THE WASTE disposal contract with Russia published first in a local daily on August 27 is an unwise (and potentially fatal) decision taken by our government for the 2,400MW Nuclear Power Plant at a staggering cost of US $11.385 billion. This writer is not sure, if this also includes the cost of sending our personnel for training in Russia, and the cost of Russian personnel running the plant for sometime. I think if we needed a nuclear power plant, we should have gone for a radiation-safe U-238-fuelled nuclear power plant.
We could have had a nuclear power plant of higher capacity and totally radiation-free conventional thermal power plants for this amount of money. Feed back from our power plant procurement personnel on this important matter would be most welcome. The report also does not specify two very important issues, like, the costs involved in shipping and safe dumping of nuclear waste, including as well as the regularly disposing of all used electrodes of the nuclear power plant that needs to be changed regularly. Naturally the contract time-frame for disposal of nuclear waste and electrodes should be made for the entire life span of the plant. If it is for a limited period we shall be compelled to go to the Russians for disposal of this dangerous nuclear waste and spent electrodes.
Therefore, in all likelihood, the cost of waste disposal will be getting higher and higher; from term to term as long as the nuclear power plant is kept running. This could be around 20 to 25 years at least and all these expenses will have to be paid in foreign exchange. Since just waste disposal involves huge amount of public money, in hard earned foreign exchange, it should be publicly reported, and should not remain as a secret. Considering the overall high interest rate being charged by the Russians, the additional cost in foreign exchange for disposal of nuclear waste and spent electrodes are likely to be quite high including the cost of transporting it all to Russia. What will be the actual cost of power generation per KWh which is definitely going to be far higher than any conventional thermal power plant where the capital cost is lower. Also these plants will normally be operated by local personnel.
To sum it up, it will be one of the most expensive power plants that involves among other things the possibility of fatal and dangerous radiation in a poor country like ours. Engr. S. A. Mansoor Gulshan, Dhaka-1212
Sixty holes violating the Building Standards Act were found recently in firewalls at the Kashiwazaki-Kariwa nuclear plant in Niigata Prefecture, in addition to two similar holes found in July this year, plant operator Tokyo Electric Power Co. (TEPCO) announced Nov. 22.
Of the 60 holes, 49 date back to the 1980s when the No. 1 reactor building was built, revealing administrative agencies’ lack of consideration for proper construction management.
Reactor buildings have several thousand holes in them for pipes. Of these holes, those going through firewalls are required to have any gaps filled in with mortar caulk or other nonflammable material. In July, TEPCO found two holes in a firewall in the No. 2 reactor building that had not been properly filled in. A subsequent inspection of the entire plant found that 60 holes had not been filled in — a building code violation — of which 41 were in radiation-control areas.
The power company will begin taking countermeasures, such as filling the holes in, as early as the beginning of the New Year. “At the time the reactor buildings were built, our awareness of the risks was insufficient,” TEPCO spokesperson Yoshimi Hitosugi said.
“Japan is a totalitarian corporate state where corporate interests are protected from liability by layers of subcontractors and by vested interests of powerful political bodies and extremely harsh state secrecy laws. As such, it is believed that nuclear safety and health issues, including deaths, are underreported and likely not reported at all in most cases. Therefore, the worldview of nuclear power, as represented in Japan at Fukushima Daiichi, is horribly distorted in favor of nuclear power advocacy.”
The radiation effects of the Fukushima Daiichi Nuclear Power Plant triple meltdowns are felt worldwide, whether lodged in sea life or in humans, it cumulates over time. The impact is now slowly grinding away only to show its true colors at some unpredictable date in the future. That’s how radiation works, slow but assuredly destructive, which serves to identify its risks, meaning, one nuke meltdown has the impact, over decades, of 1,000 regular industrial accidents, maybe more.
It’s been six years since the triple 100% nuke meltdowns occurred at Fukushima Daiichi d/d March 11th, 2011, nowadays referred to as “311”. Over time, it’s easy for the world at large to lose track of the serious implications of the world’s largest-ever industrial disaster; out of sight out of mind works that way.
According to Japanese government and TEPCO (Tokyo Electric Power Company) estimates, decommissioning is a decade-by-decade work-in-progress, most likely four decades at a cost of up to ¥21 trillion ($189B). However, that’s the simple part to understanding the Fukushima nuclear disaster story. The difficult painful part is largely hidden from pubic view via a highly restrictive harsh national secrecy law (Act on the Protection of Specially Designated Secrets, Act No. 108/2013), political pressure galore, and fear of exposing the truth about the inherent dangers of nuclear reactor meltdowns. Powerful vested interests want it concealed.
Following passage of the 2013 government secrecy act, which says that civil servants or others who “leak secrets” will face up to 10 years in prison, and those who “instigate leaks,” especially journalists, will be subject to a prison term of up to 5 years, Japan fell below Serbia and Botswana in the Reporters Without Borders 2014 World Press Freedom Index. The secrecy act, sharply criticized by the Japanese Federation of Bar Associations, is a shameless act of buttoned-up totalitarianism at the very moment when citizens need and in fact require transparency.
The current status, according to Mr. Okamura, a TEPCO manager, as of November 2017: “We’re struggling with four problems: (1) reducing the radiation at the site (2) stopping the influx of groundwater (3) retrieving the spent fuel rods and (4) removing the molten nuclear fuel.” (Source: Martin Fritz, The Illusion of Normality at Fukushima, Deutsche Welle–Asia, Nov. 3, 2017)
In short, nothing much has changed in nearly seven years at the plant facilities, even though tens of thousands of workers have combed the Fukushima countryside, washing down structures, removing topsoil and storing it in large black plastic bags, which end-to-end would extend from Tokyo to Denver and back.
As it happens, sorrowfully, complete nuclear meltdowns are nearly impossible to fix because, in part, nobody knows what to do next. That’s why Chernobyl sealed off the greater area surrounding its meltdown of 1986. Along those same lines, according to Fukushima Daiichi plant manager Shunji Uchida: ”Robots and cameras have already provided us with valuable pictures. But it is still unclear what is really going on inside,” Ibid.
Seven years and they do not know what’s going on inside. Is it the China Syndrome dilemma of molten hot radioactive corium burrowing into Earth? Is it contaminating aquifers? Nobody knows, nobody can possibly know, which is one of the major risks of nuclear meltdowns, nobody knows what to do. There is no playbook for 100% meltdowns. Fukushima Daiichi proves the point.
“When a major radiological disaster happens and impacts vast tracts of land, it cannot be ‘cleaned up’ or ‘fixed’.” (Source: Hanis Maketab, Environmental Impacts of Fukushima Nuclear Disaster Will Last ‘decades to centuries’ – Greenpeace, Asia Correspondent, March 4, 2016)
Meanwhile, the world nuclear industry has ambitious growth plans, 50-60 reactors currently under construction, mostly in Asia, with up to 400 more on drawing boards. Nuke advocates claim Fukushima is well along in the cleanup phase so not to worry as the Olympics are coming in a couple of years, including events held smack dab in the heart of Fukushima, where the agricultural economy will provide fresh foodstuff.
