Tag Archives: Nuclear

Nuclear Power Causes Cancer – What Industry Doesn’t Want You To Know

What Nuclear Industry Doesn’t Want You To Know
Nuclear Power Causes Cancer
by Samuel S. Epstein, Huffington Post, August 4, 2009

Source: http://www.huffingtonpost.com/samuel-s-epstein/nuclear-power-causes-canc_b_251057.html

Cancer prevention expert, professor emeritus at Univ. of Illinois School of Public Health, Chicago

Nuclear power, frequently mentioned as one option for meeting future energy needs, would pose a health threat to Americans if a meltdown occurred. But despite meltdowns at Chernobyl and Three Mile Island, and many other near-miss accidents, there is another dirty little secret the nuclear industry doesn’t want you to know.

Cancer risk from nuclear plants aren’t just potential  risks, they are actual  risks.

Every day, reactors must routinely release a portion of radioactive chemicals into local air and water — the same chemicals found in atomic bomb tests. They enter human bodies through breathing and the food chain. Federal law obligates nuclear companies to measure these emissions and the amounts that end up in air, water, and food, and to report them to federal regulators.

However, nuclear advocates consistently claim that these releases are below federally-permitted limits, and thus are harmless. But this thinking is a leap that ignores hard evidence from scientific studies. Now, after half a century of a large-scale experiment with nuclear power, the verdict is in: nuclear reactors cause cancer.

The claim that low doses of radiation are harmless has always been just a claim. It led to practices like routine diagnostic X-rays to the pelvis of pregnant women, until the work of the University of Oxford’s Dr. Alice Stewart found that these X-rays doubled the chance that the fetus would die of cancer as a child. Many studies later, independent experts agreed that no dose is safe. A 2005 report by a blue-ribbon panel of the National Academy of Sciences reviewed hundreds of scientific articles, and concluded that there is no risk-free dose of radiation.

Federal health officials, who should be responsible for tracking cancer near nuclear reactors and analyzing their nuclear contaminants, have ignored the dangers. The only national analysis of the topic was a 1990 study mandated by Senator Edward Kennedy, and conducted by the National Cancer Institute. But this study was biased before it even got started.

A January 28, 1988 letter to Senator Kennedy from National Institutes of Health Director Dr. James Wyngaarden brazenly declared “The most serious impact of the Three Mile Island accident that can be identified with certainty is mental stress to those living near the plant, particularly pregnant women and families with teenagers and young children.” Not surprisingly, the study concluded there was no evidence of high cancer rates near reactors. No updated study has since been conducted by federal officials.

With government on the sidelines, it has been up to independent researchers — publishing results in medical and scientific journals– to generate the needed evidence. Studies were limited until the 1990s, but the few publications consistently documented high local cancer rates near reactors. Dr. Richard Clapp of Boston University found high leukemia rates near the Pilgrim plant in Massachusetts. Colorado health official Dr. Carl Johnson documented high child cancer rates near the San Onofre plant in California.

Columbia University researchers showed that cancer cases within a 10 mile radius of the Three Mile Island plant soared 64% in the first five years after the 1979 meltdown. Following the federal government’s party line, they claimed that “stress” rather than radiation caused this increase. But the cat was out of the bag. Dr. Steven Wing of the University of North Carolina published a paper using the same data confirming the radiation-cancer link.

Joseph Mangano, MPH, MBA, Executive Director of the Radiation and Public Health Project, has authored 23 scientific articles since the mid-1990s documenting high local cancer rates near nukes. One study showed child cancer exceeded the national rate near 14 of 14 plants in the eastern U.S. Another showed that when U.S. nuclear plants closed, local infant deaths and child cancer cases plunged immediately after shutdown.

Other publications by Mangano have shown rising levels of radioactive Strontium-90, emitted by reactors, in baby teeth of children living near reactors, which were closely linked with trends in childhood cancer rates.

