High plutonium content in MOX fuel leaked from Fukushima nuclear reactor
Officials now say Fukushima reactor with MOX fuel “leaked directly from containment” — TV: Contamination of environment was due to “failure of vessel” — Experts: This has caused additional worries because MOX is more “radioactively aggressive” due to plutonium content (VIDEO) http://enenews.com/officials-fukushima-reactor-mox-fuel-leaked-directly-containment-vessel-tv-radioactive-contamination-environment-caused-failure-vessel-experts-caused-additional-worries-tepco-govt-because-mox-ra?utm_source=feedburner&utm_medium=email&utm_campaign=Feed%3A+ENENews+%28Energy+News%29
NHK, Dec 17, 2015 (emphasis added): [TEPCO] says radioactive fallout that polluted the environment in mid-March of 2011 was likely caused by a leak directly from a containment vessel of the facility’s No.3 reactor. Officials… on Thursday reported their latest findings on what happened at the plant… They concluded that radioactive contamination of the environment between the night of March 14th and the 16th was likely caused not by the vent operations but failure of the vessel. They said the vessel likely lost airtightness due to heat from nuclear fuel, leading to the direct release of radioactive substances into the environment.
NHK transcript, Dec 17, 2015: [TEPCO] said the substances in one of the reactors probablyleaked directly from the containment vessel… They suspect the heat of fuel caused the containment vessel to lose airtightness.
TEPCO, Dec 17, 2015: A significant release of steam from the night of March 14 to March 16, 2011 is believed to have been responsible for contamination to the surrounding environment of Fukushima Daiichi. The investigation reports that the primary containment vessels in Units 2 and 3 did likely lose leakage resistant properties by March 15 and had been in a condition where radioactive materials could leak directly from them. It is therefore presumed the environmental contamination outside Fukushima Daiichi during that period was caused by steam leakage directly from the primary containment vessels and not from the vent.
TEPCO, Dec 17, 2015: Leakage and release of a large amount of steam from the Unit 3 Reactor Building — The PCVs of Units 2 & 3 lost the airtightness in the end, which is confirmed by the fact that steam escaped from the Reactor Buildings. Analysis of the behavior of the pressure in the PCVs and the situation at the time of the accident has revealed that the environmental contamination from the night of March 14 to March 16 occurred by steam leakage together withradioactive materials directly from the PCVs not from the vent.
UBS Investment Research (via WikiLeaks), Apr 2011: Of particular concern was Unit 3, because, since September 2010, the plant had been fueled with mixed oxide, or MOx… Use of MOx heightened fuel risk — Fukushima Daiichi Unit 3 was fuelled with mixed oxide (MOx), which is about 93% uranium and 7% plutonium. This has caused additional worries for TEPCO and the government, because MOx is more radioactively aggressive. We think national nuclear safety reviews might consider restrictions on its use.
Groundwater at Fukushima Daiichi has become increasingly salty
Salt Water Infiltrates Fukushima Daiichi, Simply Info December 19th, 2015 TEPCO has admitted a new problem with the water management and steel sea wall at Fukushima Daiichi.Salt levels in groundwater being pumped up from around the reactor buildings and sea front were found to now have more than the expected amount of salt. This appears to indicate some amount of sea water is infiltrating back into the plant grounds near the reactors.
The solution so far has been to dump the salty water into the reactor building basements. This itself is problematic as excess salt levels will increase the corrosion of structures in the lower levels of the buildings. It has also created a problem for treating the contaminated water. The decontamination systems are not meant to handle water with significant salt levels………http://www.fukuleaks.org/web/?p=15233
TEPCO to evaporate 800,000 m3 of Tritium water to the air ?
Tepco considers evaporating 800,000 m3 of Tritium water to the air
http://fukushima-diary.com/2015/12/tepco-considers-evaporating-800000-m3-of-tritium-water-to-the-air/ On 12/11/2015, Tepco announced the possibility of evaporating Tritium water retained in Fukushima plant area. It was reported in the task force of METI (Minister of Economy, Trade and Industry).
From their report, the estimated volume to be released is 800,000 m3. 400 m3 of Tritium water is expected to be released per day.
The maximum density of Tritium is 4,200,000,000 Bq/m3.
The water is reportedly vaporized at 900 ~ 1,000 ℃, released to the atmosphere at 60m above the ground.
Tepco states the maximum density becomes lower than 5,000 Bq/m3 at 40m area from the releasing point, which is the notice concentration limit.
