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Fukushima and the 'Nuclear Renaissance' That Wasn't
The nuclear industry won't give up its ambition and nuclear apologists are aplenty, but still, their hopes for an easy rebirth are surely dashed
A month after a devastating earthquake sent a wall of water across the Japanese landscape, the global terrain of the atomic power industry has been forever altered.
An April 7 photo of the Cruas Nuclear Power Station located in Cruas and Meysse communes, next to the Rhône River in France. The ongoing drama at the power plant in Fukushima - a name now ranked alongside Three Mile Island and Chernobyl as history's worst nuclear accidents - has erased the momentum the nuclear industry has seen in recent years.
The growth in the emerging world, such as China and India, fueled increased demand in planned reactors. Oil-rich regions like the United Arab Emirates and smaller nations like Vietnam announced plans to build nuclear reactors in the past year. Once the bane of environmentalists, the nuclear industry enjoyed newfound "green" credentials as a cleaner alternative to coal-fired plants that belch greenhouse gases to produce electricity.
Before Fukushima, a "nuclear renaissance" - as it was termed in the press - seemed well underway, except for this point: Nuclear power, as a total of world energy supply, has been in steady decline for the past decade.
From 2000 to 2008, nuclear energy dropped from 16.7% to 13.5% of global energy production, according to the World Nuclear Industry Status Report 2009. The 2010-11 preliminary report, expected to be released Wednesday, will show the downward trend has continued, according to study author Mycle Schneider. While nuclear energy production has steadily increased, its piece of the global electricity pie is shrinking compared to traditional sources such as coal and alternatives like wind and solar power.
"This doesn't indicate there is a nuclear revival," said Brahma Chellaney, one of the architects of India's atomic strategy and a fellow at the Centre for Policy Research in New Delhi. "Had Fukushima happened two years later, the renaissance may have been underway. But if (the nuclear industry) was hoping for a real revival, you can safely say this won't happen now."
Political fallout
The shockwaves from the Fukushima plant disaster shook German politics, which could have economic implications far beyond the nuclear industry as Germany - the largest economy in Europe - attempts to steer the eurozone out of its debt crisis. Chancellor Angela Merkel's Christian Democrats suffered a historic loss to the Green Party during a key state election in Baden-Württemberg, a traditional stronghold for Merkel's party.
The elections came two weeks after the Japan disaster and the defeat was attributed in large part to nuclear fears in the wake of Fukushima and Merkel's pro-nuclear credentials. (Merkel temporarily shut down seven of the nation's 17 reactors and talked about an "exit strategy" from nuclear power in the week between the Japan temblor and the state elections; critics accused Merkel of flip-flopping to reflect a shift in opinion away from nuclear power.)
The political hot potato playing out in Germany can be expected elsewhere as aging reactors come up for extension of licenses or replacement in the U.S., the UK and Japan. The average age of the world's 443 nuclear reactors is 25 years, according to the World Nuclear Industry Status Report.
"In the next 10 years, nuclear power will face enormous public pressure in large democracies like the U.S. and India," said Chellaney, a nuclear energy proponent.
China, by far, has the largest number of plants planned with 27 reactors currently under construction, followed by 11 in Russia, and five apiece in India and South Korea, according to the International Atomic Energy Agency (IAEA). Beijing announced that China would temporarily suspend construction of new plants pending review of the Fukushima incident, but few analysts believe China will scuttle planned reactors.
"The countries that are going to do big builds ... have said loudly and clearly, we are not backing down from nuclear energy," said Margaret Harding of the American Nuclear Society, a group for nuclear industry professionals.
Fear factor
Nuclear power has had an uphill climb in public perception since the 1945 explosions over Hiroshima and Nagasaki at the end of World War II first put the word "atomic" onto headlines across the globe.
"Radiation in particular is a scary thing - we can't see, we can't touch it, you can't look at the ground and know its there," said Harding, a former vice president of engineering at GE Nuclear Energy who now advises companies on nuclear industry issues.
