Nuclear dump plan for Chernobyl area
Area around Chernobyl plant to become a nuclear dump KYODO HTTP://WWW.JAPANTIMES.CO.JP/NEWS/2016/03/24/WORLD/AREA-AROUND-CHERNOBYL-PLANT-BECOME-NUCLEAR-DUMP/#.VVRVA9J97GH KIEV – A heavily contaminated area within a 10-kilometer radius of the Chernobyl nuclear power plant in Ukraine will be used to store nuclear waste materials, the chief of a state agency managing the wider exclusion zone said in an interview.
“People cannot live in the land seriously contaminated for another 500 years, so we are planning to make it into an industrial complex,” said Vitalii Petruk, the head of the State Agency of Ukraine on Exclusion Zone Management. The zone is 30-km radius from the site of the 1986 nuclear accident — the world’s worst nuclear disaster.
“We are thinking of making land that is less contaminated a buffer zone to protect a residential area from radioactive materials,” he said.
Petruk said the agency does not plan to narrow down the exclusion zone because there is no privately owned land within the area and few people are wishing to return, unlike Fukushima, home to the 2011 nuclear disaster in Japan.
The complex will be used to store and process nuclear waste including spent nuclear fuel sent from power plants in Ukraine, he said.
“We are considering building a facility for alternative energy such as solar panels” so as to utilize the remaining electricity infrastructure including power grids for the Chernobyl nuclear power plant there, he added.
Petruk said the agency also wants to invite foreign companies to the complex. “We will ensure the maximum safety” to help their activities in the complex, he said.
As for the future dismantlement of the Chernobyl plant, Petruk said his country has been in talks with France for some two years about possible cooperation and it also wants to consider talks with Japan.
Cheaper, faster renewable energy will obliterate the prospects for “new nuclear”
The nuclear industry: a small revolution, BBC News By Roger Harrabin BBC Environment analyst 23 March 2016“………..investors scanning the world for money-making opportunities tend to turn away when they see a nuclear reactor taking years to build, fraught with technical and political risk. Solar and wind energy offer much more predictable returns in a fraction of the pay-back time.
But SMR fans say mini-nukes as small as 50 megawatts (MW) could change that. They suggest it’s as simple as placing your order and waiting for a reactor to turn up. Then plug and play – and wait to get your money back.
If you want large-scale power, just line up a dozen SMRs side by side……
In his most recent Budget, the Chancellor George Osborne announced a competition for the design of small modular reactors for use in the UK.
‘Evolutionary technology’
There are two catches.
First, there’s still no solution (in the UK at least) to what to do with the nuclear waste. The government appears willing to go ahead with new nukes without knowing what happens to spent fuel and contaminated equipment.
Second, no-one has actually built an SMR yet, and it’s likely to take until the 2030s or 2040s before SMRs are widespread and making a real contribution to hitting carbon emission targets.
The firm claiming to be leading the global SMR race is the US government-funded NuScale. It expects to have its first American SMR in operation by 2025, and hopes to be ready to generate in the UK in 2026 at the earliest…
‘Jam tomorrow’
However, there are cautionary voices. Experts warn that to make it worthwhile building it, a reactor factory would need 40-70 orders. And the time scale is a big stumbling point for many.
According to John Sauven of Greenpeace there’s a high risk it will take longer than predicted to bring small scale nuclear on-stream. “Remember the nuclear industry promised in the 1950s that it would deliver energy too cheap to meter,” he says. “Since then it’s been completely overtaken by wind and solar energy which are much safer, reliable and cheaper.
“With nuclear it’s always jam tomorrow. We’ve got to decarbonise the energy industry now.”
Other critics warn that renewables and energy storage are progressing so fast that the energy industry won’t need the sort of round the clock “baseload” power produced by nuclear in the medium term future.
