South Korea aims to fight, at International Tribunal, Japan’s plan to empty Fukushima water into Paific Ocean
S Korea aims to fight Japan’s Fukushima decision at tribunal, https://www.aljazeera.com/news/2021/4/14/s-korea-aims-to-fight-japans-fukushima-decision-at-tribunal, 15 Apr S Korea
Moon Jae-in asks officials to look at ways to refer Japan’s Fukushima decision to the International Tribunal for the Law of the Sea.
South Korean President Moon Jae-in has ordered officials to explore petitioning an international court over Japan’s decision to release water from its Fukushima nuclear plant, his spokesman said, amid protests by fisheries and environmental groups.
Moon said officials should look into ways to refer Japan’s move to the International Tribunal for the Law of the Sea, including filing for an injunction, spokesman Kang Min-seok told a briefing.
Japan unveiled plans on Tuesday to release more than 1 million tonnes of contaminated water into the sea from the plant, which was crippled by a 2011 earthquake and tsunami, starting in about two years after filtering it to remove harmful isotopes.South Korea protested strongly against the decision, summoning Koichi Aiboshi, Tokyo’s ambassador in Seoul, and convening an intra-agency emergency meeting to craft its response.
Moon also expressed concerns about the decision as Aiboshi presented his credentials, having arrived in South Korea in February for the ambassador’s post.“I cannot but say that there are many concerns here about the decision as a country that is geologically closest and shares the sea with Japan,” Moon said, asking Aiboshi to convey such worries to Tokyo, according to Kang.An aerial view shows the storage tanks for treated water at the tsunami-crippled Fukushima Daiichi nuclear power plant in Okuma town, Fukushima prefecture, Japan February 13, 2021 [Kyodo via Reuters]South Korea’s foreign ministry issued a statement saying it had raised similar concerns with the United States after the Department of State said Japan’s decision was “transparent” and in line with global safety standards.
The ministry also said it shared “strong regret and serious concerns” about the water’s planned release at a video conference on Wednesday with Chinese officials on maritime issues.
A series of protests against the move by politicians, local officials, fishermen and environmental activists took place in South Korea on Wednesday, including in front of the Japanese embassy in Seoul and consulates in the port city of Busan and on Jeju island.
A coalition of 25 fisheries organisations staged a rally and delivered a written protest to the embassy, urging Tokyo to revoke the decision and Seoul to ban imports from Japanese fisheries.
“Our industry is on course to suffer annihilating damage, just with people’s concerns about a possible radioactive contamination of marine products,” it said in a statement.
The progressive minor opposition Justice Party and some 30 anti-nuclear and environmental groups called Japan’s move “nuclear terrorism,” and said they sent the Japanese embassy a list of signatures of more than 64,000 people opposed to the move collected from 86 countries since February.
Fukushima” is not over: Japanese NGOs raise concern over the ongoing nuclear disaster
Fukushima” is not over: Japanese NGOs raise concern over the ongoing nuclear disaster, Friends of the Earth Japan, Pacific Asia Resource Center (PARC), 14 Apr 21,
On the 10th anniversary of one of the worst nuclear accidents at Fukushima Daiichi Nuclear Power Station, and amid the controversial decision of the Japanese government to dump “treated” radioactive water into the ocean, Japanese NGOs Friends of the Earth Japan and Pacific Asia Resource Center (PARC) co-produced a documentary film Fukushima 10 Years Later: Voices from the continuing nuclear disaster. The film sheds light on the ongoing suffering of victims of the accident and poses critical questions about the Japanese government’s poor responses to the accident.
While then-Prime Minister Abe vainly declared to the world that “the situation in Fukushima is completely under control”, nuclear decays are continuing inside the molten fuel rods, and the exploded plants are still emitting radioactive particles to this day. In the meanwhile, evacuees are torn apart in limbo, with grim hopes of returning to their homeland, continued fear of radioactive fallout, and a dire socio-economic situation. Fisherfolk, who overcame the initial fear of ocean contamination, are forced to relive the experience each time TEPCO and the Japanese government repeatedly choose to release contaminated water into the ocean.
This happens all under the propaganda that Fukushima is pressing ahead with “Fukkou (Recovery)”.
This video aims to highlight the current situation of the victims of the man-made disaster, and challenge the government propaganda of Fukushima’s Recovery.
Fukushima 10 Years Later: Voices from the continuing nuclear disaster
Produced by Friends of the Earth Japan and Pacific Asia Resource Center
Supervised by HOSOKAWA Komei (Citizens’ Commission on Nuclear Energy)
Directed by MATSUMOTO Hikaru (Friends of the Earth Japan)
Running time: 43 min.
