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The News That Matters about the Nuclear Industry Fukushima Chernobyl Mayak Three Mile Island Atomic Testing Radiation Isotope

A thorough study planned to assess Fukushima radioactive isotopes in the Pacific occean

To trace the path of radiation through the ocean, researchers measure the amount of two tell-tale radioactive isotopes. They measure the levels of cesium-134, which has a short half-life—half of it decays every two years. The sole source of cesium-134 in the ocean is from Fukushima. They also measure cesium-137, an isotope that has been in the oceans for half a century, dispersed from atomic weapons testing in the 1960s. The ratio can tell them how much of the radiation is caused by isotopes coming from Japan.

Crowdsourced radiation monitoring website to measure Fukushima’s footprint http://www.boston.com/news/science/blogs/science-in-mind/2014/01/14/crowdsourced-radiation-monitoring-website-measure-fukushima-footprint/U1B4mLiqWbpkwfcS1YGaJM/blog.html

By Carolyn Y. Johnson / Globe Staff Ever since the nuclear disaster at the Fukushima Daiichi nuclear plant three years ago, public fears about nuclear fallout have been high, both in Japan and increasingly in the United States. A scientist from Woods Hole Oceanographic Institution would like to channel that anxiety into information by enlisting the public to fund and participate in a project to monitor radiation levels along the West Coast, just as the isotopes ferried across the Pacific are projected to arrive this spring.

Ken Buesseler, a senior scientist at Woods Hole, announced Tuesday the launch ofourradioactiveocean.com, a website that will allow people and communities to propose sampling sites along the Pacific coast.

Buesseler is quick to point out that the levels of radiation exposure predicted by a number of models is well below the federal regulations for acceptable radiation exposure in drinking water. The expected radiation exposure in waters off the West Coast range from 1 to 30 Becquerels per cubic meter– far below the federal drinking water limit of 7,400 Becquerels per cubic meter.

He does not expect to find unsafe levels of radiation, but he thinks the levels should be measured to allay people’s fears and to contribute to science, allowing regulators and oceanographers to get a better handle on how ocean currents travel. He is specifically interested in parts of the northern United States and Alaska, because the radioactive isotopes are projected to arrive there first.

“Without data, it’s easy to speculate and alarm people,” Buesseler said. “I’m concerned about radioactivity being dangerous, but I want to know what those levels are, and my concern scales with those numbers. … I think we owe it to the public to make those measurements and I think it’s a pity our government hasn’t taken this on directly.” Continue reading

January 16, 2014 Posted by | Reference | Leave a comment

Small Modular Reactors – forlorn hope of beleaguered nuclear industry

Small-modular-reactor-dudIEER REPORT: Small Modular Reactors a “Poor Bet” to Revive Failed Nuclear Renaissance in U.S.  AUDIO: Light Water Designs of Small Modular Reactors: Facts and Analysis http://ieer.org/resource/nuclear-power/light-water-designs-of-small-modular-reactors-facts-and-analysis/By Dr. Arjun Makhijani

Download the report, updated September 2013

$90 Billion in Initial Manufacturing Order Book Needed, Requiring Massive Involvement by the Chinese or Taxpayer-Backed Federal Subsidies;

Major Implications Seen for Companies and SMR Test Sites in FL, MO, NC, OR, PA, SC, and TN.

WASHINGTON, D.C.///August 8, 2013///A shift to “small modular reactors” (SMRs) is unlikely to breathe new life into the increasingly moribund U.S. nuclear power industry, since SMRs will likely require tens of billions of dollars in federal subsidies or government purchase orders, create new reliability vulnerabilities, as well as serious concerns in relation to both safety and proliferation, according a report issued today by the nonprofit Institute for Energy and Environmental Research (IEER) think tank .

The IEER report has implications for SMR companies headquartered or with planned test sites in Florida, Missouri, North Carolina, Oregon, Pennsylvania, South Carolina, and Tennessee.

