Leningrad Nuclear Plant accident: radiation spike: mass panic
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Mass panic as radioactive cloud pours from nuclear plant — Radiation levels reportedly spike near reactor after emergency shutdown — Traffic jams as people evacuate area — “Everyone got very worried and rushed to get iodine” (PHOTOS) http://enenews.com/mass-panic-radioactive-steam-pours-nuclear-plant-radiation-levels-spiked-area-plant-traffic-jams-people-evacuate-area-everyone-very-worried-rushed-iodine-photos?utm_source=feedburner&utm_medium=email&utm_campaign=Feed%3A+ENENews+%28Energy+News%29
Express, Dec 21, 2015 (emphasis added): Russians flee Chernobyl-style plant over fears of radioactive leak — Russians took iodine and caused traffic jams… amid fears officials were covering up a radioactive leak. The panic followed the emergence of pictures showing a cloud of vapour pouring from Leningrad Nuclear Power Plant, some 50 miles from St Petersburg. The authorities insisted that the was no radioactive leakage… but people did not believe the “no danger” claim. Radio Svoboda reported that in the wake of the incident on Friday locals in Sosnovy Bor started withdrawing money from their credit cards. They said locals were in panic mode despite statements from officials that the radiation level was normal… One local said: “Everyone got very worried and rushed to get iodine.”… There were traffic jams as residents left the area and headed for St Petersburg… The plant manager (not pictured) insists there are no reasons for evacuation. [Oleg Bodrov, chairman of Green World ecological group] said: “They know well that the officials’ first task is to say all is normal but not to report about danger, even if there is one. All those who understand a bit about nuclear energy know that it was an attempt to mistake the wish for the reality… this vapour is surely radioactive… Bodrov called for medical checks for staff at the power plant. Interfax reported that a special commission was working at the nuclear station aiming to find out the reasons for the emission.
Daily Mail photo captions: A cloud of vapourpouring out of Leningrad Nuclear Power Plant in St Petersburg caused mass panic… Russian radio reported St Petersburg residents rushing out to buy iodine to protect against radiation poisoning after spotting the steam flowing out of the power station… The billowing vapour spreads across buildings
QHA, Dec 19, 2015: Accident occurred at Leningrad Nuclear Power Plant (PHOTO) — Eyewitnesses of the accident and theinhabitants of the Russia’s northern capital are scared. The second unit was stopped at the station… The accident occurred at the second power unit when a pipe with steam cracked in turbine hall yesterday. The steam filled the room, and leaked beyond the power plant. The employees of the Leningrad Nuclear Power Plant (LNPP) had to go home… According to specialists, the release was radioactive, because the waste steam entered the so-called loop reactor coolant. However, the population was encouraged not to panic.
Baltic Newsletter of the Green World, Dec 20, 2015: An emergency stop of the second power unit of Leningrad Nuclear Power Plant took place… The reason for the stop and cooling of the reactor was a sudden leak of radioactive steam from a faulty pipe in one of the rooms of the turbine shop… During the cooling – down step, the reactor steam was ejected through the pipe into the environment. A south – southeast wind of 5 meters per second (not typical for this area) blew the radioactive steam toward the Gulf of Finland… Thus, the five millionth city of St. Petersburg, located 40 km east of the Leningrad Nuclear Power Plant was fortunate this time. According to some sources , the radiation level rose a few times higher than the background radiation only in the NPP area.
Accident at The Leningrad Nuclear Power Plant
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Another Accident at Russian Nuke http://www.dailykos.com/story/2015/12/20/1462217/-Another-Accident-at-Russian-Nuke Just a heads-up. The Leningrad Nuclear Power Plant west of St. Petersburg on the Gulf of Finland suffered an accident on December 18th, according to the Crimean News Agency. A pipe carrying steam from the reactor in the second BWR [Boiling Water Reactor] plant apparently “cracked” [burst, failed] in the turbine hall, releasing radioactive steam and forcing an evacuation of the facility after the reactor was manually scrammed. This would be unit-2 of at the 4-unit facility.
The accompanying photo [on original] was taken of the Leningrad unit-2 plant today (December 20, 2015), showing that radioactive steam is still being emitted in bulk to the atmosphere. Officials at the facility did say they don’t “think” the situation will develop into another Chernobyl. That does not sound particularly reassuring to me, but so far so good.
The four reactors at LNPP are the RBMK-1000 design of Chernobyl type graphite moderated plants. Two more reactors of the newer VVER-1200 type were granted construction license in 2009 and 2010, the first scheduled to go into commercial operation in 2016, and two more are planned in the future.