The English subtitled version of the film is now available on Vimeo on Demand and will cost USD 5.75 to rent and USD 47.50 to purchase.
https://vimeo.com/ondemand/fukushima10years
For further information on the film, please contact OKUMURA Yuto, Pacific Asia Resource Center.
E-mail: video@parc-jp.org
Yuto Okumura,Pacific Asia Resource Center (PARC)
Japan’s hugely costly nuclear reprocessing program.

Plutonium programs in East Asia and Idaho will challenge the Biden administration, Bulletin of the Atomic Scientists, By Frank N. von Hippel | April 12, 2021, ”………………Japan’s hugely costly reprocessing program. The United States has been trying to persuade Japan to abandon reprocessing ever since 1977. At the time, then prime minister Takeo Fukuda described plutonium breeder reactors as a matter of “life and death” for Japan’s energy future and steamrolled the Carter administration into accepting the startup of Japan’s pilot reprocessing plant. Today, Japan is the only non-nuclear-armed state that separates plutonium. Despite the absence of any economic or environmental justification, the policy grinds ahead due to a combination of bureaucratic commitments and the dependence of a rural region on the jobs and tax income associated with the hugely costly program. The dynamics are similar to those that have kept the three huge US nuclear-weapon laboratories flourishing despite the end of the Cold War.
For three decades, Japan has been building, fixing mistakes, and making safety upgrades on a large plutonium recycle complex in Rokkasho Village in the poor prefecture of Aomori on the northern tip of the main island, Honshu. The capital cost of the complex has climbed to $30 billion. Operation of the reprocessing plant is currently planned for 2023.
A facility for fabricating the recovered plutonium into mixed-oxide plutonium-uranium fuel for water-cooled power reactors is under construction on the same site (Figure 3 on original). The cost of operating the complex is projected to average about $3 billion per year. Over the 40-year design life of the plant, it is expected to process about 300 tons of plutonium—enough to make 40,000 Nagasaki bombs. What could possibly go wrong?
Japan’s Atomic Energy Commission reports that, because of the failures and delays of its plutonium useage programs, as of the end of 2019, Japan owned a stock of 45.5 tons of separated plutonium: 9.9 tons in Japan with the remainder in France and the United Kingdom where Japan sent thousands of tons of spent fuel during the 1990s to be reprocessed.
Both the Obama and Trump administrations pressed Tokyo to revise its reprocessing policy, especially after Japan’s decision to decommission its failed prototype breeder reactor in 2016.
Perhaps in response to this pressure, in 2018, Japan’s cabinet declared:
“The Japanese government remains committed to the policy of not possessing plutonium without specific purposes on the premise of peaceful use of plutonium and work[s] to reduce of the size of [its] plutonium stockpile.”
A step toward reductions that is being discussed would be for Japan to pay the United Kingdom to take title to and dispose of the 22 tons of Japanese plutonium stranded there after the UK mixed-oxide fuel fabrication plant was found to be inoperable. Japan’s separated plutonium in France is slowly being returned to Japan in mixed-oxide fuel for use in reactors licensed to use such fuel.
If, as currently planned, Japan operates the Rokkasho Reprocessing Plant at its design capacity of more than seven tons of plutonium separated per year, however, its rate of plutonium separation will greatly exceed Japan’s rate of plutonium use. Four of Japan’s currently operating reactors are licensed to use mixed-oxide fuel but loaded only 40 percent as much mixed-oxide fuel as planned in 2018-19 and none in 2020. Two more reactors that can use mixed-oxide are expected to receive permission to restart in the next few years. In 2010, Japan’s Federation of Electric Power Companies projected that the six reactors would use 2.6 tons of plutonium per year. If the much-delayed Ohma reactor, which is under construction and designed to be able to use a full core of mixed-oxide fuel, comes into operation in 2028 as currently planned, and all these reactors use as much mixed-oxide fuel as possible, Japan’s plutonium usage rate would still ramp up to only 4.3 tons per year in 2033. (At the end of 2020 the Federation of Electric Power Companies announced its hope to increase the number of mixed-oxide-using reactors to 12 by 2030 but did not list the five additional reactors, saying only, “we will release it as soon as it is ready.”)
As of June 2020, construction at Rokkasho on the mixed-oxide fuel fabrication facility that will process the plutonium separated by the Rokkasho Reprocessing Plant was only 12 percent complete. It was still just a hole in the ground containing some concrete work with its likely completion years behind the currently planned 2023 operation date of the reprocessing plant.