Titled “Light Water Designs of Small Modular Reactors: Facts and Analysis the IEER report focuses on light water reactor (LWR) SMR designs, the development and certification of which the U.S. Department of Energy (DOE) is already subsidizing at taxpayer expense.  Continue reading

January 11, 2014 Posted by | Reference, technology | 1 Comment

Small Modular Nuclear Reactors (JSMRs) irrelevant last ditch ploy of the failing nuclear industry

Small-modular-reactor-dudSmall reactors just compound the waste problem because you generate more radioactive components (aside from all the nuclear fuel that turns into nuclear waste too) than a large nuclear reactor does per unit of energy generated. And placing them underground, while making them less tempting targets for terrorists, brings up issues of groundwater contamination and greater earthquake vulnerability in affected areas. The fact that you could use ground-source cooling to condense your cooling water a lot easier with these reactors is a benefit, so they aren’t completely a bad idea.

However, it should be made abundantly clear why some in the nuclear industry see these reactors as a way forward. As the article mentions, building large 1GW+ reactors has become an immensely risky undertaking from a financial perspective. Forget all the crap people harp on about Fukushima, the price tags on these reactors are the real killer. The new reactor under construction in Finland (Olkiluoto Unit 3) is coming in at 8.5B euros ($11.55B), or almost 3 TIMES it’s initial cost estimate. In dollar terms, that amounts to over $7.21 per watt!

http://en.wikipedia.org/wiki/Olkiluoto_Nuclear_Power_Plant

New reactors going up in the US are posting similar figures, although the massive web of government supports and insulation from market forces that the nuclear industry benefits from makes true cost figures for these reactors hard to pin down.

This is in the face of wind power getting INSTALLED for $1 – $2 per watt:

http://newscenter.lbl.gov/news-releases/2013/08/06/new-study-finds-that-the-price-of-wind-energy-in-the-united-states-is-near-an-all-time-low/

In short, the nuclear industry is scrambling for solutions before it becomes clear to everybody how irrelevant they are. Much like typewriters got really fancy and sophisticated in the 1990′s before going the way of the buggy whip and the rotary phone.

January 9, 2014 Posted by | Reference, technology | 2 Comments

Advice to cardiologists to reduce radiation exposure

Cardiologists urged to reduce inappropriate radiation exposure, Medical Press 8 Jan 14 Cardiologists are being urged to reduce patient radiation exposure in a European Society of Cardiology (ESC) position paper which outlines doses and risks of common cardiology examinations for the first time. The paper is published today in the European Heart Journal.

Lead author, Dr Eugenio Picano, FESC, said: “Cardiologists today, are the true contemporary radiologists. Cardiology accounts for 40% of patient radiology exposure and equals more than 50 chest X-rays per person per year.”

He added: “Unfortunately, radiation risks are not widely known to all and patients and this creates a potential for unwanted damage that will appear as cancers, decades down the line. We need the entire cardiology community to be proactive in minimising the radiological friendly fire in our imaging labs.”

The paper lists doses and risks of the most common cardiology examinations for the first time. Computed tomography (CT), percutaneous coronary intervention (PCI), cardiac electrophysiology and nuclear cardiology deliver a dose equivalent to 750 chest X-rays (with wide variation from 100 to 2,000 chest X-rays) per procedure. These procedures are performed daily in all cardiology in- and out-patient departments, usually more than one procedure per admission. They are used for all forms of cardiac disease, from congenital to heart failure, but more intensively and frequently for ischemic heart disease.

PCI for dilation of coronary artery stenosis totals almost 1 million procedures per year in Europe. The additional lifetime risk of fatal and non-fatal cancer for one PCI ranges from 1 in 1000, to 1 in 100 for a healthy 50 year old man. Risks are 1.38 times higher in women and 4 times higher in children. Children’s higher risk is because their cells divide more quickly and they have more years in which to develop cancer.

Dr Picano said: “Even in the best centres, and even when the income of doctors is not related to number of examinations performed, 30 to 50% of examinations are totally or partially inappropriate according to specialty recommendations. When examinations are appropriate, the dose is often not systematically audited and therefore not optimised, with values which are 2 to 10 times higher than the reference, expected dose.”