"(Nuclear power) gets conflated in people's minds with weapons," Harding said. "The fact that the first controlled nuclear plants were to run submarines and other military secrets, there is a web of secrecy as to what you can talk about, which adds to the mystique."
While the devastation in Fukushima is "horrible," Harding and other nuclear proponents argue that nuclear crises aren't being judged by the same yardstick as other - and statistically more deadly - industrial disasters. "Look at Bhopal: thousands of people died there - did people walk away from chemical engineering?" said Harding, referring to the 1984 Union Carbide chemical plant disaster in India.
There were no deaths at the 1979 Three Mile Island crisis in the U.S. A 2005 report from the World Health Organization said as many as 4,000 people may die of radiation exposure from the 1986 Chernobyl disaster in Russia, although fewer than 50 deaths were directly attributed to the disaster.
"The numbers don't lie, coal kills millions every year" through air pollution, said Michael Shellenberger, head of the Breakthrough Institute, a think tank that aims to modernize liberal thought, at Fortune's Brainstorm Green conference last week in California.
Green nukes
When Harding moved to California in 1981, the young nuclear engineer attended a meeting of the Sierra Club, the environmental group. "When they found out what I did, they kicked me out," Harding recalled.
In the past decade, however, many environmentalists have embraced nuclear power as a better alternative than coal and gas-fired plants to reduce greenhouse gas emissions. France, for example, gets 75% of its power from nuclear plants - the highest ratio in the world, according to the IAEA. By comparison, the U.S. gets just under 20% of its power from nuclear, although it has the most reactors in operation - 104 reactors, nearly double the number in France.
"France's advance in terms of nuclear and hydraulic energy generation (allows) the country to maintain its emissions at the same level as they were in 1990," said Sabine Mezard, a spokesperson for French energy giant EDF.
Still, the early promise of nuclear energy as a cheap, clean form of energy has never materialized. Costs of nuclear power plants can be as high as $10 billion, according to a 2010 report by the CIGI Nuclear Energy Futures Project at Carleton University in Canada. The average construction time is seven years, but with licensing approval new builds often take a decade, Schneider said.
What's the alternative?
Alternative energy production is faster and cheaper, Schneider said. "In the U.S. in 2004, 2% of all new power produced that year came from alternative energy sources ... by 2009, 55% of all new power was from alternatives," Schneider said. "There's no way nuclear could add that much, that fast."
Nuclear power reactors are dependent on government subsidies and loan guarantees to be built, cover costs in case of accidents and assume long-term responsibility for storage of spent radioactive fuel, critics say, which artificially lowers the cost of production.
"These plants are 30-year investments - it's hard to get the market interested in more than two-year investments, and loan guarantees are not a subsidy," countered Harding of the American Nuclear Society. Government backing of insurance in case of disasters has resulted because "the nuclear industry has had so few accidents, there is no actuarial for insurance companies on which to offer an insurance policy," she added.
Market reaction has been swift against the nuclear industry after the Fukushima disaster. Companies on the Standard & Poor's Clean Energy Index rose on average 17% in the wake of the disaster, while companies on the S&P Nuclear Index fell 8.7%. "We expect a number of impacts from the public and political backlash against nuclear, which could mean the focus switches to renewables," an HSBC report said in March.
Still, no one expects the industry to fade. The U.S., Japan, South Korea, Russia and France have significant nuclear industries with important strategic as well as economic interests, analysts say.
"No one is going to walk away," Harding said. "If the U.S. wants to be a leader in this technology, they've got to be playing in this technology."
Comments
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28 Comments so far
Show Allwhoever leads in this technology?
isn't that like 'leading' the rush to stab holes in one's liferaft?
Hugh,
There is no scientific consensus of a million deaths. There is an unscientific consensus among non technically trained antinuclear activists of a million deaths. This number is also from the discredited book published by the NYAS with connivance from Greenpeace Europe.