The Olympics are PM Abe’s major PR punch to prove to the world that all-is-well at the world’s most dangerous, and out of control, industrial accident site. And, yes it is still out of control. Nevertheless, the Abe government is not concerned. Be that as it may, the risks are multi-fold and likely not well understood. For example, what if another earthquake causes further damage to already-damaged nuclear facilities that are precariously held together with hopes and prayers, subject to massive radiation explosions? Then what? After all, Japan is earthquake country, which defines the boundaries of the country. Japan typically has 400-500 earthquakes in 365 days, or nearly 1.5 quakes per day.
According to Dr. Shuzo Takemoto, professor, Department of Geophysics, Graduate School of Science, Kyoto University: “The problem of Unit 2… If it should encounter a big earth tremor, it will be destroyed and scatter the remaining nuclear fuel and its debris, making the Tokyo metropolitan area uninhabitable. The Tokyo Olympics in 2020 will then be utterly out of the question,” (Shuzo Takemoto, Potential Global Catastrophe of the Reactor No. 2 at Fukushima Daiichi, February 11, 2017).
Since the Olympics will be held not far from the Fukushima Daiichi nuclear accident site, it’s worthwhile knowing what to expect, i.e., repercussions hidden from public view. After all, it’s highly improbable that the Japan Olympic Committee will address the radiation-risk factors for upcoming athletes and spectators. Which prompts a question: What criteria did the International Olympic Committee (IOC) follow in selecting Japan for the 2020 Summer Olympics in the face of three 100% nuclear meltdowns totally out of control? On its face, it seems reckless.
This article, in part, is based upon an academic study that brings to light serious concerns about overall transparency, TEPCO workforce health & sudden deaths, as well as upcoming Olympians, bringing to mind the proposition: Is the decision to hold the Olympics in Japan in 2020 a foolish act of insanity and a crude attempt to help cover up the ravages of radiation?
Thus therefore, a preview of what’s happening behind, as well as within, the scenes researched by Adam Broinowski, PhD (author of 25 major academic publications and Post Doctoral Research Fellow, Australian National University): “Informal Labour, Local Citizens and the Tokyo Electric Fukushima Daiichi Nuclear Crisis: Responses to Neoliberal Disaster Management,” Australian National University, 2017.
The title of Dr. Broinowski’s study provides a hint of the inherent conflict, as well as opportunism, that arises with neoliberal capitalism applied to “disaster management” principles. (Naomi Klein explored a similar concept in The Shock Doctrine: The Rise of Disaster Capitalism, Knopf Canada, 2007).
Dr. Broinowski’s research is detailed, thorough, and complex. His study begins by delving into the impact of neoliberal capitalism, bringing to the fore an equivalence of slave labor to the Japanese economy, especially in regards to what he references as “informal labour.” He preeminently describes the onslaught of supply side/neoliberal tendencies throughout the economy of Japan. The Fukushima nuke meltdowns simply bring to surface all of the warts and blemishes endemic to the neoliberal brand of capitalism.
According to Professor Broinowski: “The ongoing disaster at the Fukushima Daiichi nuclear power station (FDNPS), operated by Tokyo Electric Power Company (TEPCO), since 11 March 2011 can be recognised as part of a global phenomenon that has been in development over some time. This disaster occurred within a social and political shift that began in the mid-1970s (ed. supply-side economics, which is strongly reflected in America’s current tax bill under consideration) and that became more acute in the early 1990s in Japan with the downturn of economic growth and greater deregulation and financialisation in the global economy. After 40 years of corporate fealty in return for lifetime contracts guaranteed by corporate unions, as tariff protections were lifted further and the workforce was increasingly casualised, those most acutely affected by a weakening welfare regime were irregular day labourers, or what we might call ‘informal labour.”
In short, the 45,000-60,000 workers recruited to deconstruct decontaminate Fukushima Daiichi and the surrounding prefecture mostly came off the streets, castoffs of neoliberalism’s impact on “… independent unions, rendered powerless, growing numbers of unemployed, unskilled and precarious youths (freeters) alongside older, vulnerable and homeless day labourers (these groups together comprising roughly 38 per cent of the workforce in 2015) found themselves not only (a) lacking insurance or (b) industrial protection but also in many cases (c) basic living needs. With increasing deindustrialisation and capital flight, regular public outbursts of frustration and anger from these groups have manifested since the Osaka riots of 1992.” (Broinowski)
The Osaka Riots of 25 years ago depict the breakdown of modern society’s working class, a problem that has spilled over into national political elections worldwide as populism/nationalism dictate winners/losers. In Osaka 1,500 rampaging laborers besieged a police station (somewhat similar to John Carpenter’s 1976 iconic film Assault on Precinct 13) over outrage of interconnecting links between police and Japan’s powerful “Yakuza” or gangsters that bribe police to turn a blind eye to gangster syndicates that get paid to recruit, often forcibly, workers for low-paying manual jobs for industry.
That’s how TEPCO gets workers to work in radiation-sensitive high risks jobs. Along the way, subcontractors rake off most of the money allocated for workers, resulting in a subhuman lifestyle for the riskiest most life-threatening jobs in Japan, maybe the riskiest most life-threatening in the world.
Japan has a long history of assembling and recruiting unskilled labor pools at cheap rates, which is typical of nearly all large-scale modern industrial projects. Labor is simply one more commodity to be used and discarded. Tokyo Electric Power Company (“TEPCO”) of Fukushima Daiichi fame adheres to those long-standing feudalistic employment practices. They hire workers via layers of subcontractors in order to avoid liabilities, i.e. accidents, health insurance, safety standards, by penetrating into the bottom social layers that have no voice in society.
As such, TEPCO is not legally obligated to report industrial accidents when workers are hired through complex webs or networks of subcontractors; there are approximately 733 subcontractors for TEPCO. Here’s the process: TEPCO employs a subcontractor “shita-uke,” which in turn employs another subcontractor “mago-uke” that relies upon labor brokers “tehaishilninpu-dashi.” At the end of the day, who’s responsible for the health and safety of workers? Who’s responsible for reporting cases of radiation sickness and/or death caused by radiation exposure?
Based upon anecdotal evidence from reliable sources in Japan, there is good reason to believe TEPCO, as well as the Japanese government, suppress public knowledge of worker radiation sickness and death, as well as the civilian population of Fukushima. Thereby, essentially hoodwinking worldwide public opinion, for example, pro-nuke enthusiasts/advocates point to the safety of nuclear power generation because of so few reported deaths in Japan. But, then again, who’s responsible for reporting worker deaths? Answer: Other than an occasional token death report by official sources, nobody!
Furthermore, TEPCO does not report worker deaths that occur outside of the workplace even though the death is a direct result of excessive radiation exposure at the workplace. For example, if a worker with radiation sickness becomes too ill to go to work, they’ll obviously die at home and therefore not be reported as a work-related death. As a result, pro-nuke advocates claim Fukushima proves how safe nuclear power is, even when it goes haywire, because there are so few, if any, deaths, as to be inconsequential. That’s a boldfaced lie that is discussed in the sequel: Fukushima Darkness – Part 2.