The paper aims to reduce the unacceptably high rate of inappropriate examinations and reduce excessive doses in appropriate examinations. Dr Picano said: “In these hard economic times, 50% of the costly and risky advanced imaging examinations we do are for inappropriate indications. Politicians’ top priority should be to audit and cut down on useless and dangerous examinations.”…….http://medicalxpress.com/news/2014-01-cardiologists-urged-inappropriate-exposure.html

January 9, 2014 Posted by | health, radiation, Reference | Leave a comment

Uranium the real issue behind the Lockerbie bombing in 1988?

Bernt Carlsson lays down the lawThe man responsible for Namibia under international law, Assistant Secretary-General of the United Nations and UN Commissioner for Namibia, Bernt Carlsson, spoke about these  prosecutions.

It was on his way to the signing of the agreement at UN headquarters in New York, that UN Commissioner for Namibia Bernt Carlsson became the highest profile victim of the Pan Am Flight 103 crash at Lockerbie on 21st December 1988.

Following Bernt Carlsson’s untimely death in the Lockerbie bombing, the case against URENCO was inexplicably dropped and no further prosecutions took place of the companies and countries that were in breach of the United Nations Council for Namibia Decree No. 1.

highly-recommendedThe Downing of Flight 103 over Lockerbie: It was the Uranium, The Ecologist, Mystery continues to surround the 1988 downing of Panam Flight 103 at Lockerbie. Who did it, how, and why? UN Assistant Secretary-General and Commissioner for Namibia, Bernt Carlsson Died in the Crash By Patrick Haseldine, 7 Jan 14  Patrick Haseldine is a former British diplomat who was dismissed by the then foreign secretary, John Major, in August 1989. He is often referred to as the “Emeritus Professor of Lockerbie Studies”.

After 25 years study of the topic Patrick Haseldine reveals the shocking truth…….

United Nations Assistant Secretary-General and Commissioner for Namibia, Bernt Carlsson, was Lockerbie’s highest profile victim, yet the authorities and the media never mention him. Why?

As comedian Kenneth Williams used to say: “I think the answer lies in the soil.”

More specifically, I believe the answer lies in the processed uranium ore (Yellowcake) that was illegally extracted from Namibia in the period 1976 to 1989. A TV documentary film in March 1980 described succinctly what was going on: Continue reading

January 8, 2014 Posted by | history, Reference, secrets,lies and civil liberties | 2 Comments

Both the land and the people suffer from uranium mining: its long term harm

Uranium mining: everything about it is negative http://www.nunatsiaqonline.ca/stories/article/65674uranium_mining_everything_about_it_is_negative/ Dale DewarWynard, Sask.3 Jan 14, “There is probably fairly low probability that mining will even occur” NUNATSIAQ NEWS  Youth should be congratulated on tackling the issue of uranium mining in Nunavut.

Both sides sound as though they did their research thoroughly. Unfortunately the “economic benefit” argument is based upon promise and not fact. What little research that has been done does not support the argument for local benefit. The few unskilled jobs that go locally provide money that accrues to individuals, not communities. The government of Nunavut may benefit from royalties — but as Saskatchewan recently discovered, even that was banked in Switzerland to avoid taxes.

What kind of legacy does uranium mining leave? The natural situation can never be restored; 85 per cent of the nuclear radiation bound up in the rock will be left on the surface.

The industry speaks of “reclamation” but even that is more an unfulfilled promise than fact. The area can never be normal again.  Mines in northern Saskatchewan still spill toxic tailings into waters bound for the Arctic Ocean. Mining in Niger (North Africa) has been going on since 1968 with not a whisper of reclamation. Two million tonnes of radioactive tailings were dumped into local surface waters in Gabon (also Africa.)

Containment in Australia recently ruptured and is still spreading into the surface waters of the surrounding Indigenous lands. The mining company in Navajo Territory in the south-western United States transferred its assets and then declared bankruptcy.

Reclamation, such as it is, is extremely expensive. Germany began reclamation of a collection of mines referred to as WISMUT in the 1990s —to date, close to twelve billion dollars have been spent and the job is not complete.

The tailings from a proposed mine in Tanzania expected to produce uranium for 20 years has a clean-up price tag of four billion dollars.

Given that uranium has only two end uses — nuclear power and nuclear bombs — no renaissance for the first and no desire for the second, there is probably fairly low probability that mining will even occur.

The industry and the argument will serve only to divide a community that needs to work together to tackle challenging times.