The scientific consensus is that approximately 55 workers were killed and that as many as 200 excess cancers can be expected among the workers. There were 12 people that were children at the time of the accident who have died from thyroid cancer and about 4000 nonfatal thyroid cancers as a result of the accident. There has been an excess of death among the evacuees because of alcoholism and heavy smoking.
You can reject the UN numbers as conspiracy fabrication if you wish. Many antinuclear activists do preferring the scientists at Greenpeace and the likes of Harvey Wasserman and Helen Caldicott.
Bill
This is a disgusting puff piece, but what do you expect from CNN?
With statements like "There were no deaths at the 1979 Three Mile Island crisis in the U.S. A 2005 report from the World Health Organization said as many as 4,000 people may die of radiation exposure from the 1986 Chernobyl disaster in Russia..." the article is purposely downplaying the effects of these disasters, presumably to ease us sheep back into the Nuclear Family. The Nuclear Profiteers will be back and a few years from now, with articles like these, Chernobyl, TMI, and Fukushima will be distant memories. (For the record, WHO's comments are controlled by agreements with the nuclear proponents, something that the article does not bother to mention.)
The more that these false "facts" that minimize the effects of these disasters are repeated, the more they become the "truth". And with "truth" like this, the dreaded "Nuclear Renaissance" will become reality.
People will never forget Chernobyl.
Okay, they forgot.
People will never forget Three Mile Island.
Okay, they forgot.
People will never forget Fukushima
***Fill in the blank*****
Simply excellent, readbetweenthe_lines. The last stanza brings it all back home.
Although it may be true that renewable energy rose, nuclear stocks fell--briefly--after the massive Fukushima disaster (ongoing), Excelon, the baramoter of nuclear stocks has not dropped at all. It is up today: http://money.cnn.com/quote/quote.html?symb=EXC
Surely, this reflects the nonexistent and completely inappropriate response to world's worst nuclear event ever. It is BAU in the land of corporate filth and corruption. If you wonder if anything 'real' has changed, have a look at Excelon stock and scratch your head... As we have learned from articles posted to Common Dreams, Obama is closely linked with Excelon:
"Obama’s two top White House aides, meanwhile, had been deeply involved with what is now the utility operating more nuclear power plants than any other in the U.S., Exelon. Rahm Emanuel, his chief of staff, was as an investment banker central to the $8.2 billion corporate merger in 1999 that produced Exelon. David Axelrod, senior advisor and chief political strategist, was an Exelon PR consultant." -- http://www.commondreams.org/view/2011/03/31-1 --
Hypewaders better start posting a whole lot faster.
I'm happier to take my time. Posting on this subject is not as compelling for me now. The hysterical articles here are diminishing. It's hard to elicit much more than broadsides that are mostly noise (and little substance) from you and most other opponents of nuclear power who participate here- although there are several sincere, well-informed, and polite anti-NP participants here. Whenever I see an opportunity for more engaged, informed, informative, mature, and respectful conversation, I'll always be interested.
Because the subject article here conveys valid points from both sides of the debate, I have very little to criticise about it. Through the past month, and while headlines, articles, and comments pertaining to F1 were far more hysterical, I have been appealing for reasonable balance in coverage and discussion of this issue. You have persisted throughout in a display of shallow personal obsession, and consistently avoided substantive and topical discussion. More of the same doesn't merit anyone's sustained interest. As new information and stimulating conversation appears, I look forward to interacting. Whenever I notice CDers take up the issue of environmental risk/benefit and nuclear power with sincerity, I'll enjoy participating in substantive debate and discussion here.
I still anticipate a nuclear renaissance after Fukushima. I consider it an ecological necessity, that will be recognized by clear majorities as education and reason steadily overcome sensationalism and despair.
