THIS WEEK in nuclear news
Fukushima. A new critical problem – as the cooling system at nuclear fuel pool 5 is not working.
USA. Wisconsin town faces economic disaster, with the closing of Kewaunee nuclear power plant, and the prospect of 60 years of clean-up – the first of many tons to have to cope with the nuclear power aftermath. As USA’s nuclear industry declines, renewed efforts to beat China, Russia, France, South Korea, in selling nukes to Vietnam.
Underground danger, and continuing radiation release from USA’s crippled Waste Isolation Pilot Project (WIPP) in New Mexico
Escalation in nuclear armed submarines, their $100 billion costs now amplified with associated costs to $347 billion.
UK. Quakers speak out against Trident nuclear missile program. The proud Scottish peaceniks, of the 32 years’ campaign to shut down Trident nuclear weapons, renew their drive, in view of the coming referendum on Scotland’s independence. Did you know that Last March, two Peace Campers, Heather Stewart and Jamie Watson, broke into the naval base and climbed on board a nuclear powered Astute submarine? That feat of civil disobedience did not get into the news, did it? A security failure too, wasn’t it?
National Archives release a chilling list of nuclear targets in the cold war – perhaps the same targets today?
Ukraine. Continued conflicts there raise a very real danger of attack or accident to their 19 nuclear power plants.
India did a very bad nuclear deal with USA, Russia and France, in order to engage in international nuclear commerce, despite its status as a nuclear weapons state outside the Nuclear Non-Proliferation Treaty. Indian govt is nowcriminalising nuclear and environmental dissent.
A critical problem: no cooling system now working at Fukushima No.5 fuel pool
Fox News: “Leak at Fukushima nuclear plant threatens dangerous meltdown… Trouble is looming” — Officials: “No idea when it can resume cooling system for spent fuel pool” (PHOTOS) http://enenews.com/fox-news-leak-at-fukushima-nuclear-plant-threatens-dangerous-meltdown-trouble-is-looming-officials-no-idea-when-it-can-resume-cooling-system-for-spent-fuel-pool-photos
NHK WORLD, Jul. 7, 2014: No prospect to resume cooling No.5 fuel pool — The operator of the Fukushima Daiichi nuclear power plant says it has no idea when it can resume the cooling system for one of the spent fuel pools. [TEPCO] halted the cooling system at the No.5 reactor on Sunday after workers found seawater leaking from a pipe. Seawater is used to lower the temperature of coolant water […] they are still considering how to repair the pipe. […] TEPCO says the temperature will reach the company’s safety limit of 65 degrees in a little over a week. The operator plans to channel seawater into the pool to curb the rise in temperature.
Fox News, Jul. 7, 2014: Leak at Fukushima nuclear plant threatens dangerous meltdown — Trouble is looming at Japan’s Fukushima nuclear plant, as a leak has forced the shutdown of a cooling system that could cause temperatures to exceed dangerous levels. […] If the system is not repaired within the next nine days, temperatures are expected to soar […] Sunday, the temperature in the pool that holds the rods was about 73 degrees Fahrenheit but started increasing by 0.193 degrees per hour, TEPCO says. If no new cold water is pumped in at this rate, it will reach the dangerous threshold of 149 degrees (F) in roughly the next week. Such temperatures would increase the possibility of dangerous reactions and more radiation leaks in the plant.
The coming economic disaster for USA’s nuclear towns, starting with Kewaunee
Wisconsin Reactor’s Demise Shows Nuclear Towns’ Plight Bloomberg News By Tim Jones July 08, 2014 “……..The Wisconsin facility is part of what Moody’s Investors Service describes as the largest wave of U.S.-based nuclear and coal electric-plant retirements in the past 35 years. The closings stem from abundant supplies of cheaper natural gas and changes in environmental policies. The consequences can be sudden and drastic, affecting school funding, real-estate values and economic development that were linked to the facilities.
Unlike abandoned industrial plants, which can be retooled for another manufacturer, nuclear plants leave another legacy: radioactive waste, which at the Kewaunee site sits in concrete canisters about 100 yards (91 meters) from Lake Michigan.
“The challenge that local officials have to face is large,” said Julie Beglin, one of the report’s co-authors……..
“It was cheaper to purchase energy on the open market than to produce it at Kewaunee,” said Mark Kanz, a company spokesman. “I’m sure it won’t be the last to close. There will be other plants that go through decommissioning, whether it’s economics or from equipment-related issues.”…….
While the economics of power generation can change, two factors work against the nuclear industry, said David Lochbaum, director of the Nuclear Safety Project at the Union of Concerned Scientists.
