China’s Taishan nuclear reactors would have the same safety defects as France’s Flamanville reactor
BFM TV 29th June 2017 [Machine Translation] The manufacturing defects encountered in France also
exist on the two reactors of Taishan, in the south-east of China. The
decision of the nuclear safety authority prompts China to emulate it.
Barely the problem of Flamanville settled, the looks turn to China. The CGN
industrialist built in Taishan, in the south-east of the country, two EPRs
with EDF. These two tanks were manufactured in France, in the factory of Le
Creusot, like those of Flamanville. And obviously have the same
manufacturing defects.
“The same parts are concerned and have been
manufactured with the same process, explained the ASN president,
Pierre-Franck Chevet, but it is the responsibility of the Chinese to
decide. For two years, they have been associated with all the tests and
works of the French authority. On Monday and Tuesday, the representatives
of the Chinese authority and the industrialist CGN were in Paris to follow
the conclusions on the Flamanville EPR. They will have to decide whether
they also impose changes to the lids of the Taishan EPRs. These two
reactors must start between the end of 2017 and the end of 2018.
http://bfmbusiness.bfmtv.com/entreprise/apres-flamanville-la-surete-des-epr-chinois-en-question-1197282.html
Dangers of nuclear fissile materials transported by sea
Robin Des Bois 29th June 2017, [Machine Translation] Next week, MOX fuel should be loaded at Cherbourg on
the Pacific Egret or Pacific Heron to Japan and the Takahama nuclear power
plant. The MOX contains 10% plutonium and 90% uranium.
This journey throughthe seas of the world of dangerous fissile materials induces tensions and
risks throughout the journey. The problem of safe havens in case of damage
or fire is still unresolved. The ability of Pacific Nuclear Transport
Ltd.’s small ships to withstand North Korean cyclones, tsunamis and
missiles is not demonstrated.
But it is the business as usual that continues for Areva and for a French nuclear industry without guard crazy
besides being penniless. Perpetuating small business as in the good old
days before Fukushima means avoiding questioning the reprocessing plant for
irradiated fuel and plutonium mining in La Hague, which the Nuclear Safety
Authority and the unions say Since 2 years that it is in a worrying state
in terms of safety.
Areva’s transports always give the marines of the whole
world the opportunity of exercises for the most underwater. Our first
advice is therefore aimed at fishermen and especially trawlers. They must
deviate widely from the convoy to eliminate any risk of hook with a
submarine, hypothesis more and more plausible to explain the sinking of the
Bugaled Breizh in January 2004, a few days before the departure of
Cherbourg of a cargo of waste Nuclear activities to Japan.
http://www.robindesbois.org/moxquitue/
A U.S. business nuclear network hacked: this could lead to more serious nuclear risks

Hackers breached a US nuclear power plant’s network, and it could be a ‘big danger’, Business Insider, SONAM SHETH JUN 30, 2017
Nuclear catastrophe narrowly avoided at Los Alamos National Laboratory
A near-disaster at a federal nuclear weapons laboratory takes a hidden toll on America’s arsenal , Science Repeated safety lapses hobble Los Alamos National Laboratory’s work on the cores of U.S. nuclear warheads By The Center for Public Integrity, Patrick Malone Jun. 29, 2017 Technicians at the government’s Los Alamos National Laboratory settled on what seemed like a surefire way to win praise from their bosses in August 2011: In a hi-tech testing and manufacturing building pivotal to sustaining America’s nuclear arsenal, they gathered eight rods painstakingly crafted out of plutonium, and positioned them side-by-side on a table to photograph how nice they looked.
The resulting blue glow — known as Cherenkov radiation — has accidentally and abruptly flashed at least 60 times since the dawn of the nuclear age, signaling an instantaneous nuclear charge and causing a total of 21 agonizing deaths. So keeping bits of plutonium far apart is one of the bedrock rules that those working on the nuclear arsenal are supposed to follow to prevent workplace accidents. It’s Physics 101 for nuclear scientists, but has sometimes been ignored at Los Alamos.