January 3, 2014 Posted by | environment, Reference, Uranium | Leave a comment

Thorium nuclear reactors produce just as much radioactive waste products as do uranium reactors

Reuters Breakout Series Focuses on China’s Interest in Thorium, The Energy Collective December 23, 2013 Reuters is running a series titled Breakout: Inside China’s Military Buildout. Installment number 6 is titled The U.S. government lab behind Beijing’s nuclear power push. The title is misleading; it is not about China’s world-leading, multibillion-dollar program. That program includes 29 large commercial nuclear plants currently under construction. Instead, the article focuses on a $350 million research program to evaluate the use of thorium as an alternative nuclear fission fuel source.

The Reuters piece includes a number of statements about the comparison between thorium and uranium that are debatable, at best, but whose source should be obvious to anyone that has been involved in any discussions with thorium advocates. It neglects the fact that uranium and thorium produce approximately the same mix of radioactive fission products. Systems using thorium need to pay just as much attention to decay heat removal as systems using uranium.

The article partially blames Admiral Rickover for the nuclear industry’s initial focus on uranium, without ever mentioning that the single most impressive use of thorium in an operating reactor took place under Admiral Rickover’s direction………

There is not a single mention in the article that Rickover’s Shippingport nuclear power plant was the site of the successful test of the Light Water Breeder Reactor (LWBR)between 1977 and 1982. That demonstration plant…..used a carefully engineered nuclear reactor core with uranium-233 as the fissile material and thorium-232 as fertile material…….detailed destructive post irradiation testing determined that the core contained about 2% more U-233 at the end of operation than it did at the beginning.

January 3, 2014 Posted by | Reference, Uranium | Leave a comment

The sinister biological effects of uranium inside our bodies

uranium-oreUranium – the ‘demon metal’ that threatens us all, Ecologist,  Chris Busby, 1st January 2014  Fatally flawed – the concept of ‘dose’ “………..We can go back now and ask about the health effects following the Hiroshima bombs. The increase in cancer in the group of Japanese survivors has been and still is the foundation of the current radiation risk model. Of course, the cancers have been correlated with the radiation dose, a huge acute sudden gamma ray dose from the A-bomb.

But what if ‘dose’ is not the correct quantity to predict or explain the cancers? What if the internal exposures to the fallout caused much bigger effects?

Then the ‘control group’, those who were not there at the time of the detonation would also be affected, and the differential cancer yield based on ‘dose’ would be meaningless. There is recent interest in this and in the link between the ‘black rain’ and the cancers.

I jump now to France in 2010 where I am at a big meeting on radiation and health at the University of Paris Sud. I talk with Dr Irina Guseva Canu who has spent several years studying the French Uranium workers. She can’t get her results published, could she cite me as a referee to the journals?

When her findings finally appear in the literature in a rather diluted form they show that the Uranium workers suffer excess risk of leukemia and lymphomas, and also heart disease.

The ‘doses’ are very low, but are not given, though by a forensic analysis of her three papers, they can be deduced. On the basis of the current risk model they are 2,500 times too small to account for the cancers.

There is plenty of other published work that points to the dangers of Uranium exposures, mainly from inhalation of dust particles. There is chromosome analysis of Gulf War Veterans, of New Zealand Test veterans, and of Uranium workers in Namibia. There are laboratory studies of genetic and genomic effects in cell cultures, and there are the cancer rates in North Carolina by Uranium content in soils.

How did the experts get it so wrong?

Apart from the ‘skullduggery argument’, here is a possible answer. There are two things about Uranium which were known since the 1960s but not assembled into a health hazard argument.

Perhaps because of the agreement signed between the WHO and the IAEA in 1959. Perhaps because the scientists in the area were mainly physicists and not interested in the biology of internal exposures. Who knows? Maybe no-one thought of it.

First, Uranium has enormous chemical affinity for DNA and binds to chromosomes. This was discovered in 1961 and ever since then Uranyl salts have been the electron-microscope stain of choice for imaging.

The reason they create such clear, sharp images is that Uranium has the highest atomic number (92) of any natural element. Its 92 electrons block the passage of the electron microscope beam.