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/
Fukui governor intends to consent to nuclear power restart, but court injunction still holds
Fukui governor to give consent for nuclear plant restart Japan Today, DEC. 21, 2015 – FUKUI —
Fukui Gov Issei Nishikawa will soon give his consent for the restart of two nuclear reactors in the prefecture on the Sea of Japan coast, sources close to the matter said Sunday, as the central government seeks to bring more reactors back online after the 2011 Fukushima nuclear crisis.
The governor will visit the site of the Nos. 3 and 4 reactors at Kansai Electric Power Co’s Takahama plant on Monday to check safety measures before expressing his consent, they said. The governor’s consent is necessary to restart the reactors…….
In the talks, Hayashi said the central government will tackle issues such as nuclear accidents and decommissioning “with responsibility.” The minister also said the government plans to hold symposiums and other events across Japan to gain public support for the restart of nuclear reactors.
Nishikawa welcomed such measures by the central government and said he will make a decision that would “win the trust of the residents of the prefecture.”…..
However, a court injunction in April has banned Kansai Electric from reactivating the Takahama units over safety concerns. The Fukui District Court will make a decision Thursday on an objection filed by the utility over the injunction. http://www.japantoday.com/category/national/view/fukui-governor-to-give-consent-for-nuclear-plant-restart
Fukushima Waste Mathematics

I must admit that I have a bit of a hard time to follow the mathematics of the Japanese government and of the Japanese media when it comes about the Fukushima accumulated waste and its disposal.
In November 9, 2014 in its article the french Figaro was speaking of 43 millions cubic meters (metric tons) for the prefecture of Fukushima only.
http://www.lefigaro.fr/sciences/2014/11/09/01008-20141109ARTFIG00177-fukushima-le-japon-a-choisi-d-incinerer-des-tonnes-de-dechets-radioactifs.php
That number of 43 millions tons was confirmed on January 5, 2015 by the Japan Times in its article :
https://l.facebook.com/l.php?u=http%3A%2F%2Fwww.japantimes.co.jp%2Fnews%2F2015%2F01%2F05%2Fnational%2Fpermanent-radioactive-waste-disposal-facing-significant-hurdles%2F%23.VMISDC4bLD1&h=qAQGs4WIp
Now one year later, this December 10, 2015 the Mainichi is now giving us a 9 millions tons number :
http://mainichi.jp/english/articles/20151210/p2a/00m/0na/020000c
We know that there are a dozen of incinerators which were constructed in the year-end of 2014 in various towns of Fukushima prefecture, and which started operations in 2015.
We know that one of the main ones, the Tomioka incinerator, which started operations on March 19, 2015 has an incineration capacity of 500 tons per day.
Therefore if we assume that those 12 incinérators would have all similar incineration capacity:
12 incinérators x by 500 tons a day = 6000 tons a day
6000 tons a day x by 365 days in a year = 2,190 000 tons in a year,
Which means a little over 2 million tons could have been incinerated within this one year 2015 by that dozen of incinerators.
Now they are telling us that it remains only 9 millions tons of waste in Fukushima prefecture….
43 millions – 2, – 9, = 32 millions
Please can someone explain to me where those 32 million metric tons went ???
Yes, I know my maths are not up to Einstein level, but still I am smelling something fishy here…
One more thing, whatever the number of tons which have been incinerated in Fukushima prefecture by that dozen of incinerators during the year 2015, a radioactive dust remains radioactive even after incineration, incineration cannot assure that radioactive nanoparticles will not become redistributed into the environment, nearby or far away depending on the goodwill of the winds, incineration is therefore not a viable solution.
This incineration is the equivalent to a slow global murder, just helping to redistribute freely and widely those radioactive nanoparticles anywhere within the Northern Atmosphere, why does the international community not oppose Japan’s radioactive debris incineration? Why Japan neighboring countries do not oppose it? Especially Canada and the US which are receiving a good share of it carried by the Jet Stream to their shores and further than their shores to the inner lands, why do not they oppose it?

Tomioka incinerator
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.
Unknown – the methods, costs, time taken, to clean up Fukushima nuclear site

Fukushima chief says ‘no textbook’ for nuclear cleanup, CTV News, Yuri Kageyama, The Associated Press , December 15, 2015 TOKYO — The man leading the daunting task of dealing with the Fukushima nuclear plant that sank into meltdowns in northeastern Japan warns with surprising candour: Nothing can be promised.