The energy commentator Kees van der Leun tweeted: “By the time [of the 2030s and 2040s] the growth of cheap solar and wind will have obliterated the chance of making any money with ‘baseload’.” http://www.bbc.com/news/business-35863846
Safety upgrade costs spur Shikoku Electric to ditch plan to restart aging Ehime reactor
Japan Times 25 Mar 16 OSAKA – Shikoku Electric Power Co. plans to give up restarting reactor 1 of its Ikata nuclear complex in Ehime Prefecture and scrap it because extending the aging unit’s lifespan would be hugely expensive, company sources said Friday. – (subscribers only) http://www.japantimes.co.jp/news/2016/03/25/national/safety-upgrade-costs-spur-shikoku-electric-ditch-plan-restart-aging-ehime-reactor/#.VvS2Sex97Gh
Scepticism on San Onofre nuclear station cleanup plan
O.C. Watchdog: Could there be an ‘early’ nuclear cleanup at San Onofre? Orange County Register, By TERI SFORZA / March 23, 2016 Federal efforts to speed up the removal of spent radioactive fuel from power plants like the mothballed San Onofre Nuclear Generating Station are gaining momentum and inspiring guarded optimism among local officials.
Critics, however, remain deeply skeptical.
In January, the U.S. Department of Energy launched a new push to create temporary nuclear waste storage sites in regions eager for the business, currently in West Texas and New Mexico.
Several such sites could be up and running while the prickly question of finding a location for a permanent repository – the root of the present paralysis in nuclear waste disposal – is hashed out.
“That could mean moving the fuel from San Onofre a decade earlier than is envisioned now, maybe more,” said David Victor, who chairs the San Onofre Community Engagement Panel. The volunteer group of academic, industry, environmental and local government representatives advises the plant’s owner, Southern California Edison.
“I am cautiously optimistic,” he said. Victor, director of the Laboratory on International Law and Regulation at UC San Diego, met with officials in Washington this month to convey populous Southern California’s eagerness to solve the nuclear waste storage problem. An update on those efforts, as well as the latest on plans to dismantle the shuttered twin reactors, will be presented at 6 p.m. today at the San Onofre Community Engagement Panel’s quarterly meeting in Oceanside.
Decommissioning the plant south of San Clemente is expected to cost $4.1 billion and be mostly completed by 2030. But spent nuclear fuel is expected to remain on the beachside bluff much longer………… http://www.ocregister.com/articles/fuel-709466-nuclear-san.html
Taiwan lawmakers slam Atomic Energy Council’s (AEC) nuclear disaster drill
Legislators question nuclear safety, Taipei Times, By Chen Wei-han / Staff reporter, 24 Mar 16, Legislators slammed the Atomic Energy Council’s (AEC) nuclear disaster drill as “role-playing” and questioned the extent of evacuation zones during a review of the council’s nuclear emergency response fund yesterday.
The Education and Culture Committee reviewed the council’s budget proposal related to nuclear emergency prevention and response measures, saying some items were poorly executed and some were bloated.
Democratic Progressive Party (DPP) Legislator Chung Chia-pin (鍾佳濱) said he had taken part in four nuclear disaster drills, but they were like “role-playing,” in which soldiers were ordered to put on swimming trunks and pretend to be tourists, instead of actual residents participating in the drills.
“The council’s drill plan failed to simulate the accommodation of tens of thousands of people evacuated from New Taipei City and Taipei, which would be a major problem in the event of a nuclear disaster,” Chung said.
DPP Legislator Cheng Li-chun (鄭麗君) questioned the scope of the evacuation zones, which the council set within an 8km radius from nuclear plants.
“Immediately after the Fukushima Dai-ichi nuclear disaster in 2011, the Japanese government instructed residents living within 3km of the power plant to evacuate, but later expanded the area of evacuation to within a 20km radius of the reactor,” Cheng said, asking whether the AEC’s planned evacuation areas are large enough…….About 2 million people would need to evacuate if areas of evacuation were expanded to 20km from the two New Taipei City power plants, Chou said…….http://www.taipeitimes.com/News/taiwan/archives/2016/03/25/2003642398
Critics at NRC meeting not happy with dangers and costs of nuclear power
“…….The consumer group AARP submitted measured testimony, saying the group is “fuel neutral,” but concerned with reliability and affordability.