As luck had it that August day, a supervisor returned from her lunch break, noticed the dangerous configuration, and ordered a technician to move the rods apart. But in so doing, she violated safety rules calling for a swift evacuation of all personnel in “criticality” events, because bodies — and even hands — can reflect and slow the neutrons emitted by plutonium, increasing the likelihood of a nuclear chain reaction. A more senior lab official instead improperly decided that others in the room should keep working, according to a witness and an Energy Department report describing the incident.
Catastrophe was avoided and no announcement was made at the time about the near-miss — but officials internally described what happened as the most dangerous nuclear-related incident at that facility in years. It then set in motion a calamity of a different sort: Virtually all of the Los Alamos engineers tasked with keeping workers safe from criticality incidents decided to quit, having become frustrated by the sloppy work demonstrated by the 2011 event and what they considered the lab management’s callousness about nuclear risks and its desire to put its own profits above safety.
When this exodus was in turn noticed in Washington, officials there concluded the privately-run lab was not adequately protecting its workers from a radiation disaster. In 2013, they worked with the lab director to shut down its plutonium handling operations so the workforce could be retrained to meet modern safety standards.
Those efforts never fully succeeded, however, and so what was anticipated as a brief work stoppage has turned into a nearly four-year shutdown of portions of the huge laboratory building where the plutonium work is located, known as PF-4.
Officials privately say that the closure in turn undermined the nation’s ability to fabricate the cores of new nuclear weapons and obstructed key scientific examinations of existing weapons to ensure they still work. The exact cost to taxpayers of idling the facility is unclear, but an internal Los Alamos report estimated in 2013 that shutting down the lab where such work is conducted costs the government as much as $1.36 million a day in lost productivity.
And most remarkably, Los Alamos’s managers still have not figured out a way to fully meet the most elemental nuclear safety standards. ……
these safety challenges aren’t confined to Los Alamos. The Center’s probe revealed a frightening series of glaring worker safety risks, previously unpublicized accidents, and dangerously lax management practices. The investigation further revealed that the penalties imposed by the government on the private firms that make America’s nuclear weapons were typically just pinpricks, and that instead the firms annually were awarded large profits in the same years that major safety lapses occurred. Some were awarded new contracts despite repeated, avoidable accidents, including some that exposed workers to radiation…….
George Anastas, a past president of the Health Physics Society who analyzed dozens of internal government reports about criticality problems at Los Alamos for the Center, said he wonders if “the work at Los Alamos [can] be done somewhere else? Because it appears the safety culture, the safety leadership, has gone to hell in a handbasket.”
Anastas said the reports, spanning more than a decade, describe “a series of accidents waiting to happen.” The lab, he said, is “dodging so many bullets that it’s scary as hell.”http://www.sciencemag.org/news/2017/06/near-disaster-federal-nuclear-weapons-laboratory-takes-hidden-toll-america-s-arsenal
Russia’s fears of nuclear war: underground bunkers prepared

Russia has ‘enormous’ underground bunkers ready for nuclear war http://nypost.com/2017/06/29/russia-has-enormous-underground-bunkers-ready-for-nuclear-war/By Ruth Brown, June 29, 2017 Russia is maintaining giant bunkers underneath Moscow where Kremlin bigwigs can live underground for months after a nuclear attack, because the administration is convinced the U.S. plans on overthrowing President Vladimir Putin, according to a newly revealed Pentagon report.
“A deep underground facility at the Kremlin and an enormous underground leadership bunker adjacent to Moscow State University are intended for the national command authority in wartime,” says the report, according to the Times of London.
“Highly effective life-support systems may permit independent operations for many months following a nuclear attack.”
The Defense Intelligence Agency report on Moscow’s military might — the first since the Cold War — says the “enormous” bunkers are 985 feet underground and can house as many as 10,000 people in the case of nuclear Armageddon, according to the paper.
The shelters are linked to other bunkers outside of the city — as well as the VIP terminal at Vnukovo airfield, in case the honchos need to flee, the report said.
The report, which predates President Trump’s election but was released Wednesday, says Putin believes the U.S. is intent on regime change as part of our “efforts to promote democracy around the world.”
“The Kremlin is convinced the United States is laying the groundwork for regime-change in Russia,” the report says.