How long will it take to decommission the three breached reactors, and how will it be accomplished, when not even robots have been able to enter the main fuel-debris areas so far? How much will it ultimately cost? Naohiro Masuda, tapped last year as chief of decontamination and decommissioning for plant owner Tokyo Electric Power Co., acknowledges he is a long way from answering those questions definitively.
“This is something that has never been experienced. A textbook doesn’t exist for something like this,” Masuda told The Associated Press in an interview at TEPCO’s Tokyo headquarters Monday. Continue reading
Official data now reveals hugh extent of Fukushima radiation to USA West Coast
OFFICIAL DATA: FUKUSHIMA BOMBARDED WEST COAST WITH 790X NORMAL RADIATION http://www.thedailysheeple.com/official-data-fukushima-bombarded-west-coast-with-790x-normal-radiation_122015 DECEMBER 14, 2015 | JOSHUA KRAUSE | THE DAILY SHEEPLE |Ever since the meltdown of the Fukushima Daiichi power plant in 2011, our government has been pretty quiet about the environmental and health implications of that disaster. When the plant first melted down, much of our population was justifiably alarmed. After all, many of us remembered the Chernobyl incident and how the radiation it produced spread all across Europe, and in smaller amounts, the world.
But the government assured us that everything would be fine, and at most we would see a negligible amount of radioactive particles in the United States. Everyone who said otherwise was and still is, called a quack or a conspiracy theorist.
However, official government data that was collected in 2011 has just seen the light of day, and it suggests that our initial concerns were probably correct. The information was collected by officials with Los Angeles County when concerns were raised by residents. After state and federal agencies failed to test the area for radiation in a timely manner, the county hired their own people to run the test. Natural News reported on the results.
Samples were taken between April 29 and May 2, 2011, approximately seven weeks after the radioactive releases from Fukushima. The county found that gross alpha radiation levels at a location in Los Angeles were 300 femtocuries per cubic meter (fCi/m3), and levels at a Hacienda Heights location were 200 fCi/m3.
For context, the Lawrence Livermore National Laboratory reports the average (annual median) level of gross alpha activity for the state of California as just 0.38 fCi/m3 – that is, 790 times lower.
The levels detected in Los Angeles County were a full 100 times higher than the level that requires an investigation at a U.S. nuclear laboratory, according to the Environmental Monitoring Plan at Brookhaven National Laboratory: “If the gross alpha activity in the [air] filters is greater than 3 fCi/m3, then collect more samples in the vicinity, and project manager will review all detections above the limits … All values greater than the above-stated gross alpha/beta concentration shall trigger an investigation.”
Finally, the Los Angeles County levels were almost 15 times higher than the federal regulatory limit for alpha radiation, which is 21 fCi/m3, according to a 2010 document from Idaho National Laboratory.
Moreover, the alpha radiation emitting particles that were deposited on the West Coast are incredibly dangerous for humans. While Gamma and Beta Radiation have far more power and penetration, Alpha rays produce a tremendous amount of damage in the human body when ingested. Because they don’t penetrate materials like Gamma rays do, all of their energy is deposited into the cells that reside near the particle.
More importantly, it doesn’t take very many of these particles to ruin your long-term health. For instance, if you were exposed to a temporary large dose of radiation, your body could probably recover from it, perhaps without even developing cancer. But when the particle itself is embedded in your tissue for weeks, months, and in some cases for years, as it destroys and mutates surrounding cells over and over again, you can expect a significantly shorter lifespan. Even if the amount radiation is small, it’s also continuous, and its source is difficult to remove
So while the government was telling us that everything was hunky dory in the weeks after the Fukushima meltdown, major West Coast cities like Los Angeles were being drenched in alarming levels of this radioactive waste.
Who knows how much of that fell onto the countless farms in the Central Valley, which feed much of the United States? And since they failed to inform us about the danger we were in then, who knows how much danger we are in now? Our government hates to admit when its wrong (or they won’t admit that they lied to us), so if we are still in danger, somehow I doubt they will have anything to say to us now.
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High level nuclear waste into the ocean: Japanese govt’s latest idea
Japan to consider ocean disposal of nuclear waste http://ajw.asahi.com/article/behind_news/social_affairs/AJ201512120027 December 12, 2015 THE ASAHI SHIMBUN
The industry ministry will consider the feasibility of burying high-level radioactive waste from nuclear power plants under the seabed, which a working panel said Dec. 11 could be a “highly appropriate” solution.
In an interim report on disposal methods of highly contaminated materials from spent nuclear fuel, the panel said such waste could be disposed of in adjacent waters within 20 kilometers of the coastline.