“The cost of non-nuclear electricity is trending down,” Lochbaum said, “and the cost of maintaining aging nuclear power reactors is trending up.”……
Six Decades The aftermath of a nuclear power plant’s leaving a community is more complicated and lengthy than the end of a conventional industrial facility. Federal regulations governing the decommissioning of sites are designed to protect the public.
The process must be completed within 60 years, according to the Nuclear Regulatory Commission. Seventeen plants, including Kewaunee, are in some phase of decommissioning, the NRC said on its website…….http://www.businessweek.com/news/2014-07-08/wisconsin-reactor-s-slow-motion-end-shows-nuclear-towns-plight
32 years of the peaceniks’ camp and civil disobediance against nuclear weapons
THESE HIPPIES ARE CAMPING IN THE FOREST TO RID SCOTLAND OF ITS NUKES VICE By Alex Rodin Jul 8 2014 On the banks of Gare Loch, on the west coast of Scotland, a bunch of anti-nuke hippie peaceniks are taking on the might of the British armed forces and its nuclear submarines by living in camper vans. Faslane Peace Camp has occupied the roadside verge preceding HM Naval Base Clyde, home to the UK’s Trident nuclear missile submarines, for 32 years—more than three decades of sleeping in the forest in an effort to rid the UK of nukes.
This year’s independence referendum, which would make Scotland its own country, raises the possibility that the Scots could actually get rid of the nukes on their soil. Meanwhile in London, the government is striking a deal tying the UK’s nuclear future closer to the US. I decided it was a good time to pay the camp a visit. ……
Last March, two Peace Campers, Heather Stewart and Jamie Watson, broke into the naval base and climbed onboard a nuclear powered Astute submarine. They stood on the deck ringing its bell as a gaggle of surprised police officers came running.
“How the hell did you get in here?” one of the officers asked as they were being arrested. It seemed a logical question, given the razor wire, the security cameras, the motion-activated alarms that run along the perimeter fence, and the patrols that circle the base……
having been arrested and after 33 hours in custody, the pair emerged to discover that nobody else cared. The media wasn’t much interested in publicizing their exploits and, except for some backslapping within the peace movement, the world moved on without noticing………
The activists are holding out for Scottish independence. September’s referendum is returning Trident to the limelight as the Yes Scotland campaign dangles promises of a nuclear-free country. But in London, government ministers have other plans. They’ve been quietly meeting with their American counterparts to renegotiate a treaty that would wrap up Britain’s nuclear future with the United States. The 1958 UK-US Mutual Defense Agreement (MDA) has long facilitated cooperation between the US and the UK on nuclear technology. However, according to the Royal United Services Institute (RUSI), “collaboration between the two countries under the MDA has evolved to the extent that the boundary between the design and construction of UK and US warheads has blurred.”
A RUSI paper published in March explained that many of the “components within the UK’s current warhead are supplied by the US under the MDA, and the UK presently lacks the capability to develop domestic alternatives.” As such, “The future of the UK’s nuclear arsenal is therefore inextricably linked to that of the US.” The revised MDA is likely to be signed any day now…….http://www.vice.com/read/faslane-scotland-peace-camp-independence-619
Internal radiation emitters causing cancers, birth deformities: depleted uranium’s legacy in Iraq
Depleted Uranium And The Iraq War’s Legacy Of Cancer, Mint Press News, Depleted uranium was used in Iraq warzone weaponry, and now kids are playing in contaminated fields and the spent weapons are being sold as scrap metal. By Frederick Reese @FrederickReese | July 2, 2014 As instability in Iraq is forcing the United States to consider a third invasion of the Middle Eastern nation, the consequences of the first two invasions are coming into focus. For large sectors of the Iraqi population, American intervention has led to sharp spikes in the rates of congenital birth defects, premature births, miscarriages and leukemia cases.
According to Iraqi government statistics, the rate of cancer in the country has skyrocketed from 40 per 100,000 people prior to the First Gulf War in 1991, to 800 per 100,000 in 1995, to at least 1,600 per 100,000 in 2005.
The culprit behind all of these health issues is depleted uranium, a byproduct of uranium enrichment. With a mass fraction a third of what fissile uranium would have, depleted uranium emits less alpha radiation — up to 60 percent less than natural uranium, according to the U.S. Department of Defense. This “relative” safety offered a rationale for many nations — particularly, the U.S. — to put the waste material to use.
As depleted uranium is 1.67 times denser than lead, a depleted uranium projectile can be smaller than an equivalent lead projectile but produce similar results. This smaller size means a smaller diameter, less aerodynamic drag and a smaller area of impact, meaning that depleted uranium bullets can travel faster and inflict more pressure on impact, causing deeper penetration. Additionally, depleted uranium is incendiary and self-sharpening, making depleted uranium ideal for anti-tank ammunition. It is also used as armor plating for much of America’s tank fleet.