Additional costs loom for Flamanville nuclear project: reactor lid might need replacement
Le Monde 26th June 2017,[Machine Translation], EPR of Flamanville: a report warns EDF on the
reliability of the lid of the tank. The operator may have to quickly
replace this reactor masterpiece after commissioning, which is still
scheduled for the end of 2018.EDF executives have been overly optimistic,
obviously convinced that the future reactor tank of the Flamanville
(Manche) EPR reactor would pass without difficulty before the “judges” of
the Nuclear Safety Authority (ASN) and its armed wing, the Institute of
Radiation Protection and Nuclear Safety (IRSN).
The situation is ultimately more complex: it is not excluded that the plant operator must at least
change the lid of this tank, only a few years after the EPR has been put
into service. Meeting on Monday 26th and Tuesday 27th June, the 31 members
of the permanent group of experts for nuclear pressure equipment
(industrialists, associations …) took note of a long report (193 pages)
of the IRSN and the Direction des Equipment under ASN’s nuclear pressure,
which is very critical in some respects. If it does not question the future
of the powerful third generation reactor (1,650 MW), designed by Areva in
the 1990s, it puts an additional mortgage on a project that will already
cost 10.5 billion d ‘ Three times more than expected. http://www.lemonde.fr/economie/article/2017/06/26/un-feu-vert-sous-condition-attendu-pour-l-epr-de-flamanville_5151256_3234.html
Flamanville nuclear reactor 3 likely to go ahead, despite weak spots in its steel
FT 28th June 2017, A group of experts at the French nuclear safety authority have cleared
EDF’s Flamanville 3 nuclear reactor to start as planned next year – despite weak spots in its steel. The group’s non-binding recommendation will be used by the safety authority, the ASN, to formulate a final ruling on October.
But the decision makes it likely the reactor will get the final green light. Completion of the next-generation reactor had been thrown into doubt after the discovery in 2015 of weak spots in the steel prompted an
extensive safety review by the ASN.
The stakes are high for French nuclear groups EDF and Areva because it would cost billions of euros to fix if the
ASN had ruled that the steel was too brittle. The sign off by the ASN is also a European Commission pre condition for approving EDF’s planned takeover of Areva’s reactor business. The group of experts did recommend,
however, that EDF put in place a new reactor cover by 2024. https://www.ft.com/content/7b401283-e91c-3612-9e21-2d1c8c45ed8d
French Nuclear regulator requires more inspections of Flamanville EPR reactor pressure vessel anomaly.
ASN 28th June 2017, On 28th June 2017, ASN presented its position regarding the Flamanville EPR
reactor pressure vessel anomaly. ASN relied on the analysis of the files
transmitted by Areva NP and EDF, carried out by its nuclear pressure
equipment department and its technical support organisation IRSN, and on
the opinion of its Advisory Committee for nuclear pressure equipment.
On the basis of the technical analyses carried out, ASN considers that the
mechanical characteristics of the pressure vessel bottom head and closure
head are adequate with regard to the loadings to which these parts are
subjected, including accident situations.
However, the anomaly in the chemical composition of the steel entails a reduction in the margins with
respect to the fast fracture risk. ASN therefore considers that EDF must
implement additional periodic inspections to ensure that no flaws appear
subsequently. ASN observes that such inspections can be performed on the
vessel bottom head and therefore considers that they must be implemented.
However, the technical feasibility of similar inspections on the pressure
vessel closure head is not established. ASN therefore considers that the
use of the closure head must be limited in time. It notes that it would
take about seven years to manufacture a new closure head, which could thus
be available by the end of 2024. In these conditions, ASN considers that
the current closure head shall not be operated beyond that date.
http://www.french-nuclear-safety.fr/Information/News-releases/ASN-presents-its-position-regarding-the-Flamanville-EPR-reactor-vessel-anomaly
Cyber attack knocks out the radiation monitoring system of Chernobyl nuclear plant

Chernobyl nuclear plant’s radiation monitoring hit by cyber attack: Officials http://www.newindianexpress.com/world/2017/jun/28/chernobyl-nuclear-plants-radiation-monitoring-hit-by-cyber-attack-officials-1621663.html By AFP 28th June 2017 UKRAINE: The radiation monitoring system at Ukraine’s Chernobyl nuclear site has been taken offline after a massive cyber attack, forcing employees to use hand-held counters to measure levels, officials said on Tuesday.