It called the disposal method relatively realistic because the circulation of groundwater at sea is not as strong as on land. The panel said the site should be created in adjacent waters so that nuclear waste can easily be transported by ships.
The panel included the under-the-seabed disposal plan in nearby waters as a viable option for the final disposal site.
Based on this proposal, the ministry will set up an expert panel in January to discuss what specific technical challenges lay ahead.
The expert panel will discuss locations of active faults under the seabed and the impact of sea level changes to evaluate the feasibility of the project. It is expected to issue its recommendations by next summer.
While the government has encouraged municipalities to submit candidate sites for nuclear waste disposal, it is being forced to rethink this policy because no local government has come forward to provide a realistic disposal site.
Instead, it will hand-pick the “candidate sites from scientific perspectives” and unilaterally request local governments to comply with its research and inspection efforts.
Declassified report shows Fukushima nuclear situation much worse than we were told
Fukushima report declassified: Worse than we were told Rt.com 12 Dec, 2015 Fukushima nuclear power plant is still experiencing major contamination issues nearly five years after the earthquake, tsunami, and subsequent meltdown. A new declassified report from the US Nuclear Regulatory Commission, written on March 18, 2011 just days after the disaster, sheds light on just how bad it was.
We now know that “100% of the total spent fuel was released to the atmosphere from unit 4.” According to nuclear expert and whistleblower Arnie Gundersen in an interview with WBAI in New York, unit four contained more cesium “than in all 800 nuclear bombs exploded above ground”.
Cesium has been linked to thyroid cancer, which is on the increase in the Fukushima area since the tsunami, according to the US National Library of Medicine. The chemical is highly soluble in water and can find its way into foodstuffs that have been prepared in contaminated areas.
Another report this week revealed there are more than nine million bags of nuclear material piling up in Japan, according to the Fukushima Prefecture and the Environment Ministry.
Engineers at Fukushima are still dealing with fallout from four years ago. Last week, the radioactivity at Reactor 1 was measured at 482,000 becquerels per liter of radioactive cesium, Tokyo Electric Power Company (TEPCO) said.
This is 4,000 times higher than last year and the company believes the contaminated water stored at a nearby building may have leaked into the duct, according to The Asahi Shimbun.
Increases in other areas have not been registered, the company said.
400 to 500 tons of radioactive seawater that washed ashore in the 2011 tsunami is pooled in the tunnels, which lie next to a temporary storage facility for radioactive water being used to cool nuclear fuel inside the damaged reactors.
TEPCO said they plan to investigate the spike in radiation. https://www.rt.com/news/325663-fukushima-nuclear-report-declassified/
Japan-India nuclear deal sounds good, but not likely in practice
Much-feted Indo-Japan nuclear deal isn’t all that it’s made out to be and will mean little when implemented, First Post by Jaideep Prabhu Dec 13, 2015 News of an agreement on civil nuclear cooperation between India and Japan has been met with much fanfare in the Indian media. The announcement came on the second morning of Japanese prime minister Shinzo Abe’s three-day trip to India to attend the ninth annual India-Japan Summit. Despite the celebratory tone in India, the fine print and context of what was agreed upon between the two nations is less than satisfactory and will mean little in practice.
The nuclear deal has been a sensitive subject between Delhi and Tokyo for the past five years. ………
Japan holds an important position in international nuclear commerce. Over the years, the island nation has developed expertise in manufacturing several critical reactor components of high quality and become a key node in the supply chains of at least three of the major nuclear vendors, namely the French firm Areva and the American firms General Electric and Westinghouse. Among the major players, only Russia’s Rosatom and China’s two major state-run nuclear vendors – China General Nuclear Power Group (CGN) and China National Nuclear Corporation (CNNC) – are independent of Japanese components. As per Japan’s strict export controls stipulating end-user certification and other conditions, US and French nuclear firms would first need the permission of their Japanese suppliers before doing business with India. Tokyo’s consonance on nuclear cooperation with India thus achieved a greater import, not to mention the symbolic value India put on such an agreement as an indicator of its nuclear normalisation.