Thus, as happened in Russia and the United Kingdom, the Rokkasho Reprocessing Plant could operate indefinitely separating plutonium without the mixed-oxide plant operating. The reprocessing plant includes storage for “working stocks” containing up to 30 tons of unirradiated plutonium. If and when it begins operating, the mixed-oxide fuel fabrication plant will itself have additional working stocks of at least several tons of plutonium. Therefore, even if Japan transfers title to the plutonium it has stranded in the United Kingdom and manages to work down its stock in France, the growth of its stock in Japan could offset those reductions.
The Biden administration should urge Japan’s government to “bite the bullet” and begin the painful but necessary process of unwinding its costly and dangerous plutonium program. A first step would be to change Japan’s radioactive waste law to allow its nuclear utilities to use the planned national deep repository for direct disposal of their spent fuel.
In the meantime, most of Japan’s spent fuel will have to be stored on site in dry casks, as has become standard practice in the United States and most other countries with nuclear power reactors. Because of its safety advantages relative to storage in dense-packed pools, the communities that host Japan’s nuclear power plant are moving toward acceptance of dry-cask storage. During the 2011 Fukushima accident, the water in a dense-packed pool became dangerously low. Had the spent fuel been uncovered and caught on fire, the population requiring relocation could have been ten to hundreds of times larger ………….https://thebulletin.org/2021/04/plutonium-programs-in-east-asia-and-idaho-will-challenge-the-biden-administration/?utm_source=Newsletter&utm_medium=Email&utm_campaign=MondayNewsletter04122021&utm_content=NuclearRisk_EastAsia_04122021
Fukushima: Japan announces it will dump contaminated water into sea
Fukushima: Japan announces it will dump contaminated water into sea https://www.theguardian.com/environment/2021/apr/13/fukushima-japan-to-start-dumping-contaminated-water-pacific-ocean
More than 1m tonnes of contaminated water will be released from the destroyed nuclear station in two years’ time, Japan plans to release into the sea more than 1m tonnes of contaminated water from the destroyed Fukushima nuclear station, the government said on Tuesday, a decision that is likely to anger neighbours such as South Korea.
The move, more than a decade after the nuclear disaster, will deal another blow to the fishing industry in Fukushima, which has opposed such a step for years.
The work to release the water will begin in about two years, the government said, and the whole process is expected to take decades.
“On the premise of strict compliance with regulatory standards that have been established, we select oceanic release,” the government said in a statement after relevant ministers formalised the decision.
Around 1.25 million tonnes of water has accumulated at the site of the nuclear plant, which was crippled after going into meltdown following a tsunami in 2011.
It includes water used to cool the plant, as well as rain and groundwater that seeps in daily.
The water needs to be filtered again to remove harmful isotopes and will be diluted to meet international standards before any release.
The decision comes about three months ahead of the postponed Olympic Games to be hosted by Tokyo, with some events planned as close as 60km (35 miles) from the wrecked plant.
The disposal of contaminated water from the Fukushima Daiichi plant, run by Tokyo Electric Power, has proved a thorny problem for Japan as it pursues a decades-long decommissioning proj
China concerned about Japan dumping Fukushima nuclear waste water into the Pacific.
| China says concerned over Fukushima waste disposal https://www.aa.com.tr/en/asia-pacific/china-says-concerned-over-fukushima-waste-disposal/2206069 Beijing asks Japan to take ‘responsible attitude’ towards Fukushima nuclear plant’s radioactive water disposal Riyaz Ul Khaliq |12.04.2021 ANKARAChina on Monday expressed concern over the disposal of waste from Japan’s Fukushima nuclear power plant into the sea.“China has expressed grave concern to Japan through diplomatic channels, asking the country to take a responsible attitude towards Fukushima nuclear power plant’s radioactive water disposal,” the local newspaper People’s Daily reported, quoting the Chinese Foreign Ministry. Last week, Japan said it plans to dispose of radioactive wastewater from the Fukushima nuclear plant into the ocean.Prime Minister Yoshihide Suga’s government will move ahead with the idea despite opposition within and outside the country and may announce the decision as early as Tuesday. The wastewater, though treated, may still contain radioactive tritium.Japanese authorities want to dilute the waste to “acceptable global standards” and start dumping it into the ocean two years from now. Japan’s fishery industry and some provincial authorities have voiced concerns over the plan, which has also drawn criticism from China and South Korea.However, the Japanese government said it “will work to address their concerns and bring in the International Atomic Energy Agency (IAEA) and other partners.”“We will seek the cooperation of global organizations such as the IAEA and local governments to thoroughly check the plan’s safety and maintain transparency,” Kajiyama Hiroshi, Japan’s economy, trade, and industry minister, said last week. |
The United States collaborates on nuclear pyroprocessing with South Korea.