The population near the plant was encouraged not to panic, as winds are carrying the plume of radiation toward Estonia and Finland. A Latvian news source reported that the government assured citizens there was no danger from the release, the Finnish monitoring stations aren’t showing a spike at present, 3 stations did mark one on the coast east of Helsinki (likely plume path), reaching up to .3µSv/hr on the 18th/19th. Which is .03mr/hr, just above background average.
Measurements of radiation in downtown Sosnovy Bor, 5 km [~3 miles] from the plant, were up to 20mr/hr* (a level about twice the average daily dose most non-grunt workers on the Island at TMI2 absorbed in the days/weeks after that meltdown), so let’s at least hope the residents were warned to “shelter in place” for the duration of this ongoing accident. And have some idea of how to do that properly. Area and regional pharmacies are reported to have ordered potassium iodide, so residents could be getting that. Radiation levels in St. Petersburg, a city of 5 million ~40 miles west of the nuclear facility, are reported to be normal.
The reactors at Leningrad have been plagued with accidents on a semi-regular basis since 1975, most never reported to the media or public. Including one accident at unit-1 in 1975 that came dangerously close to the very same accident later experienced at Chernobyl.
* The reported peak figure of 20mr/hr in the nearest town — which is indeed suspiciously high — is pointed out in the comments to be a mistranslation of µR (microrem) as mR (millirem). Which isn’t enough radiation to register above the considerably higher background. If indeed the Russians have taken to measuring and reporting radiation dose exposures in Rem/Rad instead of the internationally used Sievert. A very odd thing for them to do all of a sudden with this accident when they never did before, but technical deception is a regular art form with nukes of all nationalities. No surprise there.
Vulnerability of India’s nuclear materials to theft
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India’s nuclear explosive materials are vulnerable to theft, U.S. officials and experts say. But Washington has chosen not to press for tougher security while its trade with India is booming, Center For Public Integrity, By Adrian Levy
R. Jeffrey Smith 17 Dec 15 “…….. officials here and outside India depict as serious shortcomings in the country’s nuclear guard force, tasked with defending one of the world’s largest stockpiles of fissile material and nuclear explosives.
An estimated 90 to 110 Indian nuclear bombs are stored in six or so government-run sites patrolled by the same security force, according to the Stockholm International Peace Research Institute, an independent think tank, and Indian officials. Within the next two decades, as many as 57 reactors could also be operating under the force’s protection, as well as four plants where spent nuclear fuel is dissolved in chemicals to separate out plutonium to make new fuel or be used in nuclear bombs.
The sites are spread out over vast distances: from the stony foothills of the Himalayas in the north down to the red earth of the tropical south. Shuttling hundreds of miles in between will be occasional convoys of lightly-protected trucks laden with explosive and fissile materials — including plutonium and enriched uranium — that could be used in civilian and military reactors or to spark a nuclear blast.
The Kalpakkam shooting as a result alarmed Indian and Western officials who question whether this country — which is surrounded by unstable neighbors and has a history of civil tumult — has taken adequate precautions to safeguard its sensitive facilities and keep the building blocks of a devastating nuclear bomb from being stolen by insiders with grievances, ill motives, or in the worst case, connections to terrorists.
Although experts say they regard the issue as urgent, Washington is not pressing India for quick reforms. The Obama administration is instead trying to avoid any dispute that might interrupt a planned expansion of U.S. military sales to Delhi, several senior U.S. officials said in interviews.
The experts’ concerns are based in part on a series of documented nuclear security lapses in the past two decades, in addition to the shooting:
- Several kilograms of what authorities described as semi-processed uranium were stolen by a criminal gang, allegedly with Pakistani links, from a state mine in Meghalya, in northeastern India, in 1994. Four years later, a federal politician was arrested near the West Bengal border with 100 kilograms of uranium from India’s Jadugoda mining complex that he was allegedly attempting to sell to Pakistani sympathizers associated with the same gang. A police dossier seen by the Center states that ten more people connected with smuggling were arrested two years after this, in operations that recovered 57 pounds of stolen uranium.
- In 2008, another criminal gang was caught attempting to smuggle low-grade uranium, capable of being used in a primitive radiation-dispersal device, from one of India’s state-owned mines across the border to Nepal. The same year another group was caught moving an illicit stock of uranium over the border to Bangladesh, the gang having been assisted by the son of an employee at India’s Atomic Minerals Division, which supervises uranium mining and processing.