The emergency at Fukushima continues to be an excellent opportunity for learning about physics, and our natural and psychosocial ecologies. As we compare past rhetoric on both sides of the debate with the reality revealed in time, it's going to be instructive as to the relative value of science v. sensationalism in informing us.
Levels of fear spiked exponentially, to highly-abnormal levels all around the world last month. Now, the half-lives of emotion and titillation are following predictable natural laws. I expect more rational thought, debate, and learning about nuclear power from here forward, and a clearer signal/noise ratio as those who are just playing at superficial interaction here become outnumbered by those who have a sincere interest in the environmental role and influence of nuclear power in the future.
I'll be interested to discuss such matters with you here Sundome- but please try and leave out the superficial and off-topic personal jibes. I invite you to participate here in exploring in respectful discussion the environmental risks and benefits of nuclear power, leaving the personal jostling for lesser venues than Common Dreams.
Drolltroll & Hypewaders: Any comment on the level being raised to 7?
reset,
It was appropriate. There is a threshold release value that defines level 7 and Fukushima-1 qualifies. Since 7 is the top of the scale, that puts Fukushima-1 in the same category as Chernobyl but it does not equate the two.
The release in Japan is, as I understand it, about 10% of the Chernobyl release. Much of the release in Japan ended up in the ocean where it will be diluted and dispersed. There was no such dilution in the Ukraine or Belarus.
The Japanese government was prompt in taking care of its people. Iodine was promptly distributed and appropriate conservative evacuations were ordered. It reacted much more competently that the Soviet Union did.
The last figures I have seen said approximately 70 workers have been exposed to a level of radiation which statistically increases the risk of cancer by 1%. It does not appear that any civilians have been exposed to a hazardous level of radiation.
Judging by the levels of cesium that I have seen, I would not be surprised if there were a small exclusion zone established to the northwest of the plant but it should not be anywhere as extensive as the zone from Chernobyl.
Bill
Hugh,
Yes, contamination has been detected throughout the northern hemisphere. Most of the airborne contamination was, however, deposited locally. The explosions were relatively small and did not eject material into the stratosphere.
There is a plume of contamination to the northwest of the plant. This is evidence that there was a northwesterly breeze at the time of at least one of the major airborne releases. If there were an easterly breeze during any of the releases, those contaminants would end up in the ocean.
The fact that it ended up in the ocean does not mean that it is harmless. It does mean that it will be diluted and dispersed.
Bill
Hugh,
Yes, contamination has been detected throughout the northern hemisphere. Most of the airborne contamination was, however, deposited locally. The explosions were relatively small and did not eject material into the stratosphere.
There is a plume of contamination to the northwest of the plant. This is evidence that there was a northwesterly breeze at the time of at least one of the major airborne releases. If there were an easterly breeze during any of the releases, those contaminants would end up in the ocean.
The fact that it ended up in the ocean does not mean that it is harmless. It does mean that it will be diluted and dispersed.
Bill
Hugh,
I do not have summarized numerical data. The NYT interactive graphic shows generally that the distribution of contamination, in a qualitative sense, complies with an inverse square distribution except for the plume to the northwest. (For a good visualization of the plume, see slide #4 on www.slideshare.net/energy/radiation-monitoring-data-from-fukushima-area-03252011 )
If we assume that wind is random, nonexistent and/or chaotic (which it certainly is not) then, since the plant is on the coast, one-half of the airborne contamination goes out to sea and would follow the same inverse square distribution.
I do not know what the actual winds were during the various releases. From the existence and intensity of the plume, I assume that at least during one serious release the wind was significant and from the southeast.
I, of course, do not agree with the Greenpeace number of one million dead from Chernobyl but the major cause of worker death was external gamma radiation. One day after the explosion, the greatest sources of gamma are in order of radiation intensity: neptunium-239, cerium-141, ruthenium-103, zirconium-95 and xenon-133. One week later the largest sources of gamma are: ruthenium-103, cerium-141, neptunium-239, niobium-95 and zirconium-95. (these are values from securely encapsulated used fuel, not releases from damaged fuel.)