“As one labourer stated re Fukushima Daiichi: ‘TEPCO is God. The main contractors are kings, and we are slaves’. In short, Fukushima Daiichi clearly illustrates the social reproduction, exploitation and disposability of informal labour, in the state protection of capital, corporations and their assets.” (Broinowski)
Indeed, Japan is a totalitarian corporate state where corporate interests are protected from liability by layers of subcontractors and by vested interests of powerful political bodies and extremely harsh state secrecy laws. As such, it is believed that nuclear safety and health issues, including deaths, are underreported and likely not reported at all in most cases. Therefore, the worldview of nuclear power, as represented in Japan at Fukushima Daiichi, is horribly distorted in favor of nuclear power advocacy.
Tepco’s representatives and METI’s officials have spent 15 minutes at the top floor of the reactor 3 building, 30 meters above the ground.
0,08mSv/per hour on the platform and 0,7mSv/per hour near the fuel pool with its 566 fuel assemblies supposed to be unloaded within 6 months. According to Tepco, workers cannot stay up there more than one hour or two per day….
The real content of that fuel pool is still mysterious, as no whole picture of that pool has ever been released.
The top floor of the Fukushima No. 1 nuclear plant’s No. 3 reactor building is seen on Nov. 21, 2017. The spent fuel pool can be seen at lower left. (Mainichi)
The top level of the Fukushima No. 1 nuclear plant’s No. 3 reactor building was opened to the news media on Nov. 21.
The Ministry of Economy, Trade and Industry along with plant operator Tokyo Electric Power Co. (TEPCO) guided reporters to the reactor building’s top floor for a tour lasting about 15 minutes.
The building was badly damaged by a hydrogen explosion in the first days of the Fukushima nuclear crisis in March 2011. However, the debris has been cleared away, and radiation that had stood at 800 millisieverts per hour just after the reactor meltdowns was measured at 0.08 mSv/h on the 7-meter-high platform, on which fuel removal equipment and other devices have been installed, on Nov. 21. Closer to the fuel pool, the figure rose to 0.7 mSv/h. According to TEPCO, workers are limited to just one to two hours on the platform.
The top floor is about 30 meters from the ground. The spent fuel pool currently contains 566 fuel assemblies, and preparations are underway to start the removal process as early as mid-fiscal 2018, with equipment for the job already installed on the platform. A net currently covers the pool to prevent anything — or anyone — from falling in.
A semi-cylindrical cover is also being constructed to prevent radioactive materials from escaping when fuel removal operations begin.
By Judith MohlingRocky Mountain Peace and Justice Center
Posted: 11/23/2017 11:41:26 AM MST
The country is reeling with the daily blows of a sexual counter-revolution. With accusations of sexual assaults that are finally out in the open and being believed, the careers and reputations of accused men are in jeopardy. Can there be a parallel nuclear/sexual counter-revolution?
Stanley Kubrick’s 1964 film “Dr. Strangelove (or How I Learned to Stop Worrying and Love the Bomb)” is filled with sexual innuendo. “The erect warheads and the cascading mushroom clouds are perceived to signify male penetration and ejaculation,” according to Dr. Kathleen Sullivan, nuclear academic.
Tony Macklin wrote in Film Comment that “the picture opens with two planes refueling in the sky in great metal coitus as the sound track croons ‘Try A Little Tenderness.’ The film ends with the mushroom clouds of orgiastic world destruction as the track croons, ‘We’ll Meet Again.’ The purgation is thorough and devastating.”
Eighty-two percent of American women oppose the design and development of new nuclear weapons (61 percent strongly oppose) according to a poll by Lake Sosin Snell & Associates for Abolition 2000. When it comes to actual use of nuclear weapons, we are all women being harmed against our will. In the event of a nuclear war, the Earth itself would be a woman being penetrated and harmed against her will.
Beyond Nuclear has joined Physicians for Social Responsibility, the Union of Concerned Scientists and other national, regional, and faith-based peace and disarmament organizations including the Rocky Mountain Peace and Justice Center right here in Boulder, asking the United States to make nuclear disarmament the centerpiece of national security policy. In a joint resolution — Back from the Brink: A Call to Prevent Nuclear War — the groups call on the United States to lead a global effort to prevent nuclear war by:
• renouncing the option of using nuclear weapons first
• ending the president’s sole, unchecked authority to launch a nuclear attack
• taking U.S. nuclear weapons off hair-trigger alert
• cancelling the plan to replace its entire arsenal with enhanced weapons;
• actively pursuing a verifiable agreement among nuclear-armed states to eliminate their nuclear arsenals.
Additionally, the world now has a treaty being signed and ratified at the United Nations by a majority of the world’s nations — with the sad exception of nuclear weapons states — banning nuclear weapons, and when 50 nations have ratified the treaty it will be international law. Spread the word.
The Rocky Mountain Peace and Justice Center’s “Peace Train” runs every Friday in the Colorado Daily.
This study is corrupted science, on the payroll of the nuclear lobby, to justify future ‘radiation safety’ limits increases.In Japan, after the Fukushima Daiichi the radiation ‘tolerance’ threshold was raised from 1mSv/per year to 20mSv/per year, which is the radiation ‘tolerance’ threshold for nuclear plant workers in the other countries. The nuclear lobby would like to raise further all today’s radiation ‘tolerance’ thresholds.
Which radiation risk model did they use? ICRP, I bet, which is silent on inhaled and ingested radioactivity, and underestimates risk of congenital defects by 10,000 times. If you care about the children run like hell and don’t look back. That was Professor Alexey Yablokov’s advice and it still stands with abundant studies made in the past 30 years to back it up.
Evacuating a nuclear disaster areas is (usually) a waste of time and money, says study
Over 110,000 people were moved from their homes following the Fukushima nuclear disaster in Japan in March 2011. Another 50,000 left of their own will, and 85,000 had still not returned four-and-a-half years later.
While this might seem like an obvious way of keeping people safe, my colleagues and I have just completed research that shows this kind of mass evacuation is unnecessary, and can even do more harm than good. We calculated that the Fukushima evacuation extended the population’s average life expectancy by less than three months.
To do this, we had to estimate how such a nuclear meltdown could affect the average remaining life expectancy of a population from the date of the event. The radiation would cause some people to get cancer and so die younger than they otherwise would have (other health effects are very unlikely because the radiation exposure is so limited). This brings down the average life expectancy of the whole group.
But the average radiation cancer victim will still live into their 60s or 70s. The loss of life expectancy from a radiation cancer will always be less than from an immediately fatal accident such as a train or car crash. These victims have their lives cut short by an average of 40 years, double the 20 years that the average sufferer of cancer caused by radiation exposure. So if you could choose your way of dying from the two, radiation exposure and cancer would on average leave you with a much longer lifespan.
How do you know if evacuation is worthwhile?
To work out how much a specific nuclear accident will affect life expectancy, we can use something called the CLEARE (Change of life expectancy from averting a radiation exposure) Programme. This tells us how much a specific dose of radiation will shorten your remaining lifespan by on average.