Plutonium programs in East Asia and Idaho will challenge the Biden administration, Bulletin of the Atomic Scientists, By Frank N. von Hippel | April 12, 2021, ”…………………………………The United States collaborates on pyroprocessing with South Korea. The Idaho and Argonne National Laboratories also continue to promote the pyroprocessing of spent fuel. After the Clinton Administration shut down the Experimental Breeder Reactor II in 1994, the laboratory persuaded the Energy Department to continue to fund pyroprocessing as a way to process Experimental Breeder Reactor II spent fuel and blanket assemblies into stable waste forms for disposal in a deep underground repository. The proposal was to complete this effort in 2007. According to a review by Edwin Lyman of the Union of Concerned Scientists, however, as of the end of Fiscal Year 2016, only about 18 percent of the roughly 26 metric tons of assemblies had been processed at a cost of over $200 million into waste forms that are not stable. (Since then, an additional three percent has been processed.)
During the George W. Bush administration, Vice President Cheney accepted Argonne’s argument that pyroprocessing is “proliferation resistant” and the two US national laboratories were allowed to share the technology with the Korea Atomic Energy Research Institute.
At the beginning of the Obama administration, however, a group of safeguards experts from six Energy Department national laboratories, including Argonne and Idaho, concluded that pyroprocessing is not significantly more resistant to proliferation than PUREX, the standard reprocessing technology originally developed by the United States to extract plutonium for its weapons.

In 2014, the US-Republic of Korea Agreement for Cooperation on the Peaceful Uses of Atomic Energy was due to expire, but the negotiations on a successor agreement bogged down over Korea’s insistence that the new agreement include the same right to reprocess spent fuel as the 1988 US-Japan Agreement for Cooperation.
The compromise reached the following year was that the Korea Atomic Energy Research Institute and the Idaho National Laboratory would complete their Joint Fuel Cycle Study on “the technical, economic, and nonproliferation (including safeguards) aspects of spent fuel management and disposition technologies.” If the United States could be convinced that the proliferation risks of pyroprocessing were manageable, the secretary of energy would give consent for South Korea to use the technology on its territory. The final report from the joint study is due this year.
Meanwhile, in 2017, Moon Jae-in was elected president of the Republic of Korea on a platform that included not building any more nuclear power plants in South Korea. Fast-neutron reactors and pyroprocessing obviously do not fit with that policy. This gives the Biden administration an opportunity to end a cooperative nuclear-energy research and development program that is contrary to both US nuclear nonproliferation policy and South Korea’s energy policy. The United States could propose instead a joint collaborative program on safe spent fuel storage and deep underground disposal……………https://thebulletin.org/2021/04/plutonium-programs-in-east-asia-and-idaho-will-challenge-the-biden-administration/?utm_source=Newsletter&utm_medium=Email&utm_campaign=MondayNewsletter04122021&utm_content=NuclearRisk_EastAsia_04122021
U.S. – China co-operation on cyber security
China-U.S. Cyber-Nuclear C3 Stability, Carnegie Endowment for International Peace, GEORGE PERKOVICH, ARIEL (ELI) LEVITE, LYU JINGHUA, LU CHUANYING, LI BIN, FAN YANG, XU MANSHU, 9 Apr 21,
Cyber threats to nuclear command, control, and communications systems (NC3) attract increasing concerns. Carnegie and partners have developed a platform of unclassified knowledge to enable U.S.-China engagement on this issue.
ABOUT THE PROJECT
This paper was produced through a three-year dialogue led by Carnegie and the Shanghai Institute for International Studies, with inputs and review provided by American and Chinese technical and military experts.
FOREWORDS
CHEN DONGXIAO
The impact of cyber on nuclear stability is one of the most forward-looking and strategic topics in the current international security field. The Shanghai Institutes for International Studies (SIIS) and Carnegie Endowment for International Peace (CEIP) have conducted a joint study around this topic, aiming to provide a reference for the establishment of cyber and nuclear stability mechanisms among nuclear states.
Cyber attacks on nuclear command, control, and communications (NC3) systems have become a potential source of conflict escalation among nuclear powers. Yet major powers have not established effective risk-reduction mechanisms in this regard. While information technology strengthens nuclear strategic forces in many ways, including the modernization of NC3, it also poses an increasingly serious cyber threat to nuclear command and control systems. Cyber operations against the strategic command and control systems of nuclear states—including those probing major vulnerabilities in the command and control systems and satellite communications systems, cyber threats from third parties, and the lack of strategic trust in cyberspace—have exacerbated the impact of cybersecurity on nuclear stability.