- In 2009, a nuclear reactor employee in southwest India deliberately poisoned dozens of his colleagues with a radioactive isotope, taking advantage of numerous gaps in plant security, according to an internal government report seen by the Center.
- And in 2013, leftist guerillas in northeast India illegally obtained uranium ore from a government-run milling complex in northeast India and strapped it to high explosives to make a crude bomb before being caught by police, according to an inspector involved in the case. Continue reading
Los Alamos National Security loses contract to manage nuclear weapons lab after 2017
Contract to manage federal nuclear weapons lab up for grabs after 2017 http://www.nwherald.com/2015/12/21/contract-to-manage-federal-nuclear-weapons-lab-up-for-grabs-after-2017/apybmgs/ By The Associated Press LOS ALAMOS, N.M. – The $2 billion contract to manage one of the federal government’s premier nuclear weapons laboratories will be up for grabs after 2017. The National Nuclear Security Administration has decided not to grant an extension of Los Alamos National Security’s contract to run the Los Alamos National Laboratory.
Members of New Mexico’s congressional delegation say the reasons cited by the agency include a serious safety incident involving a worker, and the handling of enriched uranium at a Nevada facility in 2014.
The lab also has shared blame for errors that led to the indefinite closure of the federal government’s only underground nuclear waste repository in 2014.
The current contract expires in September 2017.
Lab Director Charlie McMillan told employees the lab’s latest review was better than the previous two but not good enough to ensure an automatic contract extension.
Transfer of Vermont Yankee’s dangerous nuclear used fuel trash to dry storage
Vermont Yankee to start moving spent nuclear fuel into dry storage in 2017 http://www.masslive.com/news/index.ssf/2015/12/vermont_yankee_to_start_moving.html By Mary Serreze | Special to The Republican On December 20, 2015 Entergy plans to start moving Vermont Yankee’s spent nuclear fuel into dry cask storage in 2017, two years earlier than originally anticipated, reports the online Vermont Digger.
The Louisiana-based Entergy announced the decision Wednesday, but the idea was first introduced in an October filing with the Vermont Public Service Board, as part of the company’s bid for approval to build a second concrete pad for spent fuel storage at the Vernon, Vermont site, located on the banks of the Connecticut River.
The 620-megawatt Vernon plant, which began operations in 1972, stopped producing power Dec. 29, but most of its spent fuel remains in wet storage in a pool inside the plant’s reactor building.
While dry storage is considered safer than wet storage, concerns have been raised about the transfer process, in which fuel is pulled from the pool, placed in casks, loaded onto a large, tracked vehicle nicknamed “Cletus” and moved slowly to the spent fuel pad, Vermont Digger reports.
Entergy remains under a 2020 deadline to move the fuel into dry cask storage. Under the federally-sanctioned SAFSTOR process, full decommissioning could take up to 60 years. Under SAFSTOR, Vermont Yankee would be “mothballed” until its decommissioning fund reaches the level necessary to clean up the entire site.
State and regional officials, as well as critics of the plant, have raised concerns about the overall decommissioning project’s financing, as well as the presence of non-radiological and radiological waste at the site. The dry cask storage plan will be funded with a $145 million line of credit, which Entergy plans to repay by suing the U.S. Department of Energy for breach of its contract to remove spent nuclear fuel from the Vermont Yankee site.
The Nuclear Regulatory Commission has approved the use of the plant’s decommissioning trust fund to pay for long-term fuel storage, although the state has challenged that decision in federal appeals court.
Mary Serreze can be reached at mserreze@gmail.com
Nuclear disaster drill: thousands evacuated near Japan’s Sendai Nuclear Power Plant
Thousands evacuated in disaster drills near Japan’s 1st post-Fukushima nuclear plant, Rt.com 20 Dec, 2015 About 3,600 officials and residents have taken part in nuclear disaster drills near Japan’s Sendai Nuclear Power Plant. The plant was the first to be reopened following the 2011 Fukushima disaster, despite warnings over tectonic risks.
The drills in Kagoshima Prefecture in southwestern Japan, within 30 km of the power plant, simulated a serious nuclear accident, Kyodo news reported. At least 1,200 residents who were living within 5 km from the Sendai plant were evacuated by buses and other vehicles.