The problem with using depleted uranium, however, lies in the fact that depleted uranium is mostly de-energized. In practical terms, depleted uranium can have — at a minimum — 40 percent the radioactivity of natural uranium with a half-life that can be measured in millennia (between 703 million to 4.468 billion years). While the depleted uranium presents little to no risk to health via radiation due to its relatively weak radioactivity, direct internal contact with the heavy metal can have chemical toxicity effects on the nervous system, liver, heart and kidneys, with DNA mutations and RNA transcription errors being reported in the case of depleted uranium dust being absorbed in vitro.
While depleted uranium is not as toxic as other heavy metals, such as mercury or lead, pronounced toxicity is still possible through repeated or chronic exposure………http://www.mintpressnews.com/depleted-uranium-iraq-wars-legacy-cancer/193338/
China’s underground nuclear reactors
The Untold Story of China’s Forgotten Underground Nuclear Reactor, FP BY JEFFREY LEWIS JULY 8, 2014 How social media and a little sleuthing turned up a Mao-era nuclear program. “……despite official secrecy about China’s production of plutonium for nuclear weapons, my colleague Catherine Dill and I discovered an underground nuclear reactor that China attempted to construct near Yichang in Hubei province during the 1960s and 1970s……..
In the early 1960s, China had one plant to make highly enriched uranium near Lanzhou and was completing one nuclear reactor to produce plutonium at Jiuquan. In 1964, China began the “Third Line” effort — a massive construction effort to relocate all of China’s heavy industries, nuclear and otherwise, in the interior of the country. Often these factories, including things as mundane as steel mills, were placed underground to protect them from Soviet or American attack. As you might expect, the disruption of attempting to relocate the country’s heavy industries to underground caverns in the rural interior was a complete and total cluster… well, you know. Wikipedia calls the Third Line “an economic fiasco,” which seems to me to be an example of the wisdom of crowds.
As part of the Third Line effort, China’s nuclear engineers were supposed to build a copy of the first reactor — the one where Cui worked — in an underground cavern being dug near Fuling. But placing a nuclear reactor under a mountain is about as slow and arduous as you might expect. At some point in 1969, with relations between Moscow and Beijing collapsing, Beijing decided it could not wait for the engineers to finish Fuling. The first proposal suggested physically picking up and moving the reactor near Jiuquan somewhere else. Eventually the technical personnel convinced the Chinese leadership this was total madness. So, instead, China started building a temporary replacement above ground, near a place called Guangyuan in Sichuan.
I always wondered how, in the middle of the paranoia associated with the Cultural Revolution, Chinese leaders came to their senses and ditched the underground reactor at Fuling in favor of the above-ground copy at Guangyuan. It turns out they didn’t. Instead of replacing one crazy project with a more sensible one, the Chinese doubled-down on crazy — continuing the reactor project at Fuling, starting a new one at Guangyuan and, we now know, starting the underground reactor at Yichang. … As best we can tell, China never finished the heavy water at Yichang, just as it never finished Fuling or any other number of wildly implausible Third Line projects. Construction at Yichang lumbered on through the 1970s, before being shut down around 1980 or so. At this point, the Chinese government took a number of steps to transition its nuclear industry to civilian power generation, converting and eventually decommissioning the reactor near Jiuquan, as well as giving up on Fuling and Yichang. China would not build a heavy water reactor until it bought CANDU heavy water reactors from Canada, one in 2002 and another in 2003. (CANDU is a portmanteau of “Canada” and “deuterium oxide,” better known as heavy water.) Yichang is just a footnote. A crazy, implausible footnote…….
Of the two plutonium production reactors that China finished, Jiuquan closed in the late 1980s and Guangyuan closed sometime in the 1990s. China never finished the reactors at Fuling or Yichang. China’s surprisingly small stockpile of plutonium isn’t so surprising once we know this historical context. They tried to make more. They just couldn’t…..
There will be more disclosures. Like yet another unfinished secret underground nuclear reactor that I haven’t mentioned. That’s right, there is a third underground nuclear reactor project that we’ve found. …..http://www.foreignpolicy.com/articles/2014/07/08/the_untold_story_of_chinas_forgotten_underground_nuclear_reactor_yichang_827_plant
Nuclear colonialism- pushing nuclear sales to Vietnam
Meanwhile, Vietnam Plus of the Vietnam News Agency reported that the US Congress began considering a cooperation proposal on May 9. It has 90 days to consider the issue before making a final decision.