Because of the unique nature of nuclear weapons, any cyber incidents concerning nuclear weapons would cause state alarm, anxiety, confusion, and erode state confidence in the reliability and integrity of nuclear deterrent. Cyber attacks against a nuclear command and control system would expose the attacked state to significant pressure to escalate conflict and even use nuclear weapons before its nuclear capabilities are compromised. At the same time, compared to the mature experience and full-fledged mechanisms in nuclear deterrence, crisis management, and conflict escalation/de-escalation among the traditional nuclear powers, states not only lack a comprehensive and accurate perception of the threat posed by cyber operations but also lack consensus on crisis management and conflict de-escalation initiatives.
Given that not enough attention has been paid to this new type of threat on the agenda of security dialogue between nuclear powers, SIIS and CEIP launched a joint research project on cyber and nuclear stability in U.S.-China relations in 2017, focusing on exploring the possibility of building consensus and agreement among nuclear states. It is hoped that the cyber-nuclear nexus will awaken national policymakers to the urgency of maintaining cyber stability and that nuclear states will fully recognize the dangers of cyber attacks and their respective vulnerabilities to such attacks, and thus take steps to reduce nuclear instability accompanying advancing cyber technologies and prevent nuclear war.
………… Obviously, with today’s evolving information technology, it is in the interest of both countries to avoid war and reduce conflicts that may escalate into war, and it is both the international responsibility of major powers and the common expectation of the international community. Hopefully, this joint study will promote in-depth dialogue and security cooperation between China and the United States and establish a corresponding workable and professional mechanism.
This is an important joint study released by two prominent think tanks in China and the United States, hoping to improve mutual understanding between China and the United States on each other’s security concerns, interests and solutions to problems, promote stability in China-U.S. relations, and facilitate the healthy development of overall China-U.S. relations. I also believe it has important reference value for the two governments on how to bridge differences and forge consensus in sensitive areas. ………
THOMAS CAROTHERS
Military and national security experts increasingly warn that the most likely cause of major warfare—conventional or nuclear—between the United States and China is a minor conflict that escalates sharply, even despite the desires and efforts by one or both countries to avert such a spiraling disaster. Cyber operations, whether by China against the United States, or vice versa, are especially prone to provoking an escalation. It is very difficult for officials who detect an intruder in their country’s strategic computer networks to determine the intruder’s intentions. These intentions might be primarily defensive—seeking to gain warning of a future attack. But they might be offensive—precursors of efforts to disrupt or destroy the functioning of warning systems and/or command and control and communications systems related to a nuclear deterrent. Without knowing what an intruder is seeking to do, those who detect the digital footprints of an intrusion may well assume the worst. Pressure could thus mount quickly to strike first, before the other side can make this more difficult or even impossible.
Such risks are especially evident between the United States and China because these two powers, unlike the United States and Russia, have never defined their strategic relationship as one of mutual vulnerability, with attendant understandings of how to stabilize it. The asymmetry between their nuclear forces and other offensive and defensive capabilities may incline Chinese officials to assume that the United States will at some point act on the temptation to negate China’s nuclear deterrent. Chinese actions, especially in the cyber domain, to try to avoid such a possibility might make U.S. officials fear that China is seeking to impede the U.S. nuclear deterrent.
These risks will grow as dual-use systems—satellites, missiles, or command and control systems that are used both for potential conventional and nuclear warfare—are deploye by one side or the other. An adversary may intend only to preempt or retaliate against conventional war-fighting capabilities, but the target of the attack could perceive them to be directed against or at least affecting its own nuclear forces.
This pathbreaking paper, which is being published in English and Mandarin, calls attention to these rising dangers. It is the product of a unique multi-year joint venture between the Shanghai Institute for International Studies and the Carnegie Endowment for International Peace. It aims to provide a robust open-source foundation for discussion of these issues in both China and the United States, overcoming the barriers of high classification and institutional compartmentation that frequently impede analysis and deliberation. The co-authorship of the paper by Chinese and U.S. teams also aims to overcome (at least partially) barriers of culture and language that render mutual understanding in this domain so difficult.
The paper begins by detailing plausible scenarios of grave concern and providing a framework for analyzing them. It then explores steps that the U.S. and Chinese governments—and, with their encouragement, nongovernmental groups such as think tanks in both countries—could take to diminish inadvertent cyber threats to nuclear command, control, and communication systems. …………. https://carnegieendowment.org/2021/04/08/china-u.s.-cyber-nuclear-c3-stability-pub-84182
Japanese government and Tepco must pay monthly compensation to 3550 Fukushima residents displaced due to continued radioactivity.
International Bar Association 8th April 2021, In mid-February, the Tokyo High Court ruled that the Japanese government and nuclear plant operator Tokyo Electric Power Company (Tepco) should pay a total of JPY 278m (approximately $2.6m) in damages to a group of survivors of the 2011 Fukushima nuclear disaster.