Yet knowing how a nuclear meltdown will affect average life expectancy isn’t enough to work out whether it is worth evacuating people. You also need to measure it against the costs of the evacuation. To do this, we have developed a method known as the judgement or J-value. This can effectively tell us how much quality of life people are willing to sacrifice to increase their remaining life expectancy, and at what point they are no longer willing to pay.
You can work out the J-value for a specific country using a measure of the average amount of money people in that country have (GDP per head) and a measure of how averse to risk they are, based on data about their work-life balance. When you put this data through the J-value model, you can effectively find the maximum amount people will on average be willing to pay for longer life expectancy.
After applying the J-value to the Fukushima scenario, we found that the amount of life expectancy preserved by moving people away was too low to justify it. If no one had been evacuated, the local population’s average life expectancy would have fallen by less than three months. The J-value data tells us that three months isn’t enough of a gain for people to be willing to sacrifice the quality of life lost through paying their share of the cost of an evacuation, which can run into billions of dollars (although the bill would actually be settled by the power company or government).
The three month average loss suggests the number of people who will actually die from radiation-induced cancer is very small. Compare it to the average of 20 years lost when you look at all radiation cancer sufferers. In another comparison, the average inhabitant of London loses 4.5 months of life expectancy because of the city’s air pollution. Yet no one has suggested evacuating that city.
We also used the J-value to examine the decisions made after the world’s worst nuclear accident, which occurred 25 years before Fukushima at the Chernobyl nuclear power plant in Ukraine. In that case, 116,000 people were moved out in 1986, never to return, and a further 220,000 followed in 1990.
By calculating the J-value using data on people in Ukraine and Belarus in the late 1980s and early 1990s, we can work out the minimum amount of life expectancy people would have been willing to evacuate for. In this instance, people should only have been moved if their lifetime radiation exposure would have reduced their life expectancy by nine months or more.
This applied to just 31,000 people. If we took a more cautious approach and said that if one in 20 of a town’s inhabitants lost this much life expectancy, then the whole settlement should be moved, it would still only mean the evacuation of 72,500 people. The 220,000 people in the second relocation lost at most three months’ life expectancy and so none of them should have been moved. In total, only between 10% and 20% of the number relocated needed to move away.
To support our research, colleagues at the University of Manchester analysed hundreds of possible large nuclear reactor accidents across the world. They found relocation was not a sensible policy in any of the expected case scenarios they examined.
More harm than good
Some might argue that people have the right to be evacuated if their life expectancy is threatened at all. But overspending on extremely expensive evacuation can actually harm the people it is supposed to help. For example, the World Heath Organisation has documented the psychological damage done to the Chernobyl evacuees, including their conviction that they are doomed to die young.
From their perspective, this belief is entirely logical. Nuclear refugees can’t be expected to understand exactly how radiation works, but they know when huge amounts of money are being spent. These payments can come to be seen as compensation, suggesting the radiation must have left them in an awful state of health. Their governments have never lavished such amounts of money on them before, so they believe their situation must be dire.
But the reality is that, in most cases, the risk from radiation exposure if they stay in their homes is minimal. It is important that the precedents of Chernobyl and Fukushima do not establish mass relocation as the prime policy choice in the future, because this will benefit nobody.
No national decision is as consequential, irreversible and fateful as the decision to use nuclear weapons. In the United States the president, and only the president, has the authority to order the unleashing of nuclear weapons. This power is not given by the Constitution, nor any specific law. It results from a series of Cold War-era decisions made secretly by the executive branch and the U.S. military.
Which means recent statements by current and former four-star commanders of the Strategic Command — the branch of the military that would launch nuclear weapons were such a thing to happen — that the military would only carry out “legal” presidential orders to use nukes shouldn’t be particularly reassuring.
News coverage of these comments seemed to convey the idea that the military could be a fail-safe to prevent a nuclear launch, but the opposite remains true. Instead, they revealed what many of us outside the system have suspected for a long time: There are no “checks and balances” on nuclear launch decisions in any formal sense. There is no need for congressional authorization; there is no “two-man rule” for the decision to use the bomb; and although the process for initiating a nuclear attack spells out the need for “consultation” with officials such as the secretary of defense, they have no power to veto the order, and ultimately, their consent is not required. If President Trump wants to use one of the thousands of nuclear weapons in the U.S. military’s arsenal, the chance of anyone stopping him appears to be very low.
Both Gen. John Hyten, the head of U.S. Strategic Command, and retired Gen. C. Robert Kehler, the commander from 2011 to 2013, have spoken recently about not following “illegal” orders to use nukes. Speaking at the Halifax International Security Forum last weekend, Hyten said he’d push back: “I provide advice to the president, he will tell me what to do,” he said. “And if it’s illegal, guess what’s going to happen? I’m going to say, ‘Mr. President, that’s illegal.’ And guess what he’s going to do? He’s going to say, ‘What would be legal?’ And we’ll come up with options, with a mix of capabilities to respond to whatever the situation is, and that’s the way it works. It’s not that complicated.”
Hyten meant this to calm alarm, but it shouldn’t. If anything, it reaffirms our belief that “legality” is the wrong issue altogether. For a general to affirm that he would not obey an “illegal” order is not a strong stance — it’s a simple refusal to willingly commit a war crime, the bare minimum we should expect from a high-ranking American officer. The rest of Hyten’s statement makes clear that he sees his role as a bargainer who would advise the president how to accomplish his desired ends by facilitating a legal alternative.
In other words, this is not a principled form of resistance. It is, in the end, “not that complicated”: The president, one way or another, will probably get what he wants.
Hyten’s remarks came just a few weeks after Sen. Bob Corker (R-Tenn.), chair of the Senate Committee on Foreign Relations, held the first hearings since 1976 on presidential nuclear authority. The hearings in the 1970s featured the looming specter of Richard Nixon as the “mad man” to be feared. The recent hearings took place amid concerns about trusting Trump with the most awesome presidential decision: to release the ultimate “fire and fury.”
Kehler attempted to reassure senators that rash use — or abuse — of nuclear weapons was unlikely under the current system. An unexpected order from the president, he explained, would end up on his desk, and he wouldn’t just execute it unthinkingly like a robot. Rather, he and his legal staff would evaluate it as they would any other order. And if it was an “illegal” order, he wouldn’t follow it.
Japanese property owners and businesses near the Fukushima nuclear plant that melted down after a devastating 2011 tsunami filed a $500 million class-action lawsuit against General Electric for negligently designing the doomed plant.
The lawsuit, filed yesterday in federal court in Boston, claims the explosions and release of radioactive material at the Fukushima reactors — likely the most costly industrial accident in history at $200 billion — were caused by GE’s unsafe design of the reactors and further efforts to cut costs that also undercut safety during the construction of the plant.
As a result, the area around Fukushima, according to the lawsuit, became a “ghost town.”
“There are no people. Roads are guarded by men in hazmat suits. And no one will ever live there again,” the lawsuit said.
GE said in a statement it became aware of the lawsuit today and is “thoroughly reviewing the matter.”
The company pushed into the nuclear industry in the 1960s and offered a “cheap reactor … with a significantly smaller, but less safe containment than industry standard” that safety experts repeatedly raised concerns about, the lawsuit said.