These exercises assumed that the nuclear plant might have been hit by an earthquake ranked 6 or higher on the Japanese scale of 7 and the plant lost power sources which made it unable to cool its reactors……
Sendai is located near the volcanically active Kirishima mountain range. Mount Ioyama, located just 65 kilometers away from the plant, is experiencing tremors, prompting the Meteorological Agency to issue warnings. The government’s nuclear agency has dismissed volcanic risks over Sendai’s lifetime as “negligible,” however.https://www.rt.com/news/326571-japan-nuclear-plant-drills/
Danger of terrorist attacks on Japan’s nuclear plants

Nuclear power plants feared vulnerable to terrorist groups, Japan Times, BY REIJI YOSHIDA STAFF WRITER 20 Dec 15, Security at France’s 58 nuclear power plants was purportedly raised to its highest level last month as a result of the terrorist attacks in Paris, stoking concern over the safety of Japan’s nuclear facilities…….
“I can understand there are concerns after terrorist attacks like the ones in Paris,” said NRA Chairman Shunichi Tanaka at a news conference on Nov. 18. “For now, we will tighten security measures by asking (for the) cooperation of related organizations like the police,” he said.
But the NRA’s recent decision to revise its requirements to cope with terrorism has fueled fears over potential attacks on Japanese plants.
The NRA’s new safety rules, introduced in July 2013 based on lessons learned from the Fukushima crisis, gave nuclear plant operators five years to set up special backup facilities to cope with possible attacks.
The rules require the building of emergency backup operation rooms, backup water pumps and multiple water intake channels leading to reactor cores. If terrorists managed to cut power and paralyze the critical functions that keep the fuel rods cool, it could cause a meltdown and release a vast amount of radioactive material — just like when tsunami knocked out the cooling system of the Fukushima No. 1 power plant, triggering meltdowns at three of the six reactors there.
But at its Nov. 13 session, the NRA delayed the starting date of the five-year period, giving utilities extra time to make the deadline.
The time by which Kyushu Electric Power Co. has to build backup facilities for its two reactors recently reactivated at the Sendai nuclear plant, for example, was extended nearly two years to March 2020.
Anti-nuclear activists argue that preparations to counter potential attacks should start immediately, particularly since Prime Minister Shinzo Abe’s administration recently enacted a law that allows the Self-Defense Forces to feasibly take part in military operations with the United States.
“The terrorist threat to Japan has increased more than ever because of the (legalization of using the) right to collective self-defense,” said Hideyuki Ban, co-representative of the Citizens’ Nuclear Information Center in Tokyo.
Experts on the Middle East say the law makes Japan more visible to terrorists like the Islamic State group, which is believed to be targeting U.S. allies.
“The Islamic State has warned the pagan nation of Japan against further endangering lives of Japan’s citizens through Japanese support of the American crusade,” the jihadi extremist group said in the latest issue of its English-language online magazine Dabiq…….
Even before the Fukushima crisis, the U.S. expressed serious concern over the apparent lack of security at Japanese nuclear plants.
In May 2011, the whistle-blower website WikiLeaks released a number of documents it claimed were cables sent from the U.S. Embassy in Tokyo to Washington in 2006 and 2007.
In one cable dated Feb. 26, 2007, the U.S. expressed concerns by reporting “armed national police are present at certain nuclear power plants . . . in Japan, but they do not guard all facilities and contract civilian guards are prevented by law from carrying weapons.”……
Hideyuki Ban, with the Citizens’ Nuclear Information Center, said Japan should not reactivate more reactors, arguing none are designed to withstand suicidal attacks with large planes like the 9/11 attacks in New York and Washington in 2001.
“The steel plate of the primary containment vessel is only about 3 cm, and the outside concrete layer is not very thick,” Ban pointed out.
“A large airplane would burst right through a containment vessel if it was directly hit.”
The Japan Times asked the NRA and Tokyo Electric Power Co. to comment on Ban’s comments, but both declined. http://www.japantimes.co.jp/news/2015/12/20/national/nuclear-power-plants-feared-vulnerable-terrorist-groups/#.VncdG7Z97Gg
India has rebuffed offers of help to make its nuclear industry safer
India’s nuclear explosive materials are vulnerable to theft, U.S. officials and experts say. But Washington has chosen not to press for tougher security while its trade with India is booming, Center For Public Integrity, By Adrian Levy
R. Jeffrey Smith 17 Dec 15
“……..The Nuclear Threat Initiative, a nonprofit group in Washington, reported last year for example that India’s nuclear security practices ranked 23rd among 25 countries that possess at least a bomb’s-worth of fissile materials. Only Iran and North Korea fared worse in the analysis, which noted that India’s stockpiles are growing and said the country’s nuclear regulator lacked independence from political interference and adequate authority.