The ruling came ahead of the ten-year anniversary of the major Tohoku earthquake, which killed and displaced thousands of people. The tsunami caused by the earthquake led to the meltdown of three nuclear reactors at the Fukushima Daiichi Nuclear Power Plant, operated by Tepco.
In September 2020, the Sendai High Court ordered the state and the plant operator to pay approximately $9.5m in
damages in total to 3,550 plaintiffs, finding both negligent for not taking measures to prevent the disaster. The plaintiffs had sought $265m in the form of monthly compensation of $470 each until radiation in the affected region subsided.
https://www.ibanet.org/Article/NewDetail.aspx?ArticleUid=1462911D-400D-422C-ABDA-99D4D5BF78A8
Like the other nuclear powers, China wants to put a dirty great radioactive waste dump on indigenous land.
China’s $422m underground lab will probe massive national nuclear waste dump in remote Gansu, Global Construction Review,
9 April 2021 | By GCR Staff
China will spend $422m building an underground laboratory to find a way of storing high-level radioactive waste from the country’s growing fleet of nuclear power plants deep underground.
If successful, a repository that could store a hundred years worth of strontium-90, cesium-137 and plutonium-239 istopes will be built.
Building just the lab itself will be a feat. Wang Ju, vice-president of the Beijing Research Institute of Uranium Geology, told the China Daily newspaper that it would be sited in granite 560m below ground in the Beishan region of Gansu province, in China’s remote northwest . …………..
The offices and laboratories on the surface will have a floor area of 2.4ha within a 247ha site, however the underground complex will require the excavation of 514,200 cubic metres, along with 13.4km of tunnels. At present work is under way on supporting infrastructure, such as paved roads.
The lab, which was listed as a major scientific project in the 13th Five-Year Plan (2016-20), will take seven years to build. If its research proves successful, a long-term underground repository for high-level waste will be added nearby by 2050…….. https://www.globalconstructionreview.com/news/chinas-422m-underground-lab-will-probe-massive-nat/
Japanese government continues Japan’s ”Nuclear Village” generous grants to keep ageing nuclear reactors going.
Lucrative grants offered to keep aging nuclear reactors running, http://www.asahi.com/ajw/articles/14326422
THE ASAHI SHIMBUN
April 7, 2021 The central government is offering billions of yen in new grants to Fukui Prefecture to allow a nuclear plant operator to run its aging reactors beyond their operational life span of 40 years.
Fukui is not the only prefecture in Japan that hosts old reactors, and the grants could create momentum toward the restarts of these units.
“As for an expansion of grants, up to 2.5 billion yen ($22.6 million) will be provided per nuclear plant to a prefecture preparing to respond to the extension of the 40-year life of reactors,” the Ministry of Economy, Trade and Industry said in a document presented to the Fukui prefectural government on April 6.
The ministry’s offer is expected to become a key point of discussions as Fukui Prefecture and the prefectural assembly begin to weigh whether they should approve of the restart of three reactors in question there.
Fukui Governor Tatsuji Sugimoto hailed the central government’s offer, calling it “a step forward.”
He had urged the prefectural assembly to discuss the restart issue in February, but the assembly put off the debate, citing a lack of measures to revitalize the local economy.
Osaka-based Kansai Electric Power Co. is pushing to reactivate the three reactors in Fukui Prefecture–the No. 1 and 2 reactors at the Takahama nuclear plant in Takahama and the No. 3 reactor at the Mihama nuclear plant in Mihama.
The Nuclear Regulation Authority has given its one-time permission to operate those reactors for 20 more years beyond their 40-year life spans.
If the local governments approve the restarts, Fukui Prefecture would receive a combined 5 billion yen under the new grant setup.
The town halls of Takahama and Mihama have already given the greenlight to the restarts. The remaining hurdle is whether the governor and the prefectural assembly will approve them.
The maximum 2.5 billion yen will be made available over a period of five years, according to the industry ministry’s Agency for Natural Resources and Energy.
The offer of the funds came in response to the Fukui prefectural government’s request for additional grants concerning the reactors as a measure to stimulate the local economy.
The prefectural government is expected to discuss how to distribute the grants with Takahama and Mihama.
Other prefectures hosting old reactors operated by companies seeking the 20-year extension will be eligible for the new grants.
The only other facility that has gained the NRA’s permission to operate beyond 40 years is the Tokai No. 2 nuclear plant in Ibaraki Prefecture.
Five other reactors in Japan have been in service for more than 35 years.
The decommissioning process has started for other aging reactors because their operators decided that upgrades and additional safeguard measures required to bring them back online would be too expensive.
(This article was written by Kenji Oda and Takayuki Sato.)