GE designed all six reactors at Fukushima — building two on site and advising on the construction of the rest. Original designs for the power plant called for it to be built near a bluff 115 feet above sea level. But GE — to save money — lowered the bluff to 80 feet, court papers say, “dramatically increasing the flood risk.”
Backup systems in the event of a problem at the nuclear plant were also woefully lacking, causing the cooling system to fail, the suit states.
General Electric Named in Federal Lawsuit Regarding Fukushima
General Electric is facing a federal lawsuit because of the Fukushima nuclear disaster that happened on March 11, 2011. The class action lawsuit asks for $500 million and was filed by residents, medical clinics, and companies in Boston who allege that they were affected by the disaster. The plaintiffs allege that they represent more than 150,000 Japanese citizens affected from the nuclear disaster.
Federal Lawsuit Alleges GE Failed to Properly Maintain Nuclear Power Plant
In the federal complaint, filed on November 17, 2017, GE faces serious allegations including failure to properly maintain the Fukushima:
“GE designed and largely constructed the entire Fukushima Daiichi Nuclear Power Plant at the center of the dispute, and for many years, directly or indirectly through its affiliates, was responsible for the maintenance of the [plant]. To this day, GE has paid literally nothing toward the massive economic and business destruction its actions and failings have caused.”
Reuters.com reported on December 8, 2016 that Japan had more than $188 billion in losses.
The plaintiffs allege that although the Fukushima disaster occurred in 2011, GE’s plan to “dominate the commercial nuclear power industry” in the 1960s meant that the defendant misrepresented how safe the plant would be so that they could earn more money.
GE continues to offer its “heartfelt sympathy” to those who were affected, but wants the matter handled under Japanese nuclear compensation law. Under that law, power plant operators are liable for the damages caused by the incident, regardless of what caused it. A company spokesperson went on to say that the Japanese government found that a tsunami was ultimately responsible and it was not the fault of how the reactor was designed.
GE was made aware of the lawsuit on November 19, 2017 and they are “thoroughly reviewing the matter.”
Last July 2017 Tepco’s remotely piloted robots transmitted view of what could be melted radioactive fuel inside Fukushima Daiichi nuclear plant’s destroyed reactors — actually Tepco wants to believe that it is melted radioactive fuel but has not been able to get it confirmed since then.
The Fukushima Cleanup Is Progressing, But at a Painstaking Pace
Earlier this year, remotely piloted robots transmitted what officials believe was a direct view of melted radioactive fuel inside Fukushima Daiichi Nuclear Power Plant’s destroyed reactors—a major discovery, but one that took a long and painful six years to achieve. In the meantime, the program to clean up the destroyed reactors has seen numerous setbacks and concerns, including delays on Japanese electrical utility Tepco’s timetable to begin removing the highly radioactive fuel and continued leakage of small amounts of radioactive substances.
Japanese officials are now hoping that they can convince a skeptical public that the worst of the disaster is over, the New York Times reported, but it’s not clear whether it’s too late despite the deployment of 7,000 workers and massive resources to return the region to something approaching normal. Per the Times, officials admit the recovery plan—involving the complete destruction of the plant, rather than simply building a concrete sarcophagus around it as the Russians did in Chernobyl—will take decades and tens of billions of dollars. Currently, Tepco plans to begin removing waste from one of the three contaminated reactors at the plant by 2021, “though they have yet to choose which one.”
“Until now, we didn’t know exactly where the fuel was, or what it looked like,” Tepco manager Takahiro Kimoto told the Times. “Now that we have seen it, we can make plans to retrieve it.”
“They are being very methodical—too slow, some would say—in making a careful effort to avoid any missteps or nasty surprises,” Union of Concerned Scientists nuclear safety director David Lochbaum added. “They want to regain trust. They have learned that trust can be lost much quicker than it can be recovered.”
Currently, radiation levels are so high in the ruined facility that it fries robots sent in within a matter of hours, which will necessitate developing a new generation of droids with even higher radiation significantly smaller, but less safe containment than industry standard” that safety experts repeatedly raised concerns about, the lawsuit said.
GE designed all six reactors at Fukushima — building two on site and advising on the construction of the rest. Original designs for the power plant called for it to be built near a bluff 115 feet above sea level. But GE — to save money — lowered the bluff to 80 feet, court papers say, “dramatically increasing the flood risk.”
Backup systems in the event of a problem at the nuclear plant were also woefully lacking, causing the cooling system to fail, the suit states. ge_sued_for_fukushima_disaster tolerances. Authorities have built a crane on the roof of one melted-down reactor, unit No. 3, to remove fuel, Phys.org reported, though it will not actually be in use until at least April 2018. Disposal of low level waste such as “rice straw, sludge and ash from waste incineration” has only just begun, the Japan Times wrote. The eventual disposal of more dangerous waste will be much more difficult.
At the same time, criticism of the government’s approach is also mounting with concerns it is pressuring residents to return to an area where radiation exposure remains many times the international standard.
Having spent years investigating some of the wealthiest people on the planet, journalist and broadcaster Jacques Peretti joins me to discuss the secret billion dollar deals that we never hear about but which are changing our world and revolutionising everything we do.
Published on 21 Nov 2017
Under The Skin #36
Beyond Conspiracy – The Terrifying Truth Of Corporate Power
The radiation effects of the Fukushima Daiichi Nuclear Power Plant triple meltdowns are felt worldwide, whether lodged in sea life or in humans, it cumulates over time. The impact is now slowly grinding away only to show its true colors at some unpredictable date in the future. That’s how radiation works, slow but assuredly destructive, which serves to identify its risks, meaning, one nuke meltdown has the impact, over decades, of a 1,000 regular industrial accidents, maybe more.
It’s been six years since the triple 100% nuke meltdowns occurred at Fukushima Daiichi (March 11th, 2011), nowadays referred to as “311”. Over time, it’s easy for the world at large to lose track of the serious implications of the world’s largest-ever industrial disaster; out of sight out of mind works that way.
According to Japanese government and TEPCO (Tokyo Electric Power Company) estimates, decommissioning is a decade-by-decade work-in-progress, most likely four decades at a cost of up to ¥21 trillion ($189B). However, that’s the simple part to understanding the Fukushima nuclear disaster story. The difficult painful part is largely hidden from pubic view via a highly restrictive harsh national secrecy law (Act on the Protection of Specially Designated Secrets, Act No. 108/2013), political pressure galore, and fear of exposing the truth about the inherent dangers of nuclear reactor meltdowns. Powerful vested interests want it concealed.
Following passage of the 2013 government secrecy act, which says that civil servants or others who “leak secrets” will face up to 10 years in prison, and those who “instigate leaks,” especially journalists, will be subject to a prison term of up to 5 years, Japan fell below Serbia and Botswana in the Reporters Without Borders 2014 World Press Freedom Index. The secrecy act, sharply criticized by the Japanese Federation of Bar Associations, is a shameless act of buttoned-up totalitarianism at the very moment when citizens need and, in fact, require transparency.