The young aren’t the only ones affected by reactor emissions. New evidence has examined adult rates of thyroid cancer, a disease especially sensitive to radiation. Thyroid is the fastest-rising cancer in the U.S., nearly tripling since 1980. This evidence proves that most U.S. counties with the highest thyroid cancer rates are within a 90-mile radius covering eastern Pennsylvania, New Jersey, and southern New York. This area has 16 nuclear reactors (13 still in operation) at 7 plants, the densest concentration of reactors in the U.S.

A November 2007 article on U.S. child leukemia deaths updated the 1990 National Cancer Institute study and showed local rates rose as nuclear plants aged — except near plants that shut down.

A nationwide study of current cancer rates near nukes is sorely needed. In May this year, the U.S. Nuclear Regulatory Commission (NRC) quietly announced it was commissioning an update of the 1990 National Cancer study. This sounds like a positive step. However, the NRC has long been a harsh critic of any suggestion that reactors cause cancer. This is not surprising, since the Commission receives 90% of its funds from nuclear companies that operate reactors.

Rather than ask for competitive bids for the cancer study, the NRC simply handed the job to the Oak Ridge Institute for Science and Education. Oak Ridge is an Energy Department contractor in the city that has operated a nuclear weapons plant for over half a century. The “Institute” is merely a front for pro-nuclear forces. It has no record of publishing scientific articles on cancer rates near reactors. The whitewash is on.

Several steps must be taken urgently. President Obama, who will appoint replacements for 2 of the 5 NRC commissioners later this year, should select independent members — not the yes men for the nuclear industry who have run the NRC for so many years. The NRC should bow out of the cancer study. Finally, Congress should appropriate funds supporting a truly independent study on cancer rates near U.S. reactors. The American public deserves to know just what these machines have done to them, so that future energy policies will better protect public health.

Samuel S. Epstein, M.D. is professor emeritus of Environmental and Occupational Medicine at the University of Illinois at Chicago School of Public Health; Chairman of the Cancer Prevention Coalition; and author of over 200 scientific articles and 15 books on cancer, including the groundbreaking 1979 The Politics of Cancer, and the 2009 Toxic Beauty.

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Public excluded from Nuclear Talks

Nuclear Talks South Africa

SA government in pro-nuclear talks behind closed doors.

Our government is jeopardising our energy future behind closer doors.

Nuclear power in South Africa is still a hotly debated topic and is far from being approved, but at the Nuclear Power’s Future in Africa conference in Sandton today, our leaders are proceeding behind the scenes as if nuclear is a done deal.

So we’re taking action because in place of undercover conferences seeking to promote expensive nuclear technology in Africa, we’d like to see talks on how renewables can deliver energy security, empower local communities, and combat climate change.

You can help push this story:

  • Tweet Send a #NoNuclear tweet about the protest. Click here.
  • ShareShare this story on Facebook. Click here.
  • SIGN UP: Over 9000 people are calling for more renewable energy in South Africa. Join them for a sustainable future here: www.usememore.co.za

Thanks for your activism,
Mike Baillie and the Greenpeace Africa team

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Is Nuclear Power Really a Trump Card Against Global Warming?

fukushima-meltdown-kindleby TAKASHI HIROSE
In recent years there seemed to be a nuclear power renaissance. One reason for this has been the adoption by its promoters of the theme of global warming, and their claim that nuclear power is clean energy because it does not produce carbon emissions.  But is nuclear power in fact the clean-energy solution its promoters claim?

Only one third of the heat energy produced in a nuclear reactor is transformed into electricity.  In Japan, the remaining two thirds of the energy that remains in the water vapor– that is, twice as much energy as contained in the generated electricity – is disposed of in the sea.  In the cooling system, seawater is used to cool the water vapor, which condenses again to water and is circulated through the reactor once again.  This heated seawater is called “thermal discharge”.  How much heat does this thermal discharge carry into the sea?  The amount is startling.

