Cause of radiation accident at Waste Isolation Pilot Plant (WIPP) still unknown
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Cause of New Mexico nuclear waste accident remains a mystery , LA Times, By RALPH VARTABEDIAN contact the reporter 24 Aug 14 A 55-gallon drum of nuclear waste, buried in a salt shaft 2,150 feet under the New Mexico desert, violently erupted late on Feb. 14 and spewed mounds of radioactive white foam.
The flowing mass, looking like whipped cream but laced with plutonium, went airborne, traveled up a ventilation duct to the surface and delivered low-level radiation doses to 21 workers.
The accident contaminated the nation’s only dump for nuclear weapons waste — previously a focus of pride for the Energy Department — and gave the nation’s elite ranks of nuclear chemists a mystery they still cannot unravel.
Six months after the accident, the exact chemical reaction that caused the drum to burst is still not understood. Continue reading
Should Japan take the nuclear power risk again?
Should Japan restart its nuclear reactors? Cyprus Mail, 22 Aug 14, By Arnie Gundersen Only luck and real courage at 14 nuclear reactors on Japan’s Pacific coast overcame the technical failures of nuclear power and prevented the nation from being destroyed by radiation.
The untold story of March 11, 2011 is how close Japan came to three more spent fuel pool fires at Fukushima Daiichi and four meltdowns at Fukushima Daini.
When the magnitude 9.0 earthquake off the Pacific coast caused a seismic shock wave that reverberated throughout northern Japan, the country’s nuclear plants shut down automatically, as planned, preventing any further nuclear chain reactions.
Therein lies nuclear power’s fatal flaw, because an automatic shutdown does not stop the ongoing heat generated inside each nuclear reactor.
When uranium atoms split (a process called fission), they release tremendous energy, as well as rubble. Even when the chain reaction stops, the highly radioactive rubble emits decay heat that continues for years. Automatic shutdown simply means that no new nuclear fissions will occur……..
When the tsunami struck, the cooling equipment along the shoreline was turned into a scrap yard of twisted metal. Even if they had not been flooded, without operational shoreline pumps, the emergency diesel generators were doomed to fail, making it impossible to cool the nuclear core. In truth, the utter destruction of the shoreline pumps caused the triple meltdown at Fukushima Daiichi.
The tsunami also wrecked cooling pumps at eight other reactors located at Fukushima Daini, Onagawa, and Tokai.
Twenty-four of the 37 emergency diesel generators located at four separate nuclear power sites, which contained a total of 14 nuclear reactors, failed during the tsunami. Of the 24 diesel generators that failed, only nine failures were due to flooding (eight at Fukushima Daiichi and one at Fukushima Daini). The other 15 diesel generators were not flooded, but were disabled when the tsunami wrecked their shoreline cooling pumps.
The situation in Japan was dire when the sun set on March 11, 2011. At Fukushima Daiichi, three reactors were melting down and three spent fuel pools were at risk of catching fire because they could not be cooled. Conditions were also worsening at Fukushima Daini’s four reactors.
It was good fortune and extreme courage that saved Japan and its people from a more tragic catastrophe………
If the earthquake and tsunami had begun at night, only 200 employees would have been working at these plants. With roads and bridges destroyed, none of the necessary staff would have been able to return to work.
Now, more than three years after the Fukushima Daiichi disaster, shoreline cooling pumps throughout the world – including in Japan – remain unprotected from flooding or terrorist attacks.
Japan is prone to earthquakes and tsunamis. Is reopening its nuclear plants worth the risk to its people and their homeland?
The simultaneous technological failure at 14 nuclear reactors due to a single natural phenomenon clearly shows that the nuclear engineers who envisioned and designed nuclear power failed to expect the unexpected.
Unfortunately, the nuclear industry continues to push its message that nuclear power can be made safer. Fukushima, and before it Chernobyl, shows us that nuclear technology will always be able to destroy the fabric of a country in the blink of an eye. http://cyprus-mail.com/2014/08/22/should-japan-restart-its-nuclear-reactors/
Catastrophic Risk if Nuclear Regulatory Commission relaxes waste safety rules
that they should just stop making the stuff!