The current status, according to Mr. Okamura, a TEPCO manager, as of November 2017:
We’re struggling with four problems: (1) reducing the radiation at the site (2) stopping the influx of groundwater (3) retrieving the spent fuel rods and (4) removing the molten nuclear fuel.1
In short, nothing much has changed in nearly seven years at the plant facilities, even though tens of thousands of workers have combed the Fukushima countryside, washing down structures, removing topsoil and storing it in large black plastic bags, which end-to-end would extend from Tokyo to Denver and back.
As it happens, sorrowfully, complete nuclear meltdowns are nearly impossible to fix because, in part, nobody knows what to do next. That’s why Chernobyl sealed off the greater area surrounding its meltdown of 1986. Along those same lines, according to Fukushima Daiichi plant manager Shunji Uchida:
Robots and cameras have already provided us with valuable pictures. But it is still unclear what is really going on inside.2
Seven years and they do not know what’s going on inside. Is it the China Syndrome dilemma of molten hot radioactive corium burrowing into Earth? Is it contaminating aquifers? Nobody knows, nobody can possibly know, which is one of the major risks of nuclear meltdowns. Nobody knows what to do. There is no playbook for 100% meltdowns. Fukushima Daiichi proves the point.
When a major radiological disaster happens and impacts vast tracts of land, it cannot be ‘cleaned up’ or ‘fixed’.3
Meanwhile, the world nuclear industry has ambitious growth plans, 50-60 reactors currently under construction, mostly in Asia, with up to 400 more on drawing boards. Nuke advocates claim Fukushima is well along in the cleanup phase so not to worry as the Olympics are coming in a couple of years, including events held smack dab in the heart of Fukushima, where the agricultural economy will provide fresh foodstuff.
The Olympics are PM Abe’s major PR punch to prove to the world that all-is-well at the world’s most dangerous, and out of control, industrial accident site. And, yes, it is still out of control. Nevertheless, the Abe government is not concerned. Be that as it may, the risks are multi-fold and likely not well understood. For example, what if another earthquake causes further damage to already-damaged nuclear facilities that are precariously held together with hopes and prayers, subject to massive radiation explosions? Then what? After all, Japan is earthquake country, which defines the boundaries of the country. Japan typically has 400-500 earthquakes in 365 days, or nearly 1.5 quakes per day.
According to Dr. Shuzo Takemoto, professor, Department of Geophysics, Graduate School of Science, Kyoto University:
The problem of Unit 2… If it should encounter a big earth tremor, it will be destroyed and scatter the remaining nuclear fuel and its debris, making the Tokyo metropolitan area uninhabitable. The Tokyo Olympics in 2020 will then be utterly out of the question.4
Since the Olympics will be held not far from the Fukushima Daiichi nuclear accident site, it’s worthwhile knowing what to expect; i.e., repercussions hidden from public view. After all, it’s highly improbable that the Japan Olympic Committee will address the radiation-risk factors for upcoming athletes and spectators. Which prompts a question: What criteria did the International Olympic Committee (IOC) follow in selecting Japan for the 2020 Summer Olympics in the face of three 100% nuclear meltdowns totally out of control? On its face, it seems reckless.
This article, in part, is based upon an academic study that brings to light serious concerns about overall transparency, TEPCO workforce health and sudden deaths, as well as upcoming Olympians, bringing to mind the proposition: Is the decision to hold the Olympics in Japan in 2020 a foolish act of insanity and a crude attempt to help cover up the ravages of radiation?
Thus therefore, a preview of what’s happening behind, as well as within, the scenes researched by Adam Broinowski, PhD (author of 25 major academic publications and Post Doctoral Research Fellow, Australian National University):5
The title of Dr. Broinowski’s study provides a hint of the inherent conflict, as well as opportunism, that arises with neoliberal capitalism applied to “disaster management” principles. (Naomi Klein explored a similar concept in The Shock Doctrine: The Rise of Disaster Capitalism, Knopf Canada, 2007).
Dr. Broinowski’s research is detailed, thorough, and complex. His study begins by delving into the impact of neoliberal capitalism, bringing to the fore an equivalence of slave labor to the Japanese economy, especially in regards to what he references as “informal labour.” He preeminently describes the onslaught of supply side/neoliberal tendencies throughout the economy of Japan. The Fukushima nuke meltdowns simply bring to surface all of the warts and blemishes endemic to the neoliberal brand of capitalism.
According to Professor Broinowski:
The ongoing disaster at the Fukushima Daiichi nuclear power station (FDNPS), operated by Tokyo Electric Power Company (TEPCO), since 11 March 2011 can be recognised as part of a global phenomenon that has been in development over some time. This disaster occurred within a social and political shift that began in the mid-1970s (ed. supply-side economics, which is strongly reflected in America’s current tax bill under consideration) and that became more acute in the early 1990s in Japan with the downturn of economic growth and greater deregulation and financialisation in the global economy. After 40 years of corporate fealty in return for lifetime contracts guaranteed by corporate unions, as tariff protections were lifted further and the workforce was increasingly casualised, those most acutely affected by a weakening welfare regime were irregular day labourers, or what we might call ‘informal labour’.
In short, the 45,000-60,000 workers recruited to deconstruct decontaminate Fukushima Daiichi and the surrounding prefecture mostly came off the streets, castoffs of neoliberalism’s impact on
… independent unions, rendered powerless, growing numbers of unemployed, unskilled and precarious youths (freeters) alongside older, vulnerable and homeless day labourers (these groups together comprising roughly 38 per cent of the workforce in 2015) found themselves not only (a) lacking insurance or (b) industrial protection but also in many cases (c) basic living needs. With increasing deindustrialisation and capital flight, regular public outbursts of frustration and anger from these groups have manifested since the Osaka riots of 1992. (Broinowski)
A film tracing the origin of uranium, which is used in the production of nuclear energy, focusing on Australia and the largest Uranium mine in the world at Olympic Dam in southern Australia.
The film interviews people from both sides of the argument, but it’s focus is definitely on the environmental damage done with both the production and use of nuclear power.
There is an enormous amount of water used in the production of the uranium, and the tailings (leftovers) from the extraction are highly contaminated and for 1000s of years.
Even though the mining companies contract to care for the waste, no company ever lasted the length of time needed to ensure safety, even if they could do so.
Once extracted the ore is sent all over the world as local deposits are either finished or non-existent, and that also has environmental effects, and entails the transportation of radioactive materials through populated areas.
This film should be seen in conjunction with another I posted earlier, Dumped Nuclear Waste in European Seas, about the disposal of radioactive waste in Europe.
Nuclear Hotseat , a nuclear awareness podcast, has cautioned about a burial plan for burial of highly radioactive waste near the high tide location of the Pacific Ocean.
This Week’s Featured Interview:
Donna Gilmore of SanOnofreSafety.org reports on Southern California Edison’s plans to bury 1,800 tons – that’s 3,600,000 pounds <!>of high-level radioactive waste on the Pacific Ocean a mere 36 yards from high tide in canisters that are known to crack and leak. Each one contains a Chernobyl’s worth of radiation less than 70 miles from Los Angeles!