Prior to that, the Vietnamese and US representatives signed a Vietnam-US nuclear cooperation agreement in Hanoi on May 6 (Agreement 123).
Vietnamese officials and scientists have expressed their satisfaction about the agreement.Minister of Science and Technology Nguyen Quan said at the signing ceremony that the agreement can be seen as an open door for both the US and Vietnam to accelerate projects on nuclear energy development…….
The US Nuclear Energy Institute (NEI) and the US nuclear energy firms have unanimously urged the US Congress to ratify the agreement soon, emphasizing that the strengthened cooperation with Vietnam in the sector would help boost exports and create more jobs.
The US firms can expect to earn $10-20 billion from the deals with Vietnam…..David Durham from GE Hitachi Nuclear Energy (GHE) has warned that if the US Congress does not ratify the agreement, US firms will lose the lucrative market of Vietnam……http://english.vietnamnet.vn/fms/science-it/106944/vietnam-nuclear-power-market-eyed-by-three-major-countries.html
The costs, the dangers, the madness of nuclear-armed submarines
Doom from the Depths: Coming Your Way The World Post Lawrence Wittner Become a fan Professor of History emeritus, SUNY Albany 7 July 14 Ever since the horrors of submarine warfare became a key issue during World War I, submarines have had a sinister reputation. And the building of new, immensely costly, nuclear-armed submarines by the U.S. government and others may soon raise the level of earlier anxiety to a nuclear nightmare.
This spring, the U.S. government continued its steady escalation of research and development funding for the replacement of its current nuclear submarine fleet through one of the most expensive shipbuilding undertakings in American history — the phasing-in, starting in 2031, of 12 new SSBN(X) submarines. Each of these nuclear-powered vessels, the largest submarines the Navy has ever built, will carry up to 16 Trident ballistic missiles fitted with multiple nuclear warheads. All in all, this new submarine fleet is expected to deploy about 1,000 nuclear warheads —70 percentof the U.S. government’s strategic nuclear weapons.
From the standpoint of the U.S. military, nuclear-armed submarines are very attractive. Capable of being placed in hidden locations around the world and remaining submerged for months at a time, they are less vulnerable to attack than are ground-launched or air-launched nuclear weapons, the other two legs of the “nuclear triad.” Moreover, they can wreak massive death and destruction upon “enemy” nations quite rapidly. The Defense Department’s Quadrennial Defense Review of 2014 explained that the U.S. Navy’s future fleet would “deliver the required presence and capabilities and address the most important war-fighting scenarios.”
From the standpoint of civilians, the new Trident submarine fleet is somewhat less appealing. Strategic nuclear weapons are the most destructive weapons in world history, and the use of only one of them over a large city could annihilate millions of people instantly. If the thousands of such weapons available to the U.S. government and other governments were employed in war, they would incinerate most of the planet, reducing it to charred rubble. Thereafter, radioactivity, disease, nuclear winter, and starvation would end most remaining life on earth.
Of course, even in an accident, such weapons could do incredible damage. And, over the years, nuclear-armed submarines have been in numerous accidents. …….
Taxpayers, particularly, might be concerned about the unprecedented expense of this new submarine fleet. According to most estimates, building the 12 SSBN(X) submarines will cost about $100 billion. And there will be additional expenditures for the missiles, nuclear warheads, and yearly maintenance, bringing the total tab to what the Pentagon estimated, three years ago, at $347 billion. The expected cost is so astronomical, in fact, that the Navy, frightened that this expenditure will prevent it from paying for other portions of its shipbuilding program, has insisted that the money come from a special fund outside of its budget. This spring, Congress took preliminary steps along these lines……http://www.huffingtonpost.com/lawrence-wittner/doom-from-the-depths-comi_b_5564287.html
India: Two big utilities investing in renewable energy
Tata, Reliance Power bet big on renewable energy, to spend Rs 1,500 crore each, Economic Times, By Shuchi Srivastava, ET Bureau | 9 Jul, 2014, MUMBAI: Two of the country’s largest power producers Tata PowerBSE -5.04 % and Reliance PowerBSE -7.70 % are betting big on renewable energy and will spend about Rs 1,500 crore each on clean energy projects this fiscal.
“Reliance Power is keen to be a part of the journey to position India as one of the world’s major solar power producers in the coming years. Given the exciting new opportunities such as the ultra mega solar PV projects and the shortfall in meeting the renewable purchase obligations by various state discoms,” said the company. http://economictimes.indiatimes.com/articleshow/38044771.cms?utm_source=contentofinterest&utm_medium=text&utm_campaign=cppst
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