The declaration at the India-Japan Summit falls considerably short of a nuclear deal. The two sides merely signed a memorandum of understanding that has punted the legal and technical differences further down the road. In essence, this means that Japan has only agreed to the principle that it can conclude a civil nuclear cooperation agreement with India, that it will make an exception to its rule of not conducting nuclear commerce with a state that is not a signatory of the NPT. This is progress, no doubt, but what price Japan will extract for its concession in terms of technical requirements or how long the nuclear deal will take to operationalise is anyone’s guess……
Why Japan’s government and media keep the silence on Fukushima radiation effects

The Taboo Of Radiation Exposure In Japan: The Social Effects Of Fukushima, Activist Post, By Erin O’Flaherty, 11 Dec 15 “…..why is society reacting in such a way? [keeping quiet about radiation effects] In order to attempt to answer this question, let us break society into two groups: the government/nuclear power companies, and the ordinary Japanese people.
The level of intensity with which the former group have tried to diminish the seriousness of the incident and divert blame from themselves – by appealing to public well-being (avoiding panic), ‘radiophobia’, and the supposed harmlessness of radiation – leads to the obvious conclusion that they are acting to protect their own interests. Companies such as TEPCO (Tokyo Electric Power Company) wish to continue running so they can continue making money. It appears the government also wants to continue the use of nuclear power. This may be to do with nuclear power’s close relationship to war and military power, due to its association with nuclear weapons. It is no secret that the current government are in favour of restoring Japan’s military status, as evidenced by the recent changes to Article 9, which essentially render it meaningless.[24]
The down-playing of the catastrophe of Fukushima is crucial not only for economic reasons (the issue of the continuing operation of the remaining 54 nuclear power plants); it is also vital for the implementation of the state’s military plans for the future.[25]
In order to keep these plans, it is necessary to make everything feel normal, meaning there will be no questioning of nuclear power or of the government’s policies towards it. Information about radiation exposure would breed more empathy with the victims of Fukushima among the public, thus bringing the issue to a more personal level. This empathy could potentially cause a much larger number of people to become angry at the government and wish for the nuclear power companies to be held responsible. It is to avoid this situation that radiation exposure is intentionally not discussed in mainstream Japanese media……..
In order to break past the social stigmas and question the government and nuclear power companies’ actions, people need to start speaking out. But this is an extremely risky and frightening thing to do, especially in light of the treatment journalists may face if they discuss radiation exposure. At the end of the day, people need to make a living, put food on the table and protect their families. Thus, it is much easier to keep your head down and look the other way.
As we have seen, the social effects of the Fukushima nuclear incident are many, including displacement, poverty, depression, anxiety and social discrimination. These effects are all compounded by the media treatment of the incident: lack of information breeds fear and encourages discrimination, victims’ fears are dismissed as irrational, and the actions of the government and nuclear power companies are not questioned because it is made to appear as if everything is fine. The reason for such a reaction can be understood as the government and nuclear power companies protecting their own interests, both economically and militarily. Traditional conceptions of impurity combined with a general by-stander effect within Japanese society, also encourage discrimination and allow the status-quo to be maintained. In this way, we can see that the social effects on Fukushima victims are complex and interwoven, and that their lives have been changed, perhaps irreversibly; “Their lives will be divided into two parts: before and after Fukushima.”[27] References: …… http://www.activistpost.com/2015/12/the-taboo-of-radiation-exposure-in-japan-the-social-effects-of-fukushima.html
Enormous increase in radiation levels in Fukushima underground ducts
Report: “Red Alert! Sharp increase in radiation… at Fukushima” — Levels spike 400,000% under plant — Almost 1,000,000,000 becquerels per cubic meter — TV: Officials investigating cause http://enenews.com/report-red-alert-sharp-increase-radiation-fukushima-levels-spike-400000-plant-tv-officials-investigating?utm_source=feedburner&utm_medium=email&utm_campaign=Feed%3A+ENENews+%28Energy+News%29NHK World, Dec 9, 2015: Radiation spikes in Fukushima underground ducts — The operator of the Fukushima Daiichi nuclear power plant says levels of radioactivity in underground tunnels have sharply risen. Tokyo Electric Power Company has detected 482,000 becquerels per liter of radioactive cesium in water samples taken from the tunnels on December 3rd. That’s 4000 times higher than data taken in December last year. The samples also contained 500,000 becquerels of a beta-ray-emitting substance, up 4,100 times from the same period… They plan to investigate what caused the spike in radiation.
Rossiya Segodnya (Russian gov’t news agency) – Sputnik: Red Alert! Radiation Spike Registered Under Fukushima Nuclear Plant — A sharp increase in radiation levels was detected in one of the underground tunnels at the crippled Fukushima Daiichi nuclear power plant, according to media reports. According to a press release issued by TEPCO, Fukushima plant’s operator, the water samples retrieved from the tunnels on December 3rd contained 482,000 becquerels per liter of radioactive cesium and about 500,000 of beta-ray-emitting substance becquerels per liter of a beta-ray-emitting substance, which is about 4,000-4,100 times higher compared to the samples taken a year ago, Japanese NHK TV channel reports.