Numnutz of the Week (For Nuclear Boneheadedness):
“Shelter in place” after a nuclear accident… and stay there? New study provides a great way to keep the bodies out of the streets and the clean-up to a minimum! Beware of “*NEW IMPROVED*” methods of measuring radioactive risk… and always check out who’s behind the funding for this kind of bogus pro-nuclear “research.”
WASHINGTON (Reuters) – Imagine it is 3 a.m., and the president of the United States is asleep in the White House master bedroom. A military officer stationed in an office nearby retrieves an aluminum suitcase – the “football” containing the launch codes for the U.S. nuclear arsenal – and rushes to wake the commander in chief.
An unarmed Minuteman III intercontinental ballistic missile launches during an operational test at 2:10 a.m. Pacific Daylight Time at Vandenberg Air Force Base, California, U.S., August 2, 2017. Picture taken August 2, 2017. U.S. Air Force/Senior Airman Ian Dudley/Handout via REUTERS
Early warning systems show that Russia has just launched 100 intercontinental ballistic missiles (ICBMs) at the United States, the officer informs the president. The nuclear weapons will reach U.S. targets in 30 minutes or less.
Bruce Blair, a Princeton specialist on nuclear disarmament who once served as an ICBM launch control officer, says the president would have at most 10 minutes to decide whether to fire America’s own land-based ICBMs at Russia.
“It is a case of use or lose them,” Blair says.
A snap decision is necessary, current doctrine holds, because U.S. missile silos have well-known, fixed locations. American strategists assume Russia would try to knock the missiles out in a first strike before they could be used for retaliation.
Of all weapons in the U.S. nuclear arsenal, the ICBM is the one most likely to cause accidental nuclear war, arms-control specialists say. It is for this reason that a growing number of former defense officials, scholars of military strategy and some members of Congress have begun calling for the elimination of ICBMs.
They say that in the event of an apparent enemy attack, a president’s decision to launch must be made so fast that there would not be time to verify the threat. False warnings could arise from human error, malfunctioning early warning satellites or hacking by third parties.
Once launched, America’s current generation of ICBM missiles, the Minuteman III, cannot be recalled: They have no communication equipment because the United States fears on-board gear would be vulnerable to electronic interference by an enemy.
These critics recommend relying instead on the other two legs of the U.S. nuclear “triad”: submarine-launched ballistic missiles, and heavy bombers armed with hydrogen bombs or nuclear-warhead cruise missiles. The president would have more time to decide whether to use subs or bombers.
Bombers take longer to reach their targets than ICBMs and can be recalled if a threat turns out to be a false alarm. Nuclear missile subs can be stationed closer to their targets, and are undetectable, so their locations are unknown to U.S. adversaries. There is virtually no danger the subs could be knocked out before launching their missiles.
“ANTIQUATED” ARSENAL
Among the advocates of dismantling the ICBM force is William Perry, defense secretary under President Bill Clinton. In a recent interview, Perry said the U.S. should get rid of its ICBMs because “responding to a false alarm is only too easy.” An erroneous decision would be apocalyptic, he said. “I don’t think any person should have to make that decision in seven or eight minutes.”
Leon Panetta, who served as defense secretary during the Barack Obamaadministration, defended the triad while in office. But in a recent interview he said he has reconsidered.
“There is no question that out of the three elements of the triad, the Minuteman missiles are at a stage now where they’re probably the most antiquated of the triad,” he said.
The risk of launch error is even greater in Russia, several arms control experts said. The United States has about 30 minutes from the time of warning to assess the threat and launch its ICBMs. Russia for now has less, by some estimates only 15 minutes.
That is because after the Cold War, Russia didn’t replace its early warning satellites, which by 2014 had worn out. Moscow now is only beginning to replace them. Meanwhile it relies mainly on ground-based radar, which can detect missiles only once they appear over the horizon.
In contrast, the United States has a comprehensive, fully functioning fleet of early warning satellites. These orbiters can detect a Russian missile from the moment of launch.
The doubts about the ICBM force are circulating as the world faces its most serious nuclear standoff in years: the heated war of words over Pyongyang’s growing atomic weapons program between Trump and North Korean leader Kim Jong-Un. U.S.-Russian nuclear tensions have increased as well.
The questioning of the missile fleet also comes as the United States pursues a massive, multi-year modernization of its nuclear arsenal that is making its weapons more accurate and deadly. Some strategists decry the U.S. upgrade – and similar moves by Moscow – as dangerously destabilizing.
Skeptics of the modernization program also have cited the new U.S. president’s impulsiveness as further reason for opposing the hair-trigger ICBM fleet. The enormously consequential decision to launch, said Perry, requires a president with a cool and rational personality. “I’m particularly concerned if the person lacks experience, background, knowledge and temperament” to make the decision, he said.
This month, the Senate Foreign Relations Committee held a hearing to discuss the president’s authority to launch a first-strike nuclear attack. Democratic Sen. Ed Markey of Massachusetts has called for that authority to be curbed, though such a break with decades of practice doesn’t have broad support.
“Donald Trump can launch nuclear codes just as easily as he can use his Twitter account,” said Markey. “I don’t think we should be trusting the generals to be a check on the president.”
FILE PHOTO: A U.S. Air Force missile maintenance team removes the upper section of an intercontinental ballistic missile with a nuclear warhead in an undated USAF photo at Malmstrom Air Force Base, Montana, U.S.. U.S. Air Force/Airman John Parie/Handout via REUTERS
THE NORTH KOREAN THREAT
A spokesperson for the White HouseNational Security Council dismissed any suggestion that Trump lacks the skills to handle the arsenal. “The president is pre-eminently prepared to make all decisions regarding the employment of our nuclear forces,” she said.
Doubts about ICBMs predated the change of administrations in Washington.
ICBMs, detractors say, are largely useless as a deterrent against threats such as North Korea. They argue the land-based missiles can be fired only at one conceivable U.S. adversary: Russia.
That’s because, to reach an adversary such as North Korea, China or Iran from North America, the ICBMs would have to overfly Russia – thus risking an intentional or accidental nuclear response by Moscow. (A small number of U.S. ICBMs are aimed at China, in case Washington finds itself at war with both Moscow and Beijing.)
Despite the rising criticism, for now there is little chance America will retire its ICBM fleet. To supporters, eliminating that part of the triad would be like sawing one leg off a three-legged stool.
Presidents Obama and now Donald Trump have stood by them. There is little interest in Congress to consider dismantlement.
Well before Trump picked him to be defense secretary, General James Mattis raised questions about keeping the U.S. ICBM force, in part because of dangers of accidental launch. In 2015 he told the Senate Armed Services Committee: “You should ask, ‘Is it time to reduce the triad to a dyad removing the land-based missiles?’”
In his Senate confirmation hearing as defense secretary, Mattis said he now supports keeping ICBMs. They provide an extra layer of deterrence, he said, in hardened silos.
The National Security Council spokesperson said no decision had been made on keeping ICBMs. She noted that the president has ordered a review by the end of this year of U.S. nuclear policy, and no decision will be made until then.
ICBMs are part of the overall U.S. nuclear modernization program, which is expected to cost at least $1.25 trillion over 30 years. The missiles are being refurbished and upgraded to make them more accurate and lethal. And the United States is building a new class of ICBMs to be fielded around 2030.