Ruling on Nuclear Waste Storage Could Create a “Catastrophic Risk” Regulators may let companies store radioactive rods in on-site pools for up to 120 years. Mother Jones, —By Josh Harkinson Fri Aug. 22, 2014 Strict safety controls sought by environmental groups for the storage of radioactive waste at dozens of nuclear power plants may fall to the wayside under a rule that’s expected be approved by the Nuclear Regulatory Commission next week. According to a congressional source who does not wish to be identified, the NRC is rushing to vote on the rule before the September retirement of Commissioner William Magwood, an ally of the nuclear power industry.
The rule would establish that the environmental risks of storing spent fuel in pools of water at reactor sites for extended periods are negligible and for the most part don’t need to be studied as part of the licensing requirements for nuclear power plants.
But critics of the rule say that the NRC is blatantly ignoring its own research, which shows that the practice could lead to serious disasters: “You will have all the waste sitting, basically, in a giant swimming pool,” the source says, “and the potential of the swimming pool draining or being breached by an accident or an attack or a power loss that causes the water to boil off—all of those things would have impacts that the NRC’s own analysis says would equal that of a meltdown of the reactor core.”
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Existing nuclear plants are designed to store spent fuel for no more than a few years but have accumulated large stockpiles of it due to repeated delays in plans to build a permanent repository in Nevada’s Yucca Mountain. In 2010, the Obama administration canceled the $15 billion Yucca project, raising the distinct possibility that a single geologic waste storage site may never be built. In 2012, the Natural Resources Defense Council successfully sued to force the NRC to stop licensing nuclear reactors until the commission conducted an environmental impact study on the long-term risks posed by on-site waste—including the possibility that those temporary storage sites will become permanent. The completed study, along with the new rule, is expected to be approved by the NRC on Tuesday, over the strong objections of environmental groups.
The NRC rule would pave the way for nuclear waste to be stored in open cooling pools at reactor sites for up to 120 years—and up to 60 years after a reactor is decommissioned. Environmental groups say that’s way too long. “The pools are a catastrophic risk,” says Kevin Kamps, the radioactive-waste watchdog for a group called Beyond Nuclear. Many pools are holding up to four times as many spent rods as intended. Packing so many rods into the pools dramatically increases the risk of a fire should a leak cause the cooling water to drain. A 2013 NRC study found that a pool fire could contaminate 9,400 square miles and displace 4 million Americans from their homes for years.
The NRC’s assumption that operators will guard and maintain their waste for decades after their plants are decommissioned is laughable to many enviros. In comments submitted to the NRC last December, the NRDC pointed to “the sad history” of managing hazardous waste in America, which often involves commercial operations going bankrupt and saddling taxpayers with the cleanup.
Even at operable nuclear plants, about a dozen waste storage pools are known to be leaking, including one at New York’s Indian Point reactor, which is discharging radioactive water into the Hudson River. To minimize the risk of disaster, environmental groups want the industry to immediately move its waste into thick concrete-and-steel dry casks at a cost of roughly $7 billion. But in a 4-1 vote earlier this year, the NRC ruled that this wouldn’t be cost-effective…….
Environmental groups hope the new commission will break with its industry-friendly past. “The industry crawls all over that place in terms of lobbying,” Kamps told me. “They own that place.” http://www.motherjones.com/environment/2014/08/nuclear-regulatory-commission-radioactive-waste-magwood
Los Alamos worker sold nuclear secrets
Los Alamos worker imprisoned for selling nuclear secrets CBS News, 21 Aug 14 A former contract employee at Los Alamos National Laboratory in New Mexico was sentenced to a year and a day in federal prison, the Justice Department said Wednesday.
Marjorie Roxby Mascheroni, 71, of Los Alamos, N.M., pleaded guilty to passing “classified nuclear weapons data to a person believed to be a Venezuelan government official,” and to lying to the FBI, the DOJ said in a statement.
Mascheroni is a Ph.D. physicist. Her husband was also a Los Alamos employee who pleaded guilty to similar charges. He has not been sentenced yet. Both were indicted in 2010……..http://www.cbsnews.com/news/los-alamos-worker-imprisoned-for-selling-nuclear-secrets-to-apparent-venezuelan-official/
USA Nuclear Regulatory Commission the victim of cyber attacks
U.S. government’s nuclear watchdog victim of cyber attacks -report, Yahoo7 News
August 20, 2014, By Jim Finkle BOSTON (Reuters) – The U.S. Nuclear Regulatory Commission was “successfully hacked” three times in recent years in attacks involving tainted emails, according to an internal investigation on cyber attacks at the agency, Nextgov.com reported on Tuesday.