But that’s not all they do. They also block gamma rays. The absorption of gamma radiation (natural background radiation) by any element is proportional to roughly the fifth power of the atomic number Z .

So clearly Uranium (like lead (Z = 82), but considerably more so) blocks the passage through the body (the oxygen in water has Z=8) of background gamma radiation.

Uranium in tissues acts as a gamma ray damage multiplier

The energy from the gamma rays, absorbed by the Uranium, is therefore converted into fast photoelectrons – and these smash through the nearest tissue. And of course, the nearest tissue is the DNA in the chromosomes and in mitochondria or any other tissue that the Uranium is bound to.

This idea, as an explanation for all the anomalous biological effects of Uranium was advanced by me first in the CERRIE conference in 2004 and next in a series of papers and reports from various conferences, and an outline can be found on the web. The theory was also reported in New Scientist in 2008 in How war debris could cause cancer.

So if you have Uranium inside you, a lot of it is on the DNA (nuclear scientists say its on the phosphate in the bones, but DNA is phosphate also). And it then acts as an antenna sitting on the DNA – converting background radiation into photoelectrons which smash up the chromosomes like an egg whisk.

Note that to do this the Uranium does not need to be radioactive – just to have a very heavy nucleus with a high atomic number. Of course all isotopes of Uranium are radioactive as well, but the main natural isotopes, U-238 and U-235, are only mildly so. Their health impacts are far, far greater than can be accounted for by its own emissions of radiation.

Hence the chromosome damage found in the miners, the test veterans and the Gulf veterans and the Chernobyl liquidators, all disproportionate by large multiples to their radiation doses…….http://www.theecologist.org/News/news_analysis/2205213/uranium_the_demon_metal_that_threatens_us_all.html

 

January 2, 2014 Posted by | health, Reference, Uranium | 1 Comment

America dumped radioactive trash on the ocean floor

wastes-1Nuclear Waste Sits on Ocean Floor U.S. Has Few Answers on How to Handle Atomic Waste It Dumped in the Sea   By JOHN R. EMSHWILLER and DIONNE SEARCEY  WSJ Dec. 31, 2013 More than four decades after the U.S. halted a controversial ocean dumping program, the country is facing a mostly forgotten Cold War legacy in its waters: tens of thousands of steel drums of atomic waste.

From 1946 to 1970, federal records show, 55-gallon drums and other containers of nuclear waste were pitched into the Atlantic and Pacific at dozens of sites off California, Massachusetts and a handful of other states. Much of the trash came from government-related work, ranging from mildly contaminated lab coats to waste from the country’s effort to build nuclear weapons.

Federal officials have long maintained that, despite some leakage from containers, there isn’t evidence of damage to the wider ocean environment or threats to public health through contamination of seafood. But a Wall Street Journal review of decades of federal and other records found unanswered questions about a dumping program once labeled “seriously substandard” by a senior Environmental Protection Agency official: Continue reading

January 1, 2014 Posted by | oceans, Reference, wastes | 2 Comments

Thorium nuclear reactors for military use, too, funded by USA and Chinese tax-payers

ThoriumSPECIAL REPORT-The U.S. government lab behind China’s nuclear power push Dec 20, 2013  Dec 20 (Reuters) – Scientists in Shanghai are attempting a breakthrough in nuclear energy: reactors powered by thorium, an alternative to uranium.

peaceful-nukeThe project is run by the Chinese Academy of Sciences, a government body with close military ties that coordinates the country’s science-and-technology strategy. The academy has designated thorium as a priority for China’s top laboratories. The program has a budget of $350 million. And it’s being spearheaded by the influential son of a former Chinese president.

But even as China bulks up its military muscle through means ranging from espionage to heavy spending, it is pursuing this aspect of its technology game plan with the blessing – and the help – of the United States. Read more »

December 24, 2013 Posted by | China, politics international, Reference, technology, USA, weapons and war | 6 Comments

Uranium internally received by soldiers – this is the key to the next court case

eyes-surprised A hearing would take two weeks in June 2014      This case will be critical!justice

 We can win this case. The judge is interested in what happened. (So are we, so should you be). The radiation risk model and internal exposures, especially to Uranium is the key;

highly-recommendedCancer, Nuclear Weapons and Dirty Tricks http://www.counterpunch.org/2013/12/20/cancer-nuclear-weapons-and-dirty-tricks/ by CHRIS BUSBY

The United Kingdom Veterans of the Atomic Atmospheric Testing in the Pacific and Australia have always maintained that they suffered harm, including cancer and leukemia. The government has consistently denied this.