“Due to the cyber attack, the website of the Chernobyl nuclear plant is not working,” said Ukraine’s exclusion zone agency which oversees the Soviet plant that exploded in 1986 and is now surrounded by an uninhabited contaminated zone.
“Due to the temporary shutdown of the Windows system, the radiation monitoring of the industrial area is being done manually,” the agency said on its website.
“That means that our measurers go out with hand-held meters on the Chernobyl plant like it was decades ago,” a spokeswoman for the agency, Olena Kovalchuk, told AFP.
The plant’s destroyed reactor was enclosed in a huge metal structure last year in a bid to stop radiation leaks at the site, where more than 200 tonnes of uranium remain.
Ukraine’s exclusion zone agency said that Chernobyl’s “technological systems are working as usual” and that radiation control is “without delays”.
Safety mishaps imperilledscientists at Nevada and New Mexico nuclear sites
Nuclear Weapons Site Alarms Shut Off, Scientists Inhale Uranium, Most scientists were not told of risks for months after 2014 incident; investigation shows more mishaps at Nevada and New Mexico nuclear sites, Scientific American By Patrick Malone, Peter Cary, R. Jeffrey Smith, The Center for Public Integrity on June 27, 2017
At the nation’s top nuclear weapons labs and plants, safety mishaps have imperiled life and limb, and hindered national security operations. This Scientific American story is part of a one-year investigation by reporters at the Center for Public Integrity that reveals many problems and little accountability. In addition to the Nevada accidents, a near-fission calamity in 2011 at Los Alamos National Laboratory in New Mexico led to an exodus of nuclear safety engineers and a four-year shutdown of operations crucial to the nation’s nuclear arsenal. Yet penalties for these incidents were relatively light, and many of the firms that run these facilities were awarded tens of millions of dollars in profits—or even new contracts—after major safety lapses occurred.
Not a clue.
The government scientists didn’t know they were breathing in radioactive uranium at the time it was happening. In fact, most didn’t learn about their exposure for months, long after they returned home from the nuclear weapons research center where they had inhaled it.
The entire event was characterized by sloppiness, according to a quiet federal investigation, with multiple warnings issued and ignored in advance, and new episodes of contamination allowed to occur afterward. All of this transpired without public notice by the center.
Here’s how it happened: In April and May 2014, an elite group of 97 nuclear researchers from as far away as the U.K. gathered in a remote corner of Nye County, Nev., at the historic site where the U.S. had exploded hundreds of its nuclear weapons. With nuclear bomb testing ended, the scientists were using a device they called Godiva at the National Criticality Experiments Research Center to test nuclear pulses on a smaller and supposedly safe scale.
But as the technicians prepared for their experiments that spring—under significant pressure to clear a major backlog of work and to operate the machine at what a report called Godiva’s “upper energy range”—they committed several grievous errors, according to government reports.
The machine had been moved to Nevada nine years earlier from Los Alamos, N.M. But a shroud, descriptively called Top Hat, which should have covered the machine and prevented the escape of any loose radioactive particles, was not reinstalled when it was reassembled in 2012.
Also, because Godiva’s bursts tended to set off multiple radiation alarms in the center, the experimenters decided to switch the alarm system off. But because the alarms were connected to the ventilation and air filter system for the room, those were shut off as well. The only ventilation remaining was a small exhaust fan that vented into an adjacent anteroom where researchers gathered before and after experiments.
On June 16, 2014, a month after the experiments were completed, technicians doing routine tests made an alarming discovery—radioactive particles were in the anteroom. They then checked the room holding Godiva, and found radiation 20 times more intense there. The Nevada site’s managers, who work for a group of private, profit-making contractors—like most U.S. nuclear weapons personnel—ordered the rooms decontaminated. But they didn’t immediately check exposures among the scientists and researchers who had gathered for the tests, many of whom had already gone back to their own labs.