At least two of the attacks originated overseas, according to the report obtained by Nextgov, a rare public report with details of a cyber attack on the energy sector.
The publication said it obtained a copy of a report by the NRC’s Office of the Inspector General, which reviewed 17 suspected breaches from 2010 to 2013.
The report did not name the countries where the attacks originated or say if data had been stolen from the regulatory agency, which holds sensitive data on the nuclear power industry.
Reuters was not immediately able to access the report, which Nextgov said it obtained through a Freedom of Information request……..https://au.news.yahoo.com/a/24757967/u-s-governments-nuclear-watchdog-victim-of-cyber-attacks-report/
Lax security at Seabrook Nuclear Power Plant

7News Investigates: Security at Seabrook Nuclear Plant 7 News Aug 19, 2014 by Cheryl Fiandaca SEABROOK, N.H. (WHDH) – Seabrook Station Nuclear Power Plant is one of the 107 nuclear facilities in the country considered to be a potential terrorist target by Homeland Security. Now a long time Seabrook employee has come forward telling 7News he thinks the plant is vulnerable.
“We’re not checking who’s coming on and off the property,” the employee, who asked to not be identified, said.
It seemed like no one was checking on three different days this summer when 7News videotaped cars coming and going through an unmanned employee gate at Seabrook Station.
No one approached the crews and security patrols never passed the area, even with the cameras no one questioned the 7News photographers and reporters.
The employee said it has been nearly a year since there was a person manning the employee entry.
“You’d be able to see where upgrades have been placed in, where defensive positions are, where alarmed fences are at.”………
“It doesn’t take a security expert to know that a nuclear power plant is a place that would be an attractive target and would cause unimaginable mayhem and injury,” Amore said…….An unmanned gate may not be the only concern: a recent study initiated by the defense department claims significant security gaps exist at the nation’s nuclear power plants. http://www.whdh.com/story/26311206/7news-investigates-security-concerns-at-seabrook-power-plant
Safety problems, toxic spill, in Canada’s uranium industry
Nuclear watchdog requests safety checks after B.C. mine breach CTV News, Dene Moore, The Canadian Press August 19, 2014 VANCOUVER –– A toxic spill from a British Columbia mine has prompted the country’s nuclear watchdog to request a series of checks at uranium facilities.
The Canadian Nuclear Safety Commission will discuss the failure of the tailings pond at the Mount Polley gold and copper mine during a meeting Wednesday.
In the interim, the commission has asked the uranium mining and milling operations it oversees to ensure that all necessary inspections and monitoring are in compliance with licence conditions……..
The breach sent 10 million cubic metres of waste water and 4.5 million cubic metres of silt into a network of salmon-bearing lakes and rivers near Likely, 600 kilometres northeast of Vancouver.
The reason for the failure at Mount Polley is not yet known: http://www.ctvnews.ca/canada/nuclear-watchdog-requests-safety-checks-after-b-c-mine-breach-1.1966932#ixzz3AzIudlBn
Europe’s aging reactors: increasing safety and cost problems
With exposure to radiation, high temperatures and pressure, the components of nuclear plants take a battering over time. “They can, for example, become more brittle, susceptible to cracking or less able to cope with temperature extremes,” said Anthony Froggatt, senior research fellow at London-based thinktank Chatham House.
Insight: The cost of caring for Europe’s elderly nuclear plants LONDON (Reuters)
18 Aug 14, – Europe’s ageing nuclear fleet will undergo more prolonged outages over the next few years, reducing the reliability of power supply and costing plant operators many millions of dollars.
Nuclear power provides about a third of the European Union’s electricity generation, but the 28-nation bloc’s 131 reactors are well past their prime, with an average age of 30 years.
And the energy companies, already feeling the pinch from falling energy prices and weak demand, want to extend the life of their plants into the 2020s, to put off the drain of funding new builds…….
as nuclear plants age, performance can suffer, and outages – both scheduled and unplanned – rise.
With nuclear safety in the spotlight since the 2011 reactor meltdown at Japan’s Fukushima plant – which in turn prompted Germany to call time on its entire nuclear fleet – operators can take no chances with their elderly plants, but the outages get longer and more difficult.