The major source of radiation civilian deaths from Chernobyl are the dozen or so children who died from iodine-131 ingestion via contaminated milk causing thyroid cancer.
The major sources of radiation that are keeping the exclusion zone at Chernobyl closed are cesium-137 and strontium-90.
As far as the hazard to people from the Fukushima series of accidents, we again need to look at workers, who are in harms way, and the civilian population separately. (This is my estimate, not based on specific released information).
For the workers, there are two major hazards: gamma radiation and inhalation of beta emitting fission fragments. If the workers are properly using their dosimetry and sufficient dosimeters are available (I understand this has been an issue) they can generally avoid a hazardous dose of gamma. (Aside: I do not believe that the LNT model of radiation injury is accurate at low and moderate doses.) Protection from airborne contamination is primarily dependent on available and properly used breathing filters. (I don't know if this has been an issue or not but, based on running out of bunny suits and dosimeters, it may well be.)
For the civilians, the greatest risk is to the children. A growing body is more susceptible to radiation injury than an adult. As you suggest, iodine-131 is a major player here. Prophylactic iodine tablets are important. Monitoring and culling food stuffs with iodine contamination is important.
Evacuation of areas with excessive levels of radiation is appropriate. I think the Japanese response has been about right. Much of the evacuated area could be reoccupied once the probability of further hydrogen explosions is reduced. Some of the area in the plume may need an extended evacuation.
Bill
Various official color-coded descriptive/predictive schemes describe various threats in major natural and anthropogenic disasters. INES is not a valid international alert system. Such codes have limited usefulness in terms of appropriate levels of public concern. There is no scientifically scaled range of metrics and meanings within INES Code 7. No specific information pertaining to reasonable public precautions is included. Even so, INES has had a (counter-productive IMO) distinct psychological effect in the global F1 emergency experience, reinforcing public dread and anger.
If we apply the INES-7 standard to all serious accidents a considerable number of military and civilian tests, incidents, accidents (also 2 attacks) all meet the standard of INES' Condition Red. Removing the nuclear qualification of industrial accidents that have had widespread consequences requiring protectikon and cleanup would yield a much longer list of incidents and emergencies.
Events satisfying INES 7 have not all involved zones of displaced populations, or ecological devastation. Meaningful comparison of F-1 to these (not to mention naturally-occuring hotspots of ionizing radiation) would require something more descriptive than a variety of shades of red. The numbers and hues of INES levels do not assess the near- and long-term status of the Fukushima environs.
What INES 7 tells us in the context of Fukushima-1 is'nt a news flash:
F-1 is a serious nuclear accident.
INES influences the public but does not inform in any practical way. As in the U.S. Homeland Security Advisory System (recently abandoned) simplistic color-coded systems lose relevance as the events and times labelled become better understood by the public. Codes lose meaning once the public desire to be told what to think diminishes. INES provides no deeper insight to the public, no meaningful comparison of Fukushima and Chernobyl, no clear analysis of the implications of any event, and no more meaningful association beyond the redundant designation of events labelled as Serious Nuclear Accidents.
A review of the recent history of government communications to the public pertaining to terrorism risk may inform our understanding of the limitations of the INES and similar systems. These are public acknowledgements of official stance involving political and liability concerns, much more than scientifically valid or practical forecasting of future public safety implications.
Compare official dangerometry for natural and man-made disasters: Political interference and confusion in describing man-made disasters to the public is significantly elevated in comparison to natural disasters. For example, tsunami warnings occur in real-time with considerable efficiency and objectivity of observation and revision. In the aftermath of natural disasters, there is scant controversy in describing the scale and future implications of events.