Before the Fukushima accident, that is, at the end of 2010, Japan’s 54 nuclear reactors were producing a total of 49,112,000 kilowatts of electricity.  So every day they were throwing away twice that much, approximately 100,000,000 kilowatts of energy, in the form of heat, into the sea.

This means that every day they were pumping into the sea energy equivalent to 100 of the atomic bombs dropped on Hiroshima. The Hiroshima bomb destroyed the city in an instant and ended the lives of some 140,000 people, but when energy 100 times that great is “dropped” into the sea daily, what effect does that have?  That it would not be destructive of the ocean’s ecology is unimaginable.  Before saying that “nuclear power plants supply one third of the demand for electricity”, it needs to be said that “twice as much energy as the electricity they produce is used to heat up the sea.”

I want to ask, what kind of global warming debate is it that never discusses this fact?

In Japan, the number one global warming agent is the nuclear power plants.

After I left the company I was working for, I spent a long time translating medical books.  In the 1970s I was translating books depicting the suffering of people whose health was damaged by environmental pollution, and at the same time through an agent was accepting work from industry.  At that time I received a request from

TEPCO to translate a 1970s report from the Organization for Economic Co-operation and Development (OECD).  In it was the following passage.

“When thermal discharge from nuclear power plants is released into the sea, the heat does not immediately disperse.  Rather it concentrates and remains suspended in what are called “hot spots”.  For this reason it has a very large effect on sea life near the shore.  In the shallows, even a difference of two or three degrees can kill fish eggs or young fish.”

I translated this English correctly and delivered the manuscript to TEPCO.  The report of which it was a part was apparently suppressed within the company.  To this day it has never appeared.

Moreover, the claim that nuclear power is a cheap form of energy is also untrue.  Nuclear power plants are located far from the users of the electricity, so they require extraordinarily long transmission systems (In 1964 the Japanese Atomic Energy Commission (JAEC) stipulated that “Dangerous nuclear power plants must not be located in heavily populated areas”).  The nuclear power plants that deliver electricity  to the capital are the Fukushima Daiichi and Daini reactors, Niigata Prefecture’s Kashiwazaki-Kariwa reactor, and Ibaragi Prefecture’s Tokai Daini reactor.   The 14 nuclear power plants sending electricity to the Kansai (Kyoto, Osaka, Kobe) area are lined up along the faraway shore of the Japan Sea at Wakasa Bay, in Fukui Prefecture. When you take into account the transmission systems connecting the power plants with the metropolitan areas they serve, you cannot call it an inexpensive source of electricity.

Without Nuclear Power, Will There Be Blackouts?

After the Fukushima Daiichi accident, TEPCO carried out planned blackouts, and the Kan Naoto administration, “in order to avoid a major blackout due to electricity shortages in the summer months” is considering enacting measures enforcing limits on electricity consumption for the first time since the oil shock of 1974. This deep-seated “blackout fear” held by so many seems to be grounded in the idea that we must continue gingerly to maintain the nuclear power industry, which advertises itself as providing one-third of the country’s electricity. What I see in the opinion polls is the attitude, I don’t like living with nuclear power plants, but without them there is no way to get the electricity, so there’s nothing to be done because like they say, you can’t exchange your back for your belly.

This is a huge misunderstanding that must be corrected.

A survey by year of the generating capacity of Japan’s main sources of electrical power compared with the total amount of electricity demand tells a different story.  In no year has the peak demand for electricity – that is, the demand for electricity in the hours between 2 and 3pm on the hottest days of summer – exceeded what could be provided by the combination of fossil fuel and water powered generators.   Moreover, the highest recorded peak demand was in 2001, and has never been surpassed in the ten years since then.  Rather, with the economic downturn, demand for electricity fell in 2008 and 2009.