“These reactors were designed over 30 years ago. The people involved are either retired or dead, and most of the companies involved no longer exist,” said John Large, an independent nuclear engineer and analyst who has carried out work for Britain’s Atomic Energy Authority.
Jean Tandonnet, EDF Group’s nuclear safety inspector, said in January that its French fleet last year had a series of “problematic unit outages”, and scheduled outages were extended by an average of more than 26 days. Regular maintenance and major equipment replacement jobs had increased by 60 percent in the last six years, he said. France is the EU’s nuclear leader, its 58 reactors producing nearly three quarters of the country’s electricity. France’s nuclear watchdog will make a final decision on whether to extend the life of the French fleet to 50 years in 2018 or 2019. EDF has estimated the extension would cost 55 billion euros.
“The average age of the (French) reactors is now about 30 years, which raises questions about the investment needed to enable them to continue operating, as ageing reactors increasingly need parts to be replaced,” according to the World Nuclear Industry Status report 2014.
SAFETY FIRST
Though the EU has conducted risk and safety tests on the bloc’s nuclear plants, environmental campaigners say the tests failed to address risks associated with ageing technology, among other things.
With exposure to radiation, high temperatures and pressure, the components of nuclear plants take a battering over time. “They can, for example, become more brittle, susceptible to cracking or less able to cope with temperature extremes,” said Anthony Froggatt, senior research fellow at London-based thinktank Chatham House.
“While this can be monitored, it can be problematic if ageing occurs at a greater rate than anticipated or it occurs in areas which are difficult to access or monitor,” he added.
As reactors age, there is also a risk of finding a generic design flaw that could affect all the reactors in a country if they are of the same design. ………..Additional reporting by Barbara Lewis in Brussels and Geert de Clercq in Paris; Editing by Will Waterman) http://www.firstpost.com/world/insight-the-cost-of-caring-for-europes-elderly-nuclear-plants-1668443.html
Geriatric disorders in old nuclear reactors – Britain, France and Belgium
Insight: The cost of caring for Europe’s elderly nuclear plants LONDON (Reuters) 18 Aug 14
“…………...GERIATRIC DISORDERS Britain has 16 reactors in operation that came online from the 1970s to 1990s, and all but one will be retired by 2023 unless they get extensions.
At the Wylfa plant in Wales – Britain’s oldest, at 43 years – the one remaining operational reactor was out of service for seven months this year. It was first taken down for maintenance, but the restart was delayed as new problems were discovered.
The reactor is scheduled to be taken out of service for good in September, but operator Magnox is seeking an extension to December 2015.
This week, EDF Energy took offline three of its nuclear reactors at its Heysham 1 and Hartlepool plants in Britain for inspection which are both 31 years old, after a crack was discovered on a boiler spine of another Heysham 1 reactor with a similar boiler design, which had already been taken offline in June. [POWER/GB]
The boilers will be checked for defects with thermal imagery done using robotics, and the firm will know more about what caused the fault after the inspections, which should take around eight weeks, the EDF Energy spokeswoman said. EDF Energy has been incorporating extra checks into its strategy for its ageing nuclear plants since it inherited them from previous operator British Energy, she said.
British Energy was delisted in 2009 following financial collapse. Several unplanned outages had reduced its power output, and its load factor – the ratio of actual output to its maximum capacity – fell to its lowest level of 56 percent in 2009, Britain’s National Archives show.
This compares with EDF’s average load factor for its French nuclear fleet of 73 percent in 2013, which is also down from its highest level of 77.6 percent in 2005, the company’s 2013 results show.
The fleet’s net output of electricity has declined from 429 terawatt hours in 2005 to 404 TWh last year, though this could be for a range of reasons, including weak energy demand.
Apart from reducing the reliability of Europe’s electricity supply, operators stand to lose many millions of euros from a single outage from lost electricity sales alone. Reuters calculations, based on industry estimates of lost daily electricity sales, show the outages at two EDF Energy plants could cost the firm some 155 million pounds during the outages from when they began in June or August to October, not including the costs of inspection and maintenance work.
Industry sources say the lost revenue from the loss of output at a 1 gigawatt plant could reach 1 million pounds a day.
British utility Centrica, which owns 20 percent of EDF Energy’s nuclear fleet, said on Monday the reduction in output would reduce its earnings per share by around 0.3 pence this year.