“Any proposed bailouts should focus primarily on the cost to consumers and the alternatives to such bailouts,” said John Erlingheuser of AARP. “Unintended consequences should be studied. For example, will bailouts stifle the development of low-cost natural gas-powered plants or renewables?”
Environmental advocates were also present during the forum and testified in opposition to subsidizing the plant when funds could be invested in renewable energy.
Chris Phelps, director of Environment Connecticut, expressed skepticism at Dominion’s claim about the effect of falling energy prices on its ability to stay profitable. He said it is the technology that is at fault, not the price of energy.
“The economics are working against the nuclear industry,” Phelps said. Mirror 24 Mar 16
China must improve its nuclear security framework
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How China needs to improve its legal framework on nuclear security, Bulletin of the Atomic Scientists, Hui Zhang, 24 Mar 16, Hui Zhang is a physicist and a senior research associate at the Project on Managing the Atom in the Belfer Center for Science and International Affairs at Harvard University’s John F. Kennedy School of Government, where he leads a research initiative on China’s nuclear policies. He is co-author, with Tuosheng Zhang, of Securing China’s Nuclear Future.
On March 31, Chinese President Xi Jinping will be among world leaders attending the fourth and last Nuclear Security Summit in Washington, D.C., where they will try to strengthen nuclear security to deal with the evolving threat of nuclear terrorism. Such efforts are badly needed, in light of the facts that there have been approximately 20 documented cases of theft or loss of highly enriched uranium or plutonium (although more may have occurred) since the early 1990s,and that there are nearly 2,000 metric tons of dangerous nuclear materials scattered across hundreds of sites around the globe.
Chinese leaders have actively participated in the last three summits, and pledged at each of them to act to strengthen nuclear security. But how successful have they been so far?
On the one hand, largely due to these earlier summits, nuclear security issues have received greatly increased national attention and awareness in China, from both national leaders and the general public. China has actively worked on several national laws and regulations related to nuclear security, and invested significant money to improve the physical protection of its nuclear facilities—including the updating of its monitoring devices, and otherwise accounting for and controlling every bit of nuclear material in China’s possession. A “center of excellence” on nuclear security—a joint US-China project initiated at the first nuclear security summit—was just commissioned on March 18 in Beijing, marking a milestone in summit outcomes. In short, China’s commitment to nuclear security is seemingly now well-established.
But on the other hand, in spite of these advances, there are still significant gaps in China’s nuclear security, which leave room for improvement. For example, the country has yet to build an overall legal framework that would govern the use of nuclear energy and related safety and security issues. In particular, China needs to update its nuclear regulations and guidelines, especially those that oversee tests of the ability of China’s nuclear facility designs to resist attacks from large-scale and well-organized armed terrorist groups; such tests are vital for identifying the strengths and weaknesses of security procedures. And cybersecurity is yet to be addressed.
So what major gaps remain, and what steps does China still need to take to improve the legal framework behind its nuclear security—a framework that is vital to making any substantial changes on the ground?
Progress on China’s nuclear laws and regulations. In China, legal documents are classified into four tiers. From high to low, these are laws, regulations, rules, and guidelines. Or, to be more precise: statutory law requiring approval by the National People’s Congress; State Council regulations; departmental rules; and regulators’ guidance or publications.
To further complicate matters, some laws and regulations are directly relevant to nuclear security, while others are much more indirect. The most direct ones are the Atomic Energy Law, the Nuclear Safety Law, and the Nuclear Security Regulations, while the ones that are indirectly relevant to nuclear security are the National Security Law and the National Counterterrorism Law.