It said the risks stemmed in part from India’s culture of widespread corruption — which helped force the nation’s ruling Congress party from power in May 2014 — as well as its general political instability. “Weaknesses are particularly apparent in the areas of transport security, material control, and accounting, and measures to protect against the insider threat, such as personnel vetting and mandatory reporting of suspicious behavior,” the group’s report stated.
But India has rebuffed repeated offers of U.S. help. Gary Samore, President Obama’s coordinator for arms control and weapons of mass destruction from 2009 to 2013, said that at preparatory meetings for international summits on nuclear security in 2010 and 2012, “we kept offering to create a joint security project [with India] consisting of assistance of any and every kind. And every time they would say, to my face, that this was a wonderful idea and they should grasp the opportunity. And then, when they returned to India, we would never hear about it again.”
India also refused to collaborate with the Nuclear Threat Initiative project by sharing or confirming information about its practices, unlike 17 of the other 24 countries in the study. They responded ferociously to its conclusions, according to a researcher connected to the project, who was not sanctioned to talk about it. Officials at the Indian Atomic Energy Commission verbally attacked Ted Turner and Sam Nunn, the NTI’s founders, in conversations with Indian journalists, the researcher said……
Despite the celebration of close U.S.-Indian ties during President Obama’s visit to Delhi in January, “there is still no deep technical relationship” between the two countries on nuclear security issues, a White House official conceded in a recent interview, speaking on condition of anonymity. “We only hope that this will slowly change.”
At the moment, India is seeking three favors from Washington: It wants U.S. help to gain membership in the Missile Technology Control Regime, an international forum meant to limit the spread of nuclear-tipped missiles, which would give it access to certain otherwise restricted foreign space-launch technologies. And it wants to join the Nuclear Suppliers Group, composed of nations that agree to respect nonproliferation rules when they trade in nuclear-related technologies. Both ambitions reflect India’s desire to be accorded the status of a major world power, U.S. experts say.
It also wants to acquire U.S. defense technologies by co-producing weapons systems in India with key Pentagon contractors – an issue discussed between Secretary of Defense Ashton Carter and Indian defense minister Manohar Parrikar during the minister’s weeklong visit to Washington beginning on Dec. 4.
But the Obama administration decided not to use these issues as leverage to force better security measures for nuclear explosives, the senior U.S. official said, because of its judgment that doing so would only prompt India to walk away.
A former senior U.S. nonproliferation official said this was a mistake. Washington, he said on condition of not being named, “has allowed itself to be put into the position of not wanting to displease India for fear of putting things off-track” in its new, warming relationship, and it has wrongly “allowed the Indians to wall off things they are not interested in talking about” while its ties to the United States grow.
An official in Britain’s Foreign Office, who also spoke on condition he not be named, expressed a more jaundiced view of this reluctance to press Delhi harder.
“Nothing can be allowed to get in the way of investment in the capacious Indian market,” the British official said, describing the current American mindset. “India has effectively bought itself breathing space, over a lot of concerning issues, especially nuclear security, by opening itself up for the first time to significant trades with the U.S. and Europe.” The financial gains, he said, are “eye-watering.”
According to the U.S. Commerce Department, trade with India grew from $19 billion in 2000 to more than $100 billion in 2014. U.S. exports exceeded $38 billion — including substantial new U.S. arms shipments — supporting 181,000 U.S. jobs. Indian direct investment in the United States totaled $7.8 billion while U.S. investments reached $28 billion.
Washington, the British official explained, does not wish to provoke a spat over nuclear security simply because doing so could threaten this lucrative trade, which benefits many U.S. companies.
This is part four of a four-part series about india’s civil and military nuclear program, co-published with the Huffington Post worldwide and Foreign Policy magazine in Washington, D.C. The other articles can be found here: https://www.publicintegrity.org/national-security/nuclear-waste
R. Jeffrey Smith reported from Washington, D.C., and California. Adrian Levy is is an investigative reporter and filmmaker whose work has appeared in the Guardian, The Observer, The Sunday Times, and other publications. His most recent books are: The Meadow, about a 1995 terrorist kidnapping of Westerners in Kashmir, and The Siege: The Attack on the Taj, about the 2008 terrorist attacks in Mumbai. He reported from India and the United Kingdom. http://www.publicintegrity.org/2015/12/17/18922/india-s-nuclear-explosive-materials-are-vulnerable-theft-us-officials-and-experts
Anxieties about terrorism prompt Japan to increase nuclear security measures
Japan Is Trying to Terror-Proof Its Recently Reopened Nuclear Reactors http://gizmodo.com/japan-is-trying-to-terror-proof-its-recently-reopened-n-1748754635 Bryan Lufkin In August, Japan reopened its first nuclear reactors after an almost two-year hiatus that followed the 2011 earthquake and tsunami. Now, months later, Kyushu Electric Power Co. is preparing to guard the controversial energy source against terrorist attacks, too.