None had any clue about the mishap until two months after the experiments, on July 17, when one of them—a researcher from Lawrence Livermore National Laboratory nuclear weapons lab in California—got the results from his routine radiation monitoring. His urine tested positive for exposure to enriched uranium particles.
National Security Technologies,, LLC (NSTec), the lead contractor that runs the Nevada site, subsequently collected urine specimens from its own workers who’d been in the room with Godiva during the experiments. It discovered three of its technicians also had inhaled highly-enriched uranium.
News of trouble spread–but only among the scientists and their bosses, who were accustomed to a shroud of official secrecy covering their work. No public announcement was made. According to an initial U.S. Department of Energy (DoE) investigative report dated April 28, 2015, calls eventually went out to test the 97 people present for the Godiva experiments. But for reasons that remain unclear the testing went very slowly, and not until 2016 did the DoE state that 31 were discovered to have inhaled uranium.
In a letter last summer to the Los Alamos and Nevada lab directors, National Nuclear Security Administration (NNSA) Administrator Frank Klotz suggested that the employees’ radiation doses were not large—at the high end, they were roughly equivalent to 13 chest x-rays. But once inhaled, uranium particles can keep emitting radiation for years, and so they pose an added cancer risk. Klotz’s letter deemed the exposures “safety-significant and preventable.” It could have been even worse, of course, given the absence of any timely warning.
LAB OPERATIONS RIDDLED WITH ERRORS
The four key national facilities involved in the underlying experimentation—Los Alamos National Laboratory, Lawrence Livermore, the Nevada Test Site and Sandia National Laboratory—are among the U.S.’s premier scientific labs. They collectively employ more than 26,000 people engaged in cutting-edge and often dangerous work, governed by myriad nuclear safety regulations, with two major contract enforcement mechanisms meant to inflict financial pain when needed on the private corporations that operate them.
And yet in this case, and in others like it, not only were the labs’ procedures and responses riddled with errors, but even after attention was called to these incidents, other safety mishaps occurred. And the financial penalties imposed by the government didn’t seem to have a major impact on the labs’ conduct.
A review by The Center for Public Integrity (CPI) of more than 60 safety mishaps at 10 nuclear weapons–related federal sites that were flagged in special, internal reports to Washington, along with dozens of interviews of officials and experts, revealed a protective system that is weak, if not truly dysfunctional: Fines are frequently reduced or waived while contractors are awarded large profits. Auditors say labs and production plants are overseen by an inadequately staffed NNSA and DoE, which as a result largely rely on the contractors to police themselves.
The CPI probe, partly based on documents obtained under the Freedom of Information Act, reveals a system in which extra profit is awarded under a rating profile that persistently places higher priority on the nuclear weapons labs’ national security “mission” than on worker protections, putting production far ahead of safety. Experts say it is a practice in keeping with a culture of urgent, no-holds-barred work that took root in the nuclear weapons complex during World War II. These production pressures flow down to the highly secured rooms where workers labor with special clearances, routinely handling highly toxic and explosive materials……..
A WORKPLACE HAZARDOUS TO WHISTLE-BLOWERS……
NO FINES FOR REPEATED SAFETY INFRACTIONS….
Flamanville nuclear reactor’s safety problems add to concerns about Britain’s similar nuclear projects
Reuters 26th June 2017, The cover of the reactor vessel EDF is building in Flamanville, France, may not be able to function more than a few years unless the utility can do additional tests which so far it has not be able to, nuclear regulator ASN said in a report.
While the long-awaited report, a copy of which was obtained by Reuters, concludes the European Pressurized Reactor (EPR) is fit for service, EDF may have to replace its vessel cover soon after its
scheduled start-up in 2018. The requirement is a major blow for EDF, which
will have to start planning for a costly replacement of a key part before
the reactor even starts up.
The reputational damage could also add to concerns in Britain about its 18 billion pound ($23 billion) project to
build two similar EPR reactors in southwest England.
The French regulator had ordered a deep review of the Flamanville vessel following the discovery
in 2015 of carbon concentrations in the base and cover of the containment vessel, which make its steel more brittle. The report – led by the IRSN, the ASN’s technical arm – is being reviewed by a group of independent experts on Monday and Tuesday.