Japan’s Prime Minister getting ready to release Fukushima waste water into the Pacific ocean?
Reuters 6th April 2021, Japanese Prime Minister Yoshihide Suga will hold a ministerial meeting as early as next week to start discussions on the release of contaminated Fukushima Dai-ichi Nuclear Power Plant water into the ocean, broadcaster FNN said on Tuesday.
Suga is also expected to meet with the head of the national federation of fisheries cooperatives as early as Wednesday to discuss the potential release of the water. The water, which is treated but contains traces of tritium, was used to cool the reactors in the aftermath of the Fukushima Dai-ichi Power Plant’s nuclear disaster in 2011 and is now stored within the grounds of the power plant.
4,000 Fukushima waste bags contain unidentified radioactive materials

Mainichi 6th April 2021, Of the 85,000 containers holding radioactive waste placed in the radiation-controlled area of the Fukushima Daiichi nuclear power plant, the contents of about 4,000 have not been identified, operator Tokyo ElectricPower Company Holdings Inc. (TEPCO) announced on April 5. According to TEPCO, it began listing the contents of the containers after the meltdown in 2011, but about 4,000 of them remain unidentified. The company says it will formulate a survey plan and proceed to determine what they hold.
https://mainichi.jp/english/articles/20210406/p2a/00m/0na/002000c
Bitcoin mining to consume more electricity than whole of Australia by 2024 — RenewEconomy

Researchers warn bitcoin mining could undermine efforts to reach global climate targets, with electricity consumption expected to surpass that of Australia. The post Bitcoin mining to consume more electricity than whole of Australia by 2024 appeared first on RenewEconomy.
Bitcoin mining to consume more electricity than whole of Australia by 2024 — RenewEconomy
The amount of electricity consumed by bitcoin mining operations will surge over the next three years, consuming more power than entire countries, including that of Australia, new research has predicted.
In a new research paper published in the journal Nature Communications, researchers from the Chinese Academy of Sciences and Tsinghua University have projected that on current trends, bitcoin mining electricity consumption will more than double from its current levels, peaking in 2024.
At that time, the researchers say, the total electricity consumption of Bitcoin miners will reach as high as 297 terawatt-hours annually if no measures are undertaken to curb energy use or emissions. This will be more than the annual electricity consumption of the whole of Australia, which currently stands at around 265 terawatt-hours per year.
The surge in electricity consumption will see bitcoin rank as the equivalent of the 12th largest electricity consumer amongst all countries, higher than the likes of major European economies, including Italy and Spain.
The researchers say that without stricter regulatory controls, the growing energy demand of Bitcoin and cryptocurrencies more broadly could undermine global sustainability efforts.
Using a simulated carbon emissions model, the research led by researchers Dabo Guan and Shouyang Wang estimates that Bitcoin mining will be responsible for 130 million tonnes of carbon emissions – higher than the emissions of countries like Qatar and the Czech Republic.
The operation of cryptocurrencies like bitcoin requires substantial computational power to process transactions and to maintain a transaction ledger.
Computers dedicated to processing these transactions are awarded in return for their computational power by being issued units of the cryptocurrency.
The offer of potentially lucrative cryptocurrency units in return for computing resources has sparked a surge in investment in dedicated ‘mining’ equipment, which has sent energy consumption surging with it.
This has particularly been the case in China, where access to cheaper supplies of electricity and ready access to the necessary computer equipment has made bitcoin mining a profitable venture.
It is estimated that around 70 per cent of bitcoin miners are located in China.
But the researchers said that the operations are already causing electricity demand throughout China to increase, with bitcoin mining ranking in the top 10 among China’s 182 prefecture-level cities, as well as amongst 42 major industrial sectors in China.
Bitcoin is already responsible for approximately 5.4 per cent of China’s electricity emissions.
The researchers warned that the bitcoin mining operations could undermine China’s efforts to meet its targets under the Paris Agreement.
“The Paris Agreement is a worldwide agreement committed to limit the increase of global average temperature,” the research paper says.
Under the Paris Agreement, China is devoted to cut down 60 per cent of the carbon emission per GDP by 2030 based on that of 2005. However, according to the simulation results of the [blockchain carbon emission] model, we find that the carbon emission pattern of Bitcoin blockchain will become a potential barrier against the emission reduction target of China.”
As Ketan Joshi reported for RenewEconomy, the quest to supply Bitcoin mining operations with cheap sources of power have seen operators turn to fossil fuel generators for their supplies of electricity.
The researchers suggest that an ‘individualised’ approach that encourages miners to shift away from regions predominantly powered by coal and into regions that can act as a source of zero emissions electricity.
he paper warns that the imposition of carbon prices or taxes may only work to shift miners to other countries with lower energy costs, potentially seeing them continue to use supplies of fossil fuel electricity.