Its argument is that except for very few of them, no-one received a radiation ‘dose’ significantly different from natural background. This was recently affirmed by the new Minister when she refused to concede that the test veterans were any different from any other ex-servicemen.

There have been two challenges. Continue reading

December 21, 2013 Posted by | Legal, Reference | Leave a comment

Edison and NRC have No plans for removing nuclear wastes from San Onofre plant

Is San Onofre a good location for a nuclear waste dump, permanent or not?  Hardly!  Earthquakes, tsunamis, sabotage, large surrounding population, poor egress, no radiation emergency supplies to speak of anywhere in the nearby counties to handle a spent fuel fire resulting from an airplane impact… and it’s upwind from the entire United States, so everyone in the country will be contaminated if there is an accident at SanO.
Get Rid of It! But Where? How? When? And Who’s Gonna Pay for It? The Nuclear Waste Dilemma  CounterPunch by ACE HOFFMAN DECEMBER 19, 2013“…….Edison has NO plans for removing the nuclear waste, and neither does the NRC.  Outrageous!
san-onofre-deadf

I have attended nearly every Nuclear Regulatory Commission hearing on San Onofre for nearly 20 years.  For more than a decade we were told by Southern California Edison (with no objection from the NRC) that the waste problem was essentially solved because the waste would go to Yucca Mountain.  But Yucca Mountain is an imperfect solution:  Before the federal government stopped the project (or at least slowed it to a crawl), one of the last problems they could not be sure they had any good science about was “drip shields” which were to protect the fuel rods — that were to be permanently entombed at the site — from water dripping from above.  The shape, material, thickness, and expected durability of the shields were all undecided, but my recollection is that the last design was an upside-down flattened out V shape made out of 4-inch thick titanium.  And no one knew how long it would last, but 300 years was an outside estimate, or at least the hope.  After that, good luck.

What the transport vehicles would look like, and whether they would use rail or roads or both, was all undecided when the project was stopped, despite 10s of billions of dollars having been spent.

Geologic storage, if we choose that route, will not be easy and will not be risk free.  And we’re nowhere near it at this point. Continue reading

December 20, 2013 Posted by | Reference, USA, wastes | Leave a comment

Sea level rise, storm surges, not factored in to NRC’s nuclear waste policy

nuke-&-seaLCCCL also argued that the discussion of sea level rise was insufficient.  The DGEIS relied on dated sources that did not account for uncertainty in sea level rise projections and may underestimate risk.  Also, the DGEIS merely looks at static sea level rise, which ignores risks due to more frequent and severe flooding.  CCCL pointed to data showing that a number of coastal nuclear power plants potentially subject to sea level rise and storm surge, are located in highly populated areas of the country

Center For Climate Change Law December 19th, 2013 by Ethan Strell   The Columbia Center for Climate Change Law (CCCL) submitted comments today on the United States Nuclear Regulatory Commission’s “Waste Confidence Draft Generic Environmental Impact Statement” (DGEIS), which concerns the storage of highly radioactive spent nuclear fuel at individual power plants beyond the duration of each plant’s operating license.  CCCL’s comments focus on the DGEIS’s lack of analysis of how future climate conditions could affect the safety of these high level nuclear waste storage facilities.

Waste-Confidence-Rule“Waste Confidence” refers to the Commission’s confidence that permanent disposal of nuclear waste can be accomplished when it is needed.