This autumn, ASN will partly base its final ruling on Flamanville on the experts’ recommendations. The ASN report
states that while the base of the vessel is fit for service despite the need for increased monitoring over its lifetime, manufacturer Areva NP has not been able to conduct sufficient tests on the cover as it is no longer accessible. These controls are indispensable in order to ensure the reactor’s safety over its 60-year lifetime, the report says.
http://uk.reuters.com/article/edf-flamanville-nuclear-idUKL8N1JN2OC
Hackers trading passwords used by managers at British nuclear power plants
Russian hackers trade passwords used by managers at British nuclear power plants – including ‘Rad1at10n’ and ‘Nuclear1’ http://www.dailymail.co.uk/news/article-4635420/Russian-hackers-trade-passwords-UK-nuclear-plant-staff.html,
- The passwords of two senior EDF nuclear plant managers were traded online
- French-owned firm EDF Energy operates all 15 of Britain’s nuclear reactors
- Comes as thousands of government officials – including MPs – were hacked
The passwords – ‘Nuclear1’ and ‘Radiat10n’ – are thought to have been used on the business site LinkedIn.
They were being traded by hackers who had easily guessed the letters and numbers.
EDF, which operates Britain’s 15 nuclear reactors, did not comment about the breach.
But the French-owned firm did say, according to The Times, that it is ‘continually reviewing its defences and preparedness in this area’.
The lists on which the passwords appeared were traded privately before being made public.
It comes as around 1,000 British MPs and parliamentary staff, 7,000 police employees and more than 1,000 Foreign Office officials were all understood to have had confidential information traded online without their knowledge.Even some of the prime minister’s closest government ministers, including education secretary, Justine Greening, and business secretary, Greg Clark, are thought to have been affected by the hack.
The huge database was being sold for just £2, with the low price justified by the fact it had already spent months being passed around. Its original price is likely to have been much higher.
Hackers can easily guess many passwords, especially those which are merely a word associated with a certain person but with ‘3’ instead of ‘E’ or ‘1’ instead of ‘I’.
There have been warnings that the hacked passwords could be used to blackmail workers in sensitive jobs, or even to break into government servers.
New Federal investigation into error in shipment of nuclear materials from Los Alamos National Laboratory
‘Absolutely unacceptable’ error in shipment of nuclear materials prompts probe, By Rebecca Moss | The New Mexican, Jun 24, 2017
Call for examination, “autopsy” on pressure vessel of dead Crystal River nuclear reactor
Permanently closed U.S. nuclear reactor should be “autopsied” Paul Gunter, Beyond Nuclear, 25 June 17
Permanently closed U.S. nuclear reactor should be “autopsied” Examination could identify potential safety flaws in operating reactors with parts from same controversial French forge
TAKOMA PARK, MD, June 21, 2017 –
- A permanently closed nuclear reactor in Florida that, documents show, likely has a manufactured weakness in a vital safety component produced by a controversial French forge that also supplied components to 17 still operating U.S. reactors, should be “autopsied,” says Beyond Nuclear, a leading national anti-nuclear watchdog group.
- The Crystal River Unit 3 reactor in Red Level, Florida, was permanently closed in 2013 and is in the decommissioning process. Research by Beyond Nuclear staff found that the Florida reactor likely shares an at-risk safety-related component manufactured at the French Le Creusot forge that is currently shut down and under international investigation for the loss of quality control of its manufacturing process and falsification of quality assurance documentation. The Crystal River reactor pressure vessel head was supplied by a factory at Chalon-Saint Marcel that assembles pieces forged at Le Creusot, both Areva-owned factories.
“The U.S. Nuclear Regulatory Commission should seize upon this opportunity and ‘autopsy’ Crystal River 3,” said Paul Gunter, Director of the Reactor Oversight Project at Beyond Nuclear. “A close examination of Crystal River could provide critical safety data to inform the decision-making on whether the seventeen U.S. reactors still operating with at-risk Le Creusot parts should also be materially tested,” Gunter said.
The Le Creusot factory forges large ingots into safety-related components such as reactor pressure vessels, pressure vessel lids and steam generators.