The researchers say miners should be moved into regions with higher proportions of renewable energy supplies, such as hydroelectricity, and supporting operations to take advantage of surplus electricity supplies.
While this ‘site regulation’ approach modelled by the researchers showed electricity demand growing even higher, potentially reaching 320 terawatt-hours by 2025, however, emissions will be substantially lower.
“Among all the intended policies, Site Regulation shows the best effectiveness, reducing the peak carbon emission per GDP of the Bitcoin industry to 6 kg per USD. Overall, the carbon emission per GDP of the Bitcoin industry far exceeds the average industrial carbon intensity of China, which indicates that Bitcoin blockchain operation is a highly carbon-intense industry,” the paper says
Climate change probably increasing this problem – nuclear reactors halted because of jellyfish-like sea salps

Jellyfish-like organisms force South Korea to halt its 2 nuclear reactors, https://www.livemint.com/news/world/jellyfishlike-organisms-force-south-korea-to-halt-its-2-nuclear-reactors-11617794802580.htmlSea salps — gelantinous, marine organisms that look like jellyfish — have clogged water systems used to cool nuclear reactors in South Korea, forcing two units offline.
Sea salps — gelantinous, marine organisms that look like jellyfish — have clogged water systems used to cool nuclear reactors in South Korea, forcing two units offline.
It’s the second time in less than three weeks Korea Hydro & Nuclear Power Co. shut the Hanul No. 1 and No. 2 units, after salps clogged water intake valves. The reactors, which each have a capacity of 950-megawatts, resumed operation last week before shutting again Tuesday.
Sea salps can link up into chains several meters in length and have been said to resemble a crystal chandelier drifting through the ocean. The organisms typically increase in number in June but that appears to have happened in March this year due to earlier-than-normal warm currents, said Yu Ok Hwan, a deputy director at Korea Institute of Ocean Science and Technology.
“We can’t say yet if the surge in salps is due to the changing climate or other factors,” said Youn Seok-hyun, a research scientist at National Institute of Fisheries Science. “It should be regarded as a temporary phenomenon unless we see a continuous increase over the next decade.”
The number of sea salps has been gradually rising in recent years, according to Chae Jinho, the head of Marine Environment Research & Information Laboratory. “Given the current trend, there’s a possibility we may see more of these shutdowns at reactors in the coming years,” he said.
South Korea has 24 operable nuclear plants with a combined capacity of more than 23 gigawatts.
The country isn’t the only one to have been forced to halt nuclear generation temporarily after sea life clogged water cooling systems. Electricite de France SA in January had to disconnect all four reactors at its Paluel nuclear plant on France’s north coast after fish got stuck in the filter drums of the pumping station.
Japan halts restart of nuclear plant over poor anti-terror measures
Japan halts restart of nuclear plant over poor anti-terror measures, DAILY SABAH,
BY ASSOCIATED PRESS, TOKYO ASIA PACIFIC APR 07, 2021 Japanese regulators last month fined a nuclear power plant operator over the organization’s inadequate anti-terrorism measures at a plant, and on Wednesday the operator announced that it would accept the penalty, further hurting its plans to restart operations at the facility for at least a year.
Tokyo Electric Power Co. (TEPCO), which was also the operator of the Fukushima nuclear plant that was destroyed in the 2011 disaster, made the announcement in response to a decision by the Nuclear Regulation Authority in late March to ban it from moving any nuclear materials at the No. 7 reactor at the Kashiwazaki-Kariwa nuclear power plant in Niigata prefecture.
The measure will suspend all ongoing steps to restart the plant. Regulators found malfunctioning anti-terrorism equipment and inadequate protection of nuclear materials at multiple locations at the plant from at least 2018………….
he punishment comes as TEPCO was making final preparations to restart the plant after regulators granted safety approvals for its No. 6 and No. 7 reactors in 2017.
Restarting the two reactors is considered crucial for TEPCO to reduce its financial burden in paying for damage caused by the Fukushima disaster. The penalty does not affect the wrecked Fukushima plant, which is being decommissioned.
On Wednesday, Prime Minister Yoshihide Suga said he will make a final decision “within days” on whether to allow the release into the sea of massive amounts of treated but still radioactive water stored at the plant. TEPCO is expected to run out of storage space for the water in the fall of 2022……..
TEPCO and government officials say radionuclides can be filtered to allowable safety levels, but some experts say the impact on marine life from long-term, low-dose exposure is still unknown…….https://www.dailysabah.com/world/asia-pacific/japan-halts-restart-of-nuclear-plant-over-poor-anti-terror-measures
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