More than half of Belgium’s nuclear capacity is offline for maintenance. The three closed reactors are 29, 31 and 32 years old.
Though it doesn’t break out the nuclear data separately, statistics from Europe’s electricity industry association Eurelectric show both planned and unplanned outages mostly increased at thermal power plants in eight European countries examined, and periods of energy unavailability increased from around 12.8 percent in 2002 to 18.3 percent in 2011.
As the plants age, that can only increase. Additional reporting by Barbara Lewis in Brussels and Geert de Clercq in Paris; Editing by Will Waterman) http://www.firstpost.com/world/insight-the-cost-of-caring-for-europes-elderly-nuclear-plants-1668443.html
Sabotage of a nuclear reactor
Belgian Doel 4 nuclear reactor closed till year-end Major turbine damage forces closure till year-end By Geert De Clercq PARIS, Aug 14 (Reuters)
* GDF Suez confirms outage was due to sabotage
* Other reactors down, Belgian nuclear capacity halved
* Further outage set to impact GDF Suez earnings (Adds GDF Suez quote on sabotage, detail on capacity)
– Belgian energy company Electrabel said its Doel 4 nuclear reactor would stay offline at least until the end of this year after major damage to its turbine, with the cause confirmed as sabotage.
On Tuesday, Electrabel had said the plant would remain offline until Sept. 15 as it carried out repairs and investigated an oil leak that forced its closure on Aug. 5. Its French parent company GDF Suez confirmed the closure was due to sabotage.
The shutdown of Doel 4’s nearly 1 gigawatt (GW) of electricity generating capacity as well as closures of two other reactors (Doel 3 and Tihange 2) or months because of cracks in steel reactor casings adds up to just over 3 GW of Belgian nuclear capacity that is offline, more than half of the total.
The latest closure will put further pressure on the earnings of GDF Suez, which warned last month that the closure of the first two Belgian plants would push its 2014 group net recurring income to the lower end of its forecast range of 3.3 billion to 3.7 billion euros.
The French company said those outages would have an impact of about 40 million euros per month on net recurring income.
Electrabel said on Thursday the Doel 4 reactor had shut automatically on Aug. 5 following an oil leak in its steam turbine in the non-nuclear part of the plant. The firm said the leak had caused major damage to the turbine’s high-pressure section.
“Based on this partial analysis, Doel 4 will certainly not be available before Dec. 31, 2014,” Electrabel said.
A GDF Suez spokesman confirmed Belgian press reports about suspicion of sabotage.
“There was an intentional manipulation,” he said, adding that somebody had tampered with the system used for emptying oil from the Alstom-made turbine.
He said no outsiders had penetrated into the plant but declined to say whether an employee could have purposely caused the leak, as has been reported in some Belgian media.
He said Electrabel had filed a complaint and that the Belgian police had started an investigation.http://uk.reuters.com/article/2014/08/14/belgium-nuclear-doel-idUKL6N0QK43R20140814
Defects in EDF’s nuclear reactors could close down many reactors: a warning to France
Belgian Doel 4 nuclear reactor closed till year-end Major turbine damage forces closure till year-end By Geert De Clercq PARIS, Aug 14 (Reuters) “…In Britain, EDF Energy, owned by France‘s EDF, took three of its nuclear reactors offline for inspection on Monday after finding a defect in a reactor of a similar design.
The problems of the two French utilities with their reactors abroad may serve as a warning of possible generic flaws that could appear in EDF’s ageing nuclear park at home.
With 58 reactors in 19 nuclear plants, France is the world’s most nuclear-dependent country, relying on it for nearly three quarters of its power.