But there is conspicuous dysfunction when we observe official reporting of major emergencies involving technology and regulated industry. Some attribute this dysfunction to conspiracy. Doomsayers and havoc fans often tell us that our systems are beyond our control and we must await a Tribulation. Governments and UN agencies (much like individuals) consistently display erratic self-defensive behaviour under the challenge to authority that accompanies any momentous and dynamic event. But this does not mean that they are unassailable, and beyond reform.
Governments have excellent access to nuclear-physics and containment/cleanup advice during a rare emergency like F-1. There is clear understanding of the potentialities of various damage scenarios at nuclear facilities. Information and expertise on the status and environmental implications (even of the unforeseen) are abundant and convergent in terms of scientific consensus- much more so than clear analysis and forecast of future political liability implications. Governments having accountability issues become conspicuously and clumsily obsessed with managing public perceptions of blame, when the crisis is not an "Act of God". It would take us far from topic here, but these are indications of reparable democratic entropy. (hints/keywords: clientelism, sensationalism, civic apathy, political disengagement, nanny-state).
Deep conflicts of interest become prominently evident in crisis, much is rightfully said about public v. corporate interests. But even with that in mind, the organic self-protection maneuvers of governments that are slipping their neglected democratic moorings often don't make sense in terms of public service, because they are motivated by reflexes of self-defense from threats of public involvement in self-governance. Government v. public interest. That's when the smokescreens and double-talk spread far and wide, and that's when the public accedes accountability. Crisis management often becomes and exercise in promoting to the appearance of high government competence in crisis, maximizing the trust in leadership through and validating faith in authority beyond any crisis. Public edification isn't really part of the process. Ambiguous labels and signals fill in the awkward silence after major events, when the public expects government to Say Something, but government (in this case the IAEA) is much too preoccupied with political calculations to bestow meaningful analysis.
Crises are opportunities for improvement in many contexts. We don't often examine the political fixations of emergency management in the aftermath of serious events, but we should. In the same way that the nuclear power industry will be significantly reformed after Fukushima, so should the government bodies who spout so much more bullshit than meaningful information in crisis.
INES 7- "Major release of radioactive material with widespread health and environmental effects requiring implementation of planned and extended countermeasures." (translation: "AH-oh")
http://www.iaea.org/Publications/Factsheets/English/ines.pdf
"As a result of re-evaluation, total amount of discharged iodine-131 is estimated at 1.3x1017 becquerels, and caesium-137 is estimated at 6.1x1015 becquerels. Hence the Nuclear and Industrial Safety Agency has concluded that the rating of the accident would be equivalent of Level 7."
http://www.world-nuclear-news.org/RS_Fukushima_moved_to_Level_7_1204111.html
http://dotearth.blogs.nytimes.com/2011/03/24/warning-whiplash-with-radiation-in-the-news/
http://www.dhs.gov/files/programs/Copy_of_press_release_0046.shtm#1
http://www.dhs.gov/files/programs/ntas.shtm
http://www.homeoffice.gov.uk/counter-terrorism/current-threat-level/
http://training.fema.gov/EMIWeb/edu/studentpapers/Purtle%20-%20Fear%20and%20the%20Death%20of%20Ambivalence.pdf
http://www.who.int/csr/outbreaknetwork/en/index.html
http://analysisonline.org/site/aoarticle_display.asp?sec_id=140002434&news_id=140003083&issue_id=3
http://www.ehso.com/EPCRA_Guide.htm
http://www.fema.gov/hazard/hazmat/hz_during.shtm
http://www.fcc.gov/pshs/services/eas/
http://www.fema.gov/news/disasters.fema
http://ptwc.weather.gov/?region=1
http://www.okinternational.org/about-us/Press/Bhopal
http://en.wikipedia.org/wiki/List_of_industrial_disasters
The Jolly Roger! How can I debate against that? Death! Coverup! Psyops! Dooooooooooom! You win, Hugh! (not really, but I commend the creative effort)
http://www.youtube.com/watch?v=Bxauqa7rJgI