From whence, then, comes the misunderstanding that nuclear power plants supply one third of the country’s electricity, and that without them there would be blackouts?.  The answer sounds like a joke, but it is true: it is that while Japan has a very large capability for generating electricity from natural gas, these facilities have been intentionally kept operating at only 50-60 per cent of capacity.  Among the major sources of electricity used in the advanced countries, natural gas is the cleanest.  Then there are the petroleum powered plants; amazingly they are operating at only 10 to 20 per cent of their capacity.  (This figure may sound unbelievable, but since the 1970s Oil Shock, most of the developed countries have a policy of reducing oil consumption as far as possible.  Japan’s fossil fuel power plants use mainly coal and natural gas.) The idea that without nuclear power there would be blackouts is nonsense.

The reason TEPCO carried out intentional blackouts after the earthquake is that the fossil fuel reactors in the region also suffered temporary damage. No doubt there was also difficulty delivering fuel.  But repairing fossil fuel power plants is nowhere near as difficult at repairing nuclear power plants.  It’s just a matter of replacing damaged parts.  Once repair work begins, it doesn’t take long before the plant is operating again.  And once the fossil fuel plants are back on line, electricity demand is no problem.

After its nuclear plants were so badly damaged, TEPCO should have put its natural gas and petroleum plants into full operation, but it did not.  Rather it carried out intentional blackouts, bringing confusion to the metropolitan area and bringing losses both to industry and to private citizens.  In this it did not fulfill its responsibility as an electricity provider, and revealed a fundamental problem.  And now we hear  everywhere language fanning the fear of summertime blackouts, but this is only a false  rumor being spread by people who know nothing of electrical power generation. (Translators note: in fact in the summer since this was written, there were no electrical blackouts in Japan.)

A natural gas power plant can be built in a few months.  This was made clear in an article appearing the April 6, 2011 edition of Gasu Energii Shinbun (Gas Energy News) by Ishii Akira, head of the Energy and Environment Research Center, titled “After Fukushima, the Age of Natural Gas”.  In this article, Ishii explains Japan’s energy situation from the standpoint of a professional.  The Fukushima nuclear power plant accident took place on March 11.  Why didn’t TEPCO begin immediately to take action to ensure that there would be no electrical shortage?  If they couldn’t get it done in time, why did they not immediately ask the world’s largest manufacturer of natural gas power plants, America’s General Electric (GE) to do it for them?  An electric company that can’t supply electricity to the public has no right to be called an electric company.

Nuclear power supporters will argue that the supply of natural gas is limited.  But this too is the outdated opinion of one who does not know the energy industry.  As Ishii Akira pointed out in an article of Feb 2, 2011 in Gas Energy News, new sources of natural gas are being discovered one after another all over the world.  In the Mediterranean Sea, offshore from Madagascar, under the sea to the east of India, on the continental shelf in northwestern Australia, in Brazil, in Turkmenistan – in the ten years up to 2009 the world’s known supply of underground deposits has increased by close to 30 per cent.  In addition to this natural gas supply, new, so-called non-traditional gases such as coal bed methane, tight sand gas, shale gas, and methane hydrate are being developed one after another.  According to Japan Oil, Gas and Metals National Corporation (which is dedicated to locating natural resources for Japan) the underground reserves of these new forms of natural gas total more than 922 trillion cubic meters, more than five times the reserves of traditional natural gas. No doubt there will be future discoveries one after another, so I would say that we have enough gas reserves alone to last well over 200 years.

Translated by Douglas Lummis, ideaspeddler@gmail.com

Takashi Hirose can be contacted at takhi@jcom.home.ne.jp

This is excerpted from the concluding chapter of Takashi Hirose
Fukushima Meltdown: The World’s First Earthquake-Tsunami-Nuclear Disaster now available in English from Amazon Kindle Books.

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India Wants South African Uranium

Wednesday, Oct. 19, 2011

India hopes to acquire uranium from South Africa, which is party to a treaty that bars signatories from conducting nuclear trade with states that do not have a full-scale safeguards agreement in place with the International Atomic Energy Agency, the Indo-Asian News Service reported on Tuesday (see GSN, Oct. 13).