All of its plants are of the same basic Pressurised Water Reactor design, which means that a flaw discovered in one of EDF’s reactors could force the closure of others…..http://uk.reuters.com/article/2014/08/14/belgium-nuclear-doel-idUKL6N0QK43R20140814
A truly ‘hot’ export – Japan’s radioactive cars
Japan’s ‘Hottest’ Export This Year – Radioactive Cars Zero Hedge by Tyler Durden on 08/11/2014 At the start of the year, Russia said ‘nyet’ to 132 Japanese cars imported through Vladivostok due to high radiation levels. Fast forward seven months and as AutoWeek reports, it appears the Japanese are up to their old tricks – desperate to make Abenomics look like it’s working by jamming exports higher – a total of 70 used cars imported from Japan and found to have increased levels of radiation are being stored in Bishkek, Kyrgyzstan. The import of used Japanese cars is big business in Central Asia, especially in Mongolia and the Russian far-east regions, but several batches of cars have been seized by the government during the last three years – despite ‘agreements’ from Japan……..http://www.zerohedge.com/news/2014-08-11/japans-hottest-export-year-radioactive-cars
The terrorism risk of new geewhiz nuclear reactors – theme for August 14
The promoters of the Integral Fast Reactors’ (IFRs), Liquid Fluoride Thorium Reactor ( LFTR), and Small Modular Reactors (SMRs) like to pretend that these geewhiz new schemes are quite different from the well known dirty, dangerous, and expensive nuclear power plants.
Note the way that they carefully leave out the word “nuclear” from the titles.
First of all – they depend on the whole vulnerable nuclear chain for their existence, anyway.
For now, I’ll leave aside those matters of Cost, Environment, Radioactive Wastes – and just look at the much touted Safety of these supposedly different new electricity producers.
PRISM (Power Reactor Innovative Small Modular) latest manifestation of much-hyped but non-existent IFRs: It would require converting plutonium oxide powder into a metal alloy, with uranium and zirconium. This would be a large-scale industrial activity on its own that would create large amount of plutonium contaminated salt waste. This plutonium metal would be even more vulnerable to theft for making bombs than the plutonium oxide.
Smaller versions of present-day pressurized water reactors, planned to be built underground, will be hard to get to, in an emergency situation. Pebble-bed reactors- high-temperature gas-cooled reactors (HTGRs) run risk of cracking of their tiny fuel kernels, and of temperature rise, resulting in Chernobyl-type graphite fire.
Thorium The risks inherent in nuclear reactors are due to the massive concentrations of radioactive materials and the huge amount of heat they produce . No matter if the fuel is based on uranium or thorium, if it’s solid or liquid. Thorium itself can’t be used as weapons fuel – but to be used in a nuclear reactor it has to be transmuted into the fissile uranium isotope, U-233, which can be used for nuclear weapons.
While the entire chain leading to these new, and non-existent reactors carries terrorism risks, the end result is just as vulnerable or more so . In the case of Small Modular Reactors this means not just a few targets for terrorism, but multiple targets. That means more safety regulations, more security guarding – and then of course – more costs too. It is a particularly vicious cycle!
Massive, decaying, dangerous, weapons empire at Oak Ridge
Y-12: Poster child for a dysfunctional nuclear weapons complex Robert Alvarez, Bulletin of the Atomic Scientists 6 Aug 14 “……The United States halted production of new nuclear weapons in 1989, with the end of the Cold War. But the US nuclear weapons complex—composed of eight key facilities that have an annual budget exceeding $8 billion—has stumbled on, in the form of a massive, decaying empire that in many cases does its work poorly or dangerously, or both. The Y-12 National Security Complex is the poster child for much of what ails the weapons complex. Although Y-12 has not produced weapons for some 25 years, its annual budgets have increased by nearly 50 percent since 1997, to more than $1 billion a year.
For decades, the Energy Department—which manages the weapons complex through the National Nuclear Security Agency (NNSA)—has not been able to reconcile competing objectives at the 811-acre Y-12 site, whether they involve storage areas for HEU and other fissile materials, the restarting of old weapons facilities, environmental cleanup, the building of new weapons facilities, or the downsizing of the site. As a result, costs have significantly increased, and long-standing problems have continued, unresolved, for years that have run into decades. For every dollar spent to maintain and modernize the US nuclear weapons stockpile, nearly three dollars is spent “to provide the underlying infrastructure” for maintenance and modernization at Y-12.
Long-term secrecy and isolation have created a dangerous form of hoarding at Y-12; a panoply of severe hazards continues to build up, constantly awaiting ever more costly mitigation in the future. But the stark reality is that there are no more cans to kick down the road. Y-12 has inexorably caught up with its future. Its environmental and security problems are too threatening to leave unaddressed, and questions about its mission will have to be answered definitively in an age of budgetary austerity and relatively little need for new nuclear weapons…….