Currently, the only major regulations on fissile material controls can be found in a document called the “Regulations for Control of Nuclear Materials,” issued in 1987, or 29 years ago—a time when the Berlin Wall was still up, Ronald Reagan was president, the World-Wide Web was not even a glint in a computer scientist’s eye, and the word “cybersecurity” was yet to be coined. Obviously, much has changed since then. Yet China’s only updating of these regulations was its “Rules for Implementation of the Regulations on Nuclear Materials Control”—issued in 1990.
In comparison, the most updated guidelines regarding the physical protection of nuclear facilities were issued in 2008—which is much more current, although itself now eight years old………..
Major gaps remain. While China has been making progress at improving the legal framework surrounding its nuclear laws and regulations, there have not been many updates of nuclear regulations and rules on the security of nuclear materials and facilities. All the existing regulations and rules were written before the attacks on New York and Washington in September 11, 2001, and the threat of nuclear terrorism was not specifically mentioned.
Although the 2008 guidelines require all civilian nuclear facilities to be designed in such a way that they consider threats to their security coming from outsiders, insiders, or a collusion of both—technically known as a “design basis threat”—they contain no clearly defined standards for how each nuclear facility should be designed for local conditions……..
while operators currently are required to do in-depth vulnerability assessments and performance tests of the individual components in their security systems, these tests do not include the realistic force-on-force exercises recommended by the International Atomic Energy Agency (IAEA). No Chinese regulations and guidelines require such tests, which are vital for identifying the strengths and weaknesses of security procedures.
Finally, China’s existing nuclear regulations and guidelines have not yet specifically addressed cybersecurity issues. Strengthening cybersecurity at nuclear facilities has become an important topic in the area of nuclear security, due to operations and security systems becoming increasingly reliant on digital control—and digitization invites cyber-attack. In practice, a number of countries like the United States and Russia have recently updated their regulations or rules regarding cybersecurity at nuclear facilities.
But China has not yet written nuclear regulations and guidelines with provisions specific to cybersecurity at nuclear facilities……..
Steps for improvement. At the 2014 nuclear security summit, President Jinping stated that “the more we do to enhance nuclear security, the less chance we will leave to terrorists.” Converting the top Chinese leader’s stated commitment into practical, sustainable reality, however, will require China to undertake several steps. In particular, China should speed the updating and issuing of any new laws, regulations, rules, and guidelines on nuclear security, especially those that have not been touched since the regulations of 1987 and the rules of 1990.
Clearer and more stringent rules and guidelines would establish a national-level design basis threat, with clarifying requirements for all military and civilian nuclear facilities. China should have at least a minimum standard for any design basis threat that includes protection against a modest group of well-armed and trained outsiders, a well-placed insider, and outsiders and an insider working together, using a broad range of possible tactics.
Moreover, China should incorporate IAEA principles and guidelines regarding nuclear security into its national laws and regulations, as suggested by a recent pledge by 35 countries to observe the terms of a joint agreement—known as Strengthening Nuclear Security Implementation—initiated at the 2014 summit at The Hague.
China should update and issue new nuclear regulations and guidelines incorporating cybersecurity explicitly. Cybersecurity should be integrated strongly and fully into the physical protection and accounting systems, and they should be an integrated component of any nuclear power plants design basis threat.
Soon, China should be issuing the Atomic Energy Law, Nuclear Safety Law, and Nuclear Security Regulations that have been under review for quite a while now. As a faster way of making progress, China should also update its 2008 guidelines on physical protection to integrate new IAEA guidelines, including the conduct of force-on-force exercises.
To ensure that the new regulations and rules are effectively implemented for facilities and transporters of nuclear weapons and weapon-usable fissile materials, China needs an effective system of enforcement and a constantly developing and improving nuclear security system that will not stagnate. http://thebulletin.org/how-china-needs-improve-its-legal-framework-nuclear-security9276
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