Discussions on the uranium supply are under way, even though nuclear-armed India does not allow comprehensive monitoring of its atomic facilities and is not a member state to the Nuclear Nonproliferation Treaty, said New Delhi’s ambassador to South Africa, Virendra Gupta.

“It appears to us that there will need to be an exception” to the African Nuclear Weapon-Free Zone Treaty, Gupta said (see GSN, May 6).

“But it will not be difficult. We have civil nuclear agreements with several countries. I don’t see any reason why we can’t do it here,” the envoy added.

He spoke in Pretoria following a summit between the leaders of India, South Africa and Brazil. The three heads of state issued a statement that seemingly addressed India as a reasonable nuclear actor.

“The leaders reaffirmed their commitment to the goal of the complete elimination of all nuclear weapons within a specified time frame, in a comprehensive, universal, nondiscriminatory, verifiable and irreversible manner,” according to the statement from Indian Prime Minister Manmohan Singh, South African President Jacob Zuma and Brazilian President Dilma Rousseff.

“Brazil and South Africa welcomed India’s engagement with, and interest in, participation in the relevant international multilateral export control regimes and utilization of their guidelines,” the declaration adds (see GSN, Jan. 31; Arvind Padmanabhan, Indo-Asian News Service/Yahoo!News, Oct. 18).

Source: http://gsn.nti.org/gsn/nw_20111019_7101.php

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Strong global opposition towards nuclear power

Ipsos Global @dvisor, 23 June 2011 [Fieldwork May 6 - 21, 2011]

New research by Ipsos MORI shows that three in five global citizens (62%) oppose the use of nuclear energy – a quarter (26%) of those have been influenced by the recent nuclear disaster in Fukushima, Japan.

The latest Ipsos Global @dvisor survey shows that support for nuclear energy is far below that for solar power (97%), wind power (93%), hydroelectric power (91%) and natural gas (80%) as a source of electricity.

Just one in four (38%) adults across 24 countries support the use of nuclear energy. Support is highest in India (61%), Poland (57%) and the United States (52%).

Britons are split on the issue with half supporting (48%) and half opposing (51%) the use of nuclear energy. One in five (20%) Britons that are against the use of nuclear energy say they their opinion has been influenced by the events in Fukushima.

Managing Director of the Ipsos MORI Reputation Centre, Milorad Ajder, said:

“Nuclear energy is a controversial issue at the best of times and the disaster in Fukushima has clearly had a negative impact on the way people see its use. With mounting global opposition, some countries are already decided to scale back its use, with some abandoning it all together.”
Download the full presentation slides
Technical Note

This survey was conducted in 24 countries including Argentina, Australia, Belgium, Brazil, Canada, China, France, Germany, Great Britain, Hungary, India, Indonesia, Italy, Japan, Mexico, Poland, Russia, Saudi Arabia, South Africa, South Korea, Spain, Sweden, Turkey and the United States of America. An international sample of 18,787 adults aged 18-64 in the US and Canada, and age 16-64 in all other countries, were interviewed between May 6 and May 21, 2011 via the Ipsos Online Panel system.

Approximately 1000+ individuals participated on a country by country basis with the exception of Argentina, Indonesia, Mexico, Poland, Saudi Arabia, South Africa, South Korea, Sweden, Russia and Turkey, where each have a sample 500+. Weighting was then employed to balance demographics and ensure that the sample’s composition reflected that of the adult population according to the most recent country Census data and to provide results intended to approximate the sample universe.

A survey with an unweighted probability sample of this size and a 100% response rate would have an estimated margin of error of +/-3.1 percentage points for a sample of 1,000 and an estimated margin of error of +/- 4.5 percentage points for a sample of 500 19 times out of 20 per country of what the results would have been had the entire population of the specifically aged adults in that country been polled.

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