Asahi Shimbun reports that Kyushu Electric Power Co. will build off-site terror response centers near the two rebooted reactors at Sendai Nuclear Power Plant in Kagoshima Prefecture on Japan’s southern tip. That’s on the opposite side of the country from where the Fukushima quake, tsunami, and resultant nuclear disaster at the Daiichi power plant unfolded—but the government had issued a nationwide nuclear shutdown following the crisis.
The $775 million emergency centers aren’t a direct response to recent terrorist attacks across the globe. Their installation is part of nuclear safety guidelines that were rolled out in 2013. They will be installed in Kagoshima first, and will then be built elsewhere in Japan.
Among other safeguards, there’ll be a control room from which staff can remotely cool reactors in case an aircraft crashes into them. The company hopes to have installation finished by 2020, the same year nearly a million foreigners will be in the country for Tokyo’s Summer Olympic Games.
Japan—one of the most quake-prone nations on Earth—has seen a lot of public opposition in the face of the government’s return to nuclear energy after the Fukushima tragedy. Problem is, the island country is largely mountainous and fairly small, so it lacks a lot of natural resources, and importing energy like natural gas is expensive. (Japan is the world’s largest importer of liquefied natural gas.)
Meanwhile, with the heightened global presence of Islamic State supporters, the Japanese government has been more concerned about facing possible terror threats in the future. Earlier this year, ISIS kidnapped and executed two Japanese journalists in Syria.
While there’s no way to truly terror-proof something, at least these steps are barriers to catastrophe.
safety problems with Britain’s Trident ballistic missile submarine program
Britain’s nuclear arsenal is a ticking time bomb, The Week, Tom Barlow Brown, 18 Dec 15 the United Kingdom’s nuclear deterrent, the Trident ballistic missile submarine program, worth keeping?
For the British Parliament and much of the media, the problem is mainly the vast amounts of money spent to keep it going. According to the U.K. Ministry of Defense, the program’s total cost is £15-20 billion. Anti-nuclear campaigners give a figure of around £100 billion, give or take. At least, that’s how much it should rack up in costs over its 40 year lifespan.
However, what is less talked about is how both the submarines and the bases that maintain them have suffered from a series of glaring safety mishaps.
There are four Vanguard-class ballistic missile submarines currently in service with the Royal Navy. These 149.5-meter long, nuclear-powered vessels are relatively new — all of them having launched in the 1990s — but are aging fast. Each Vanguard-class submarine can carry up to 16 Trident II missiles, each one packing 12 independently-targetable nuclear warheads, meaning the nukes split off from the missile and explode in multiple locations. The actual number of deployed missiles and warheads, however, is a closely guarded secret.
Her Majesty’s Naval Base, Clyde in Scotland — otherwise known as Faslane — is the main base for the Royal Navy’s Trident subs, and has been exceedingly prone to accidents. The latest details come from a Royal Navy sailor-turned-whistleblower William McNeilly who published an 18-page report before going on the run.
McNeilly, writing under the pseudonym William Lewis, attacked the “military spin doctors” that he claimed distort the public’s knowledge of safety lapses. He detailed 30 accidents which range from the chilling to the ridiculous.
Among these were a fire in a missile compartment caused by a toilet rolls set too close to a cable, a range of problems with hydraulic systems and a general failure to follow safety procedures. The document also makes it clear that a number of safety issues were due to heavy cutbacks, resulting in a lack of qualified personnel…….
There are other concerns about safety at a different naval base in the United Kingdom — the Devonport dockyard, which is the largest naval base in Western Europe.
The most frightening of these accidents was the loss of power to the “nuclear ring” reactor cooling system of one submarine for 90 minutes. Had power not been restored, such an incident could have had potentially catastrophic consequences resulting in a major nuclear incident.
The dockyard is within walking distance of the city of Plymouth, home to around 250,000 people. Most of these residents would be in danger in the event of a reactor meltdown.