During its heyday, Y-12 produced some 1,000 CSAs per year. Now, its annual production capacity has dwindled to less than 100. Though the NNSA declares that Y-12 has multiple missions, including non-proliferation efforts that involve the downblending of HEU and the provision of fuel for the Navy’s nuclear-powered submarines, nearly 99 percent of its budget comes from funds dedicated to maintain the US nuclear weapons stockpile. More than anything, Y-12 serves to stockpile thousands of CSAs from discarded nuclear weapons, as well as depleted uranium, lithium, and other hazardous chemicals…….. the Government Accountability Office finds that “NNSA’s decision to retain many CSAs … poses significant challenges to Y-12’s ability to plan its disassembly workload.” Although exact numbers have been classified since the 1990s, there are likely several thousand excess CSAs, containing hundreds of tons of HEU, awaiting dismantlement at Y-12. ……
Around New Year’s Eve of 1996, a long-awaited vulnerability assessment of HEU storage at Energy Department sites was released. Y-12 had the most significant problems. Even though fires posed the greatest danger of radiation and chemical exposure to workers and the public, buildings, mostly constructed in the 1940’s, had deteriorated and had insufficient or non-existent fire-protection systems, despite the very real possibility of a truly catastrophic fire and resulting release of radiation. It wasn’t until 14 years later that a replacement facility for the aged wooden structure serving as the main HEU storage warehouse was opened; it cost five times the original construction estimate. That facility gained notoriety in August 2012, after nonviolent peace protestors, including an 84-year-old nun, penetrated its security barriers……..
From 1997 to 2006, there were 21 fires and explosions at Y-12 involving electrical equipment, glove boxes, pumps, waste containers, and nuclear and hazardous chemicals. Several resulted in worker injuries and destruction of property. ……….. In March 2014, a large portion of a concrete ceiling collapsedin a building that was once part of the weapons operation. It was a near miss: Foot-long concrete pieces bounced onto walkways and an area where welders had been working just a day before. …..
In April 2014, the NNSA released a “red team” report, led by the director of Oak Ridge National Laboratory, on the troubled UPF. The team’s most significant recommendation was to rethink a basic, “big-box” approach that would create a UPF to serve multiple functions in one structure. Instead, to hold the line at an estimated $6.5 billion for design and construction costs, the team recommended going back to the drawing board to effectively reduce the size and scope of the project. Meanwhile, in recognition of the growing hazards associated with a deteriorating infrastructure for storing “materials at risk,” the team recommended that greater emphasis should be given to safe consolidated storage of materials, deferred maintenance, and safety upgrading……….
Regardless of the wisdom of or need for an asteroid-protection program, the future of Y-12 should be focused on earthly realities: cleaning up the environment, decontamination and decommissioning of facilities, stabilizing nuclear and other hazardous materials, and the dismantlement of a large excess stockpile of weapons components. There is a very real need to replace the collapsing infrastructure at Y-12 with facilities that can accomplish these goals.
Protecting the planet from asteroids is a poor rationale for failing to deal with the environmental, safety, financial, and health challenges the Y-12 site poses to the people who live in the area, and to the country as a whole. http://thebulletin.org/y-12-poster-child-dysfunctional-nuclear-weapons-complex7361
Threat of global terrorism means that USA and Russia must work together
From Russia-US relations to global terrorism, nuclear insecurity is as big a threat as ever PRI’s The WorldProducer Nina Porzucki August 05, 2014 ·
This is what the US Department of Energy said last week in a report they released: “Effective nuclear security for all stockpiles worldwide will be almost impossible to achieve without Russia and the United States working together.”
President Barack Obama said as much himself at the Nuclear Security Summit held in Holland this past March.
“It is important for us not to relax, but rather accelerate our efforts over the next two years, sustain momentum, so that we finish strong in 2016,” he said.
But accelerating they are not. In the wake of the annexation of Crimea and turmoil in eastern Ukraine, relations have actually taken a step backward.
This is not the direction that relations should be going warns Matthew Bunn, who directs the “Managing the Atom Project” at the Belfer Center for Science and International Affairs at Harvard. Halting cooperation doesn’t just punish the Russians.
“We are investing in nuclear in Russia not as a favor to the Russians but as an investment to our own security. It’s important to us that this material — and the Russians have the largest stockpile in the world — be secure and it does not fall into terrorist hands,” Bunn said……..http://www.pri.org/stories/2014-08-05/russia-us-relations-global-terrorism-nuclear-insecurity-big-threat-ever
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