The French industrial facility was discovered to be operating with lax quality control procedures that allowed the introduction of an excessive amount of carbon contamination into its manufacturing process, a problem technically known as “carbon segregation.”
The excess carbon weakens the component’s “fracture toughness” in the face of the reactor’s extreme pressure and temperature. Failure of a weakened component during operation would initiate the loss of cooling to the reactor and a serious nuclear accident.
At-risk safety components potentially containing these flaws, and manufactured at the Creusot Forge, have been delivered to reactors in France, other countries and the United States over a period of decades.
The NRC published Areva’s list in January 2017 identifying the 17 operational U.S. reactors with the at-risk components from the French forge. However, the federal agency did not disclose that Crystal River also installed a Le Creusot-manufactured replacement pressure vessel head during the October 2003 refueling outage and then operated the unit for nearly a decade before permanently closing.
“This information provides the incentive to do material testing on a component here in the U.S. from the suspect forge,” Gunter added. “It is only common sense, when presented in effect with the corpse, that the NRC should autopsy Crystal River before the body is buried,” he continued. ”This is a chance to better understand scientifically what the potential risks are at operating reactors with Le Creusot parts rather than relying on computer modeling, simulation or speculation,” Gunter said. “
For the sake of science and public safety, it is fortuitous that Crystal River, which operated for nearly a decade with a possible Le Creusot replacement component, is now permanently shut down and can be materially examined,” Gunter concluded.
The carbon segregation problem was first discovered at the Areva-designed EPR reactor still under construction, and now well over budget and behind schedule, at the Flamanville Unit 3 in Normandy, France. French safety authorities are investigating and are expected to make a decision in September on whether to continue with the troubled Flamanville reactor which experts say does not meet the fracture resistance standards.
Beyond Nuclear petitioned the NRC on January 24, 2017 to suspend operations at the 17 affected U.S. reactors pending thorough inspections and material testing for the carbon contamination of the at-risk components and to open an investigation into the potential falsification of Le Creusot quality assurance documentation. To date, the NRC has accepted the petition in part for further review and in part referred the potential falsification of documents to the federal agency’s allegations unit.
Only one affected nuclear plant, Dominion Energy’s Millstone 2 in Connecticut, has conducted a visual inspection on a Creusot Forge component at the behest of the state energy authority, but did not observe any defects or cracking.
However, a French newspaper revealed last week that metal specimens harvested from the Flamanville Unit 3 reactor pressure vessel, and subjected to shock resilience testing, fell dramatically below regulatory performance standards. A newly surfaced memo (jn French) from a leading safety physicist at the prestigious Institute of Radioprotection and Nuclear Safety said that, if subjected to violent pressure-thermal shock, the EPR reactor pressure vessel could shatter. Such a rupture could lead to a major loss of coolant accident and subsequently a nuclear meltdown.
Students and researchers at research reactors should have background checks, warns Japan’s nuclear regulator

NRA urging background checks on students using Japan’s research reactors, Japan Times, 23 June 17 KYODO Japan’s nuclear regulator has urged universities to conduct background checks on students and researchers working at research reactors, as a step to ensure the proper handling of nuclear materials and prevent terrorism, a source said Thursday.
The check items include mental disorder and criminal records and those who have access to strictly controlled nuclear material storage areas at research reactors owned by universities will be subject to the new rule.
But the decision will likely raise concerns about privacy and human rights, legal experts say. University officials are concerned that the inquiries could also discourage students from becoming researchers in the nuclear industry.
The Nuclear Regulation Authority’s request comes after the International Atomic Energy Agency recommended the Japanese government conduct background checks on workers at nuclear power plants and those involved in decommissioning work at the Fukushima No. 1 nuclear power plant, crippled by the 2011 earthquake and tsunami.
Based on the recommendation, the nuclear safety watchdog decided last year to conduct background checks on workers at nuclear plants. Plant operators plan to start the checks as early as this fall.
A total of 17 check items also include students’ and researchers’ names, nationalities, employment history and addiction to alcohol, the source said……..http://www.japantimes.co.jp/news/2017/06/23/national/nra-urging-background-checks-students-using-japans-research-reactors/#.WU14LpKGPGg
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