In 2011, a previously classified document authored by the base’s ex-safety regulator Commodore Andrew McFarlane warned that the reactors powering nuclear submarines based at Devonport were possibly unsafe……..
A House of Commons vote to renew Trident is expected in 2016.
After that, a fleet of replacement submarines will enter service in the early 2030s… if everything goes to plan. However, that is still a long way off, and the current class of Vanguard submarines will needs increasing amounts of maintenance to keep them running through the next decade.
The issue of Trident is back in the political limelight again with the current Labour Party and opposition leader Jeremy Corbyn looking to put scrapping the program on his party’s political agenda. In the meantime, it remains to be seen whether the Ministry of Defense will take any action on the program’s safety.
If they don’t, the consequences could be deadly serious.http://www.theweek.com/articles/594745/britains-nuclear-arsenal-ticking-time-bomb
Cyber dangers to Turkey’s planned Russian nuclear plant
Turkey’s planned Russian nuclear plant vulnerable to cyber threats, Today’s Zaman, 17 Dec 15 Turkey lacks the required policy tools, legal regulations and IT infrastructure to ensure that a planned Russian-made nuclear power plant in Akkuyu is well-guarded against a potential cyber-attack, according to a report released on Thursday that exposes a vital security gap amid the ongoing political crisis with Moscow.
In the wake of the month-long political spat with Moscow, the idea of a Russian-operatednuclear plant on Turkish soil brings to Turkish skeptics’ minds a number of questions from crisis management to security gaps. Russian officials moved to soothe such concerns over the planned nuclear plant, but some civil society groups and Turkish experts are still posing serious questions over the issue. Among the major concerns, the threat of a cyber-attack is considered the most critical, or Turkey’s Achilles heel, according to a report released by the İstanbul-based Centre for Economics and Foreign Policy Studies (EDAM)……. http://www.todayszaman.com/business_turkeys-planned-russian-nuclear-plant-vulnerable-to-cyber-threats_407281.html
Belgium’s nuclear restart causes anxiety in adjacent North Rhine-Westphalia
Belgium ‘playing Russian roulette’ with relaunch of nuclear reactor, says fuming Germany, Rt.com 16 Dec, 2015 Belgium, plagued by a series of nuclear mishaps in recent years, has restarted its ageing Tihange 2 reactor after a nearly two-year shutdown. Neighboring Germany is angered by the relaunch amid fears it could result in a Fukushima-style meltdown.
Belgian power utility Electrabel says it put Tihange 2, first launched in 1983, back in service on Tuesday night “in complete safety.” But officials in adjacent North Rhine-Westphalia (Germany’s most-populous state) say there’s a storm brewing, recalling the fact that three of Belgium’s seven reactors were closed at one point, in two cases due to the discovery of micro-cracks in Tihange 2’s reactor casings.
“The Belgian government is playing Russian roulette. Tihange is a reactor in ruins,” North Rhine-Westphalian Environment Minister Johannes Remmel said Tuesday, according tosudinfo.be.
North Rhine-Westphalia’s economy minister, Garrelt Duin, also warned against the relaunch of Tihange, calling it “a big mistake.”
Four of Germany’s 10 biggest cities (Cologne, Düsseldorf, Dortmund and Essen) are in North Rhine-Westphalia. The city of Aachen, only 60km from Tihange, said it had explored legal options to stop the reopening of the reactor, but those efforts were in vain.
“To restart a reactor that has cracks is irresponsible and dangerous. Given the proximity to the border, the German government should have long been working towards its closure,” Sylvia Kotting-Uhl, spokesman for the German Green Party said in a statement, according to AFP.
“If a failure of the reactor tank leads to a nuclear accident, Germany would also become highly exposed to radiation due to the persistent wind from the west,” she warned.
Growing safety concerns have fallen on deaf ears in Belgium, however. ……https://www.rt.com/news/326086-nuclear-reactor-relaunch-tihange/
New York Governor Cuomo orders investigation of Indian Point Nuclear Station
Cuomo calls for investigation of Indian Point nuclear plant http://news10.com/2015/12/16/cuomo-calls-for-investigation-of-indian-point-nuclear-plantcuomo-calls-for-investigation-of-indian-point-nuclear-plant/By Ali Stewart December 16, 2015 ALBANY, N.Y. (AP) – Gov. Andrew Cuomo has directed state utility regulators to begin a full investigation of the operations and safety protocols at the Indian Point nuclear power plant on the Hudson River about 30 miles north of Manhattan.
Plant owner Entergy says federal regulators with nuclear expertise say the plant is safe.