Tokyo Electric Power Company (translated by Google), Dec 9, 2015: About the situation at the Fukushima Daiichi nuclear power plant, we will inform you as follows… As part of the accumulated water survey in the trench duct that is connected to each building, it is a confirmation of the radioactivity concentration of appropriate standing water, but the waste treatment building between the contact duct taken on December 3 analytical results of stagnant water is, ensure that it is following values.
<December 3 [2015]>
- Cesium-134: 9.2 × 10^4 Bq/L [92,000 Bq/L]
- Cesium-137: 3.9 × 10^5 Bq/L [390,000 Bq/L]
- All beta: 5.0 × 10^5 Bq/L [500,000 Bq/L]
- Tritium: 6.7 × 10^3 Bq/L [6,700 Bq/L]
Reference (December 11… 2014):
- Cesium-134: 2.7 × 10^1 Bq/L [27 Bq/L]
- Cesium-137: 9.4 × 10^1 Bq/L [94 Bq/L]
- All beta: 1.2 × 10^2 Bq/L [120 Bq/L]
- Tritium: 3.1 × 10^2 Bq/L [310 Bq/L]
According to TEPCO’s data, total cesium increased 3,984 times (~400,000%) and all beta-emitting radionuclides including strontium-90 increased 4,167 times (~420,000%).
The total concentration of radionuclides in the Dec. 3, 2015 sample is 988,700 Bq/L or 988,700,000 Bq/m^3.
Unpalatable news for nuclear industry: reprocessing may be found to be ‘wasteful spending’
Japan may review spending on plutonium fuel cycle http://www.japantoday.com/category/national/view/japan-may-review-spending-on-plutonium-fuel-cycle By Aaron Sheldrick and Linda Sieg DEC. 11, 2015 TOKYO —
Japan may review spending on reprocessing plutonium for use in nuclear reactors, a minister appointed to identify wasteful spending told Reuters, following years of government outlays on the controversial program that has yielded no results.
The minister’s comments come after the operator of Japan’s fast breeder reactor, designed to use plutonium extracted from spent reactor fuel, was declared unfit following decades of accidents, missteps and falsification of documents.
Costs for the Monju breeder reactor have ballooned to about 1 trillion yen ($8 billion) while Japan’s public debt is the highest among industrialized nations. Taro Kono, a ruling Liberal Democratic Party member who is a critic of the Monju facility and the nuclear industry in general, was appointed to examine government spending in a recent cabinet reshuffle by Prime Minister Shinzo Abe.
While Kono emphasized he cannot overturn government policy, he can review public projects and said Abe had told the cabinet that wasteful spending had to be taken “out of the budget.”
He has been reviewing part of the government budget request of 102 trillion yen for the fiscal year starting March, including a little-used ship carrying nuclear fuel and subsidies to towns that host nuclear power plants. “In my portfolio, I can ask them if the money is spent wisely and that’s what I have been doing and the nuclear fuel cycle is no exception,” the U.S.-educated Kono said.
He said next year’s review could be widened to include all government spending on nuclear projects, something that might resonate with voters after the Fukushima disaster in 2011 turned the public against atomic power. “If they are not doing a good job, the review next year will be all nuclear, maybe,” Kono said.
His comments could have implications for another costly nuclear project that is mostly in private hands but has strong government support and receives some public funds. The Rokkasho plutonium reprocessing facility in northern Japan is meant to provide fuel for Monju and some of Japan’s nuclear reactors, but completion was delayed for a 23rd time last month.
The plant has been beset with problems since the first concrete was laid in 1993 and costs have ballooned to 2.2 trillion yen ($18 billion) from 760 billion yen.
Meanwhile, Japan’s plutonium stockpile has expanded to nearly 50 tons, with stocks held in Britain and France as well as in Japan. Recently, a group of 31 scientists wrote to Abe urging him to abandon reprocessing.
With all but two of Japan’s reactors shut down in the wake of the Fukushima disaster and no immediate use for the plutonium, there is little meaning to the costly exercise of extracting more from spent fuel, critics say.
“The PM’s directive is very clear. If we point out any items that are not spent well it has to be out of the budget,” Kono said. “That’s why a few ministers are not speaking to me right now,” he added, with a laugh.
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