perspective was realizing what “baseload” requires. Rip Anderson, on the stage with her, explained that baseload is the fundamental currency of grid power. It is massive power constantly available 24/7. It comes from only three sources— fossil fuels, hydro-electric dams, and nuclear. Hydro is maxed out. Fossil fuels have to be cut back to slow global warming. That leaves only nuclear growth to handle the expected doubling of energy demand in the world by 2030.
Anderson added that his first scientific discipline was oceanography, so one of his greatest concerns about CO2 loading of the atmosphere is that the resulting carbonic acid in the oceans is dissolving the calcifying organisms and could effectively end the crucial carbon sink that oceans provide.
Cravens went into detail about the harm brought by coal, which currently provides 51% of US electricity (while hydro is 7%, nuclear 20%). Estimates are that coal pollution causes 24,000 deaths a year in the US, 400,000 a year in China (not counting the 5,000 who die annually in Chinese coal mines).
She also mentioned the still-incomplete science of the effects of low radiation— the amounts below 10,000 millirems. People encounter much higher levels of natural radiation at higher elevations and in some radon-rich areas, but there is no indication of higher cancer rates in those places. The fears of long-lingering cancer effects in the Chernobyl region have not proven out.
Comparing the environmental footprint of nuclear versus coal was the most persuasive mind-changer for Cravens. Coal involves vast quantities of mine spoil, vast quantities of fuel, vast quantities of pollution (including mercury and uranium), and vast quantities of carbon dioxide poured into the atmosphere. Nuclear, by contrast, uses the most concentrated form of energy in the world, the plants are small, and the waste amounts to one Coke can per person’s lifetime of energy use.
There is said to be no geological repository for nuclear waste yet, but Rip Anderson pointed out that the WIPP (Waste Isolation Pilot Plant) in a deep salt formation in New Mexico has been operating since 1999. It now handles only military waste, but there is no reason except political that it could not take all of our civilian spent fuel.
Two questions from the audience addressed possible limitations on fast growth of nuclear energy in the world. One was, “Won’t we quickly run out of uranium?” Anderson said that 10% of US electricity currently comes from recycled Soviet nuclear warheads, and we haven’t begun to draw the energy from decommissioned US warheads. The price for uranium ore has been so low in recent decades that mines closed and discovery stopped. Now that the price is rising, mines are reopening and new reserves are being found. (They’re mostly in Canada and Australia, some in the US.) Meanwhile, spent fuel in the US still has 98% of its energy in it. Once we reprocess the spent fuel the way the rest of the world does, we will extract more of that energy, and the final amount of waste will be drastically smaller.
Second question: “Are there enough nuclear engineers in the pipeline to deal with a worldwide nuclear renaissance?” Answer: No. That’s the most limiting resource at this point.
Gwenyth Cravens is the author of Power to Save the World.--Stewart Brand
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