Monday evening, one reactor was automatically shut down. The company says the disturbance on the non-nuclear side of the plant is related to a high voltage transmission line. There was no release of radioactivity and no threat to the public.
The other reactor was shut down for three days earlier this month due to a tripped circuit breaker. The two reactors together supply about one-quarter of the power used in New York City and Westchester County.
Concerns about China’s nuclear technology: is it safe?
China’s nuclear technology ambition is worrying: The Yomiuri Shimbun Straits.com 15 Dec 15 In its editorial on Dec 15, 2015, The Yomiuri Shimbun hopes China will follow up on its nuclear ambitions with suitable regulatory measures. We cannot afford to be unconcerned about China’s moves to accelerate construction of nuclear power plants.
Is the safety of these facilities ensured?….
The administration of Chinese President Xi Jinping is planning to further increase the number of nuclear power plants to cope with the nation’s serious air pollution, which stems from coal-fired power generation, and increasing energy demand.
According to local media reports, Beijing will build six to eight nuclear reactors annually in the next five years. By 2030, the number is set to reach 110, surpassing the 99 in the United States.
One major concern is that information about nuclear power plants in China is extremely limited.
China’s nuclear power operations began in 1994, and the number of nuclear reactors has increased rapidly since then.
However, the details of regulatory standards are not disclosed – it is quite obscure what kind of safety measures China is currently taking.
There are limited examples of the Chinese government officially disclosing troubles with the nation’s nuclear power plants to the public, such as leaks of radioactive material or mechanical problems caused by accidents.
The less information available, the more concern there is. The Japanese government must reinforce its measures to collect information on China’s nuclear power plants.
Prevailing westerlies bring yellow sand and air pollutants to Japan from China. If serious nuclear accidents occur in China, there could be serious repercussions for Japan.
It cannot be overlooked the fact that China’s nuclear power plants are concentrated in coastal areas.
After the nuclear accident at Tokyo Electric Power Co.’s Fukushima No. 1 nuclear power plant, Beijing has put restrictions on the construction of nuclear power plants in inland areas. We assume Beijing is wary of the domestic impact from accidents if they occur inland.
China’s nuclear reactors rarely use technologies developed in the country – they are basically an amalgamation of technologies imported from European countries, the United States and Japan.
Japan provides core parts, such as reactor pressure vessels.
In recent years, China’s export drive on nuclear power plants has received worldwide attention…….
Beijing is also constructing Hualong One reactors in Pakistan, and is seeking to launch a promotion drive in South American and African countries.
However, we must point out that Hualong One is a model still under construction even in China itself. It is problematic that a model without sufficient operation records has begun sweeping the whole world…….. http://www.straitstimes.com/asia/east-asia/chinas-nuclear-technology-ambition-is-worrying-the-yomiuri-shimbun
Ukraine’s troubles continue with the toxic Chernobyl site
Fukushima Amplifies Murphy’s Law COUNTERPUNCH DECEMBER 14, 2015 by ROBERT HUNZIKER “……….. In sharp contrast to Japan’s position, Chernobyl’s officialdom has a different take on “permissible annual radiation exposure,” specifically: “The radiation limit that excluded people from living in the 30km zone around the Chernobyl nuclear plant exclusion zone was set at 5mSV/year, five years after the nuclear accident. Over 100,000 people were evacuated from within the zone and will never return,” (Greenpeace Japan). Never ever return!
Nuclear disasters don’t go away easily. For example, Chernobyl is already facing a brand new crisis. The durability of the original decaying blighted sarcophagus expires within the next 12 months. However, the new replacement sarcophagus, the world’s biggest-ever metallic dome, will not be accomplished in time as they are short of funds (615million EUR).
In addition to Ukraine’s internal strife with pro-Russian citizens, the country has serious financial difficulties. All of this amounts to one more “spoke in the wheel” against nuclear reactor proliferation (Incidentally, China has 400 reactors on the drawing board). Who knows if and when a crippled reactor ends up in the hands of a financially strapped country? Then what?
Already, Ukraine has 15 nuclear reactors standing tall, so far, amongst whizzing bullets and powerful rockets. Dismally, Ukraine has conceivably become a nuclear holocaust tinderbox in the midst of cannon fire, rumbling tanks, and surface-to-air missiles, for example, Malaysia Airlines Flight 17 was shot down by a missile, supposedly by accident, on July 17, 2014, all 298 on board died……….. http://www.counterpunch.org/2015/12/14/fukushima-amplifies-murphys-law/
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