The Air Force has confirmed that the current refurbished Minuteman IIIs have improved guidance systems and a bigger third-stage engine, which make them more precise and able to carry bigger payloads.
BRUSHES WITH ARMAGEDDON
The U.S. nuclear missile force dates back to the 1950s. Lacking expertise in making rockets, the United States after World War II scoured Germany for the scientists who had built the V2 rockets Germany fired on England. Under a secret plan, Washington spirited scientists such as Wernher von Braun, later considered the father of American rocketry, out of Germany, away from possible war crimes prosecution, in exchange for helping the United States.
By 1947 the Cold War was on. The former Nazi rocket designers would help America build super-fast, long-range missiles that could rain nuclear warheads on the Soviet population.
The program began slowly. That changed on October 4, 1957. The Soviet Union launched Sputnik, a small satellite, into Earth orbit, beating the United States into space. For the Pentagon, the most significant fact was that Sputnik had been launched by an ICBM capable of reaching the U.S. homeland. The United States put its missile program into overdrive, launching its own ICBM in November 1959.
The ICBMs’ advantage over bombers was that they could reach their targets in 30 minutes. Even bombers taking off from European bases could take hours to reach their ground zeroes.
By 1966, once an order was given to missile crews, pre-launch time was minimized to five minutes. This resulted from a change in fuel. Before, liquid fuel powered ICBMs. In a lengthy process, it had to be loaded immediately before launch. The invention of solid fuel solved the problem. It was installed when the missile was built, and remained viable for decades.
One reason arms specialists worry about the ICBM force is that the United States and Russia have come close to committing potentially catastrophic errors multiple times.
In 1985, for example, a full nuclear alert went out when a U.S. Strategic Command computer showed that the Soviet Union had launched 200 ICBMs at the United States. Fortunately, Perry recounts in his book, “My Journey at the Nuclear Brink,” the officer in charge realized there was a fault in the computer and that no missiles had been launched. The problem was traced to a faulty circuit board, but not before the same mistake happened two weeks later.
In 1995, then-Russian president Boris Yeltsin had his finger on the button, because the Russians had detected a missile launched from Norway, which they assumed to be American. Russian officials determined just in time that it was not a nuclear missile.
They later learned it was a harmless scientific-research rocket. Norway had warned Russia well in advance of the launch – but the information was never passed on to radar technicians.
Reported by Scot Paltrow; edited by Michael Williams
The Treasury decision will deal a blow to companies hoping to build new windfarms, solar plants and tidal lagoons.Photograph: Murdo Macleod for the Guardian
Adam Vaughan
Companies hoping to build new windfarms, solar plants and tidal lagoons, have been dealt a blow after the government said there would be no new subsidies for clean power projects until 2025 at the earliest.
The Treasury said it had taken the decision to “protect” consumers, because households and businesses were facing an annual cost of about £9bn on their energy bills to pay for wind, solar and nuclear subsidies to which it had already committed.
The revelation that there will be no more money for projects before 2025 could dash hopes for pioneering projects such as the proposed £1.3bn tidal lagoon in Swansea, which has a mooted launch date of 2022.
In a Treasury document on carbon levies published on Wednesday, officials said: “On the basis of the current forecast, there will be no new low-carbon electricity levies until 2025.”
Environmental groups criticised the Treasury move. The WWF said it was a huge disappointment, while Greenpeace claimed Wednesday’s budget was one of the least green ever.
Business groups also reacted with dismay. The pro-environment Aldersgate Group, whose members include BT, Ikea and Marks & Spencer, said the lack of clarity on low-carbon power investments was disappointing.
James Court, head of policy at the Renewable Energy Association, said: “The UK government seem to be turning their back on renewables by announcing no new support for projects post-2020 and a freeze on carbon taxes.”
It is understood the policy will only affect projects generating electricity before 2025, so would not stop firms signing contracts for power stations coming online after 2025. That means the backers of new nuclear power stations are unlikely to be affected by the decision, because none was expected to be built by then. But it could be a blow for the companies wanting to build solar farms, onshore windfarms and other clean power plants at an earlier date.
The government confirmed that it would honour an existing pledge to auction £557m of renewable energy subsidies, beginning next year. But most of that pot is expected to be taken by giant offshore windfarms, likely crowding out other technologies such as tidal.
John Sauven, chief executive of Greenpeace, said: “Despite the chancellor’s pride in the UK’s climate leadership, hidden away in the unannounced text of the budget, he quietly revealed this was one of the least green budgets ever because there will be no new money for renewables until at least 2025.”
Gareth Redmond-King, head of energy and climate at WWF, said: “It is a huge disappointment that there will be no new investment in UK renewables.”
The government also announced that until 2025 it was freezing a carbon tax on dirty energy generators. Big energy firms, including SSE, have been calling for the tax, the carbon price floor, to be strengthened to encourage new investment in greener energy.
One expert said the decision to freeze rather than increase the tax meant the UK’s climate change target for 2030 was being put at risk.
“It is disappointing that the Treasury is continuing its indefinite freeze of the carbon price support rate, a move that could endanger the achievement of the UK’s emissions target for 2030,” said Bob Ward, policy and communications director at the Grantham Research Institute on Climate Change and the Environment.
He added that the current price of around £24.50 a tonne of CO2 was likely to be too weak to drive the energy market to shift from gas power stations to renewables and nuclear.
This article titled “No subsidies for green power projects before 2025, says UK Treasury” was written by Adam Vaughan, for theguardian.com on Wednesday 22 November 2017 04.48pm
Antarctica Nuclear Power Plant Cancer Disaster on Day 1 Says Navy Shipmen
Antarctica nuclear reactor caused many cancers. Several countries insisted the US to clean up the nuclear waste via treaty. 5 On Your Side Investigation in March 2011 revealed at least “438 malfunctions from 1964 through 1972.” Our report found “leaking water surrounding the reactor” as well as “hairline cracks in the reactor liner” and prompted two federal hearings that upheld our report’s findings. The plant was eventually shut down and dismantled in 1972, but in the decades that followed, repeated cancer claims for service-connected disability filed by veterans were routinely turned down or ignored by the Veterans Administration. “There is no question that the water was contaminated,” said Wilborn, who was granted a service-connected disability after a hearing before the Board of Veterans Appeals. The appeals board also found that Wilborn’ s exposure was “grossly underestimated” and “evidence strongly suggests that others may have been exposed to higher levels” as well. Source Ron Reagan http://www.newsnet5.com/news/local-ne…
McMurdo has attempted to improve environmental management and waste removal over the past decade in order to adhere to the Protocol on Environmental Protection to the Antarctic Treaty, which was signed October 4, 1991, and entered into force January 14, 1998. This agreement prevents development and provides for the protection of the Antarctic environment through five specific annexes on marine pollution, fauna, and flora, environmental impact assessments, waste management, and protected areas. It prohibits all activities relating to mineral resources except scientific. A new waste treatment facility was built at McMurdo in 2003, https://en.wikipedia.org/wiki/McMurdo…