Currently, spent nuclear fuel is stored on-site at nuclear reactors beyond the duration of plants’ operating licenses.  The Waste Confidence Rule stems from a 1976 petition by NRDC to halt the licensing of nuclear plants until the Commission could guarantee the permanent, safe disposal of spent nuclear fuel.  Continue reading

December 20, 2013 Posted by | Reference, USA, wastes | Leave a comment

Small Modular Nuclear Reactors (SMRs) raise saafety and security concerns

Potential fire and explosion hazards……

Potential flooding hazards:……

Limited access for conducting inspections of pressure vessels…

Safety and Security Concerns about Small Modular Reactors: NuScale’s Design http://allthingsnuclear.org/safety-and-security-concerns-about-small-modular-reactors-nuscales-design/ senior scientist December 17, 2013  Late last week the Department of Energy finally announced its decision to provide the small modular reactor (SMR) design NuScale with a matching grant of up to $226 million under its Licensing Technical Support program intended to speed the development of SMRs.

But the real news is not that DOE awarded a second grant under the program, but that it took so long to do so. NuScale, along with three other reactor vendors, originally applied for the funds in early 2012 with the expectation that two designs would receive grants. However, later that year DOE surprised many observers by only awarding a grant to one design, the Generation mPower.

Safety and Security Concerns

As discussed in detail in my September 2013 report “Small Isn’t Always Beautiful,” UCS has safety and security concerns about small modular reactors in general and about the NuScale design in particular

SMR vendors are pushing the Nuclear Regulatory Commission (NRC) to weaken its regulations regarding operator staffing, security staffing, and emergency planning, based on highly optimistic assertions that their reactors will be significantly safer than larger reactors. Continue reading

December 19, 2013 Posted by | Reference, safety, technology, USA | Leave a comment

Japan’s state secrets law criminalises investigative journalism

exclamation-flag-japanJapan enacts state secrets law late Friday night amid revolt — “It criminalizes investigative journalism” — Terrorism defined as “imposing one’s opinions on others”http://enenews.com/secrets-law-passes-late-friday-night-amid-revolt-mushrooming-opposition-it-criminalizes-investigative-journalism-terrorism-defined-as-imposing-ones-opinions-on-others-protesto

Japan Times, , Dec. 6, 2013: Following political turmoil that rocked the Diet over the past week, ruling block Upper House members finally enacted the contentious state secrets bill late Friday night. Earlier in the day, opposition parties intensified their protests in vain over a law that’s being criticizing for not creating an independent oversight body capable of preventing the government from hiding inconvenient information at its discretion.
Businessweek, Dec. 6, 2013: Prime Minister Shinzo Abe secured final passage of a bill granting Japan’s government sweeping powers to declare state secrets, a measure aimed at shoring up defense ties with the U.S. that prompted a public backlash and revolt by the opposition.
Asahi Shimbun, , Dec. 6, 2013: Kazuo Shii, chief of the Japanese Communist Party, described the ruling coalition’s behavior as “tyrannical, arrogant and disorderly.” The ruling coalition believed prolonging the Diet debate any longer could backfire, only fueling the mushrooming opposition to the bill, and lead to a further decline in approval ratings for Abe’s Cabinet and hold on power. An Asahi Shimbun survey taken between Nov. 30-Dec. 1 showed the Cabinet’s approval rating at 49 percent, dipping below 50 percent for the first time since he took power in December 2012. Officials in the Abe administration foresee the public eventually forgetting about the controversy, once the legislation is approved.

GlobalPost,, Dec. 6, 2013: Here are four disturbing ways the bill could be a democracy muzzler. It defines terrorism as imposing one’s opinions on others […] According to Article 12, terrorism is partially defined as an activity that forces “political and other principles or opinions on the state or other people.” In other words, throw up a rowdy anti-government protest, and the judiciary can find a reason to lock you away. It criminalizes investigative journalism […] Journalists can be prosecuted for “improperly accessing” classified documents or “conspiring” to leak them. Even asking an official to take a look at classified documents could constitute “conspiracy,” leading to up to five years in prison. “Instigating” the release of government secrets, meanwhile, carries up to 10 years in the dock. […] Basically, anything can be a secret […] administrators can make the opaque decisions to classify a document even if their work hardly relates to national security. That effectively allows them to hide any embarrassing piece of evidence, and then pursue the journalists and bloggers who make it public. […]

See also: Japan Official: “This is the way the reign of terror begins!” — Lawmaker is “physically restrained”; Outrage as secrets bill rammed through — Final passage expected within hours (PHOTOS)

December 10, 2013 Posted by | civil liberties, Japan, politics, Reference | Leave a comment