Nuclear-armed North Korea tests long range missile.
Nuclear-armed North Korea tests long range missile, Canberra Weekly, January 30, 2022 Nuclear-armed North Korea has conducted what would be its largest missile test since 2017, sending a suspected intermediate-range ballistic missile soaring into space and sparking condemnation from the United States and its allies.
South Korea’s Joint Chiefs of Staff reported that a projectile believed to be a single ballistic missile was launched about 7.52am on Sunday from North Korea’s Jagang Province towards the ocean off its east coast.
South Korea’s National Security Council, which convened a rare emergency meeting presided over by President Moon Jae-in, said the test involved an intermediate-range ballistic missile (IRBM), which North Korea has not tested since 2017.
Fukushima nuclear radiation has had strange effects on plants and trees

Fukushima Radiation Made Japanese Fir Trees Go Haywire After Nuclear Disaster Newsweek, BY ORLANDO JENKINSON ON 1/27/22 Plants in Fukushima are growing in abnormal ways because of the radiation left over from the 2011 nuclear accident, a study suggests.
In a study published on January 15 in the journal Plants, scientists described changes to the structure of plants and trees in areas close to where a partial meltdown occurred at Fukushima Dai-ichi Nuclear Power Plant (FNPP) after an earthquake caused a tsunami that overwhelmed the plant’s cooling systems.
………….. To come to their conclusion, researchers examined the whorls—the places on plants where foliage like leaves, petals or needles spread out from a central point.
Instead of branching out in the expected way, the whorls showed irregular growths and even elimination of some shoots in ways not seen on trees that avoided radiation.
What is more, the number of strange mutations like this corresponded with the amount of radiation the trees were hit with. Researchers said that the rate of mutations was “directly proportional to the dose of ionizing radiation to which the conifers had been exposed.”
The authors of the paper said that another abnormality they found was the “deletion” of shoots of Japanese fir and red pine trees. This happened most often after the spring of 2012, and peaked in 2013, though precisely why remains a mystery.
The paper consequently offered further evidence that ionizing radiation like that produced by nuclear accidents can alter the structure of conifer trees.
The authors noted that the abnormalities they uncovered were like those found on Scots Pine trees in the Chernobyl Exclusion Zone, the 18.6-mile radius surrounding the site of the Chernobyl nuclear disaster in the former Soviet Union in 1986. https://www.newsweek.com/fukushima-radiation-japanese-fir-trees-haywire-nuclear-disaster-1673577
Momentum building for nuclear ban treaty, with hopes that Japan will participate
Advocates of nuclear ban treaty try to build momentum for change, Koyama Shoko, NHK General Bureau for Europe Correspondent, Yoshida Mayu, 28 Jan 22 ”………………………….. The agreement entered into force on January 22, 2021, after securing 50 ratifications. That number has risen to 59 now, though it includes none of the countries that possess the weapons.
Delegates from states that are party to the treaty plan to hold a first meeting from March 22 to 24 in Vienna, although the schedule may change due to the COVID-19 pandemic. In addition, nine countries have notified the United Nations they will attend as observers. Some NATO members, including Germany and Norway, say they may attend too.
The chair hopes Japan will participate
The head of the Austrian Foreign Ministry’s disarmament department, Alexander Kmentt, will preside over the meeting, which he says will be “crucial in setting the future direction for the new treaty.”
Kmentt said support for victims of the weapons was one of the major items on the agenda, so he is hoping Japan will participate, as the only country to have experienced nuclear attacks.
“Whether or not to participate is for the Japanese government to decide,” he said. “But I hope that many states that have yet to ratify the TPNW will come to the meeting as observers.”
Hibakusha played a crucial role in the treaty
Elayne Whyte Gomez is a Costa Rican diplomat who was the chair of the negotiating conference for the prohibition treaty.
One of her first moves was to open the debate up to civil participation, allowing people not connected to governments or international organizations to attend the conference. She says the survivors of the Hiroshima and Nagasaki bombings, known as hibakusha, played a critical role in this process.
Let me put it this way, it’ll be very hard for me to envision that the treaty that prohibits nuclear weapons could have been achieved without the voices and the living testimonials of the survivors.”
International tensions heightening nuclear risk……….
Beatrice Fihn, Executive Director of the International Campaign to Abolish Nuclear Weapons (ICAN), an organization that played a major role in putting the prohibition treaty together, says the two agreements should not be considered mutually exclusive.
It’s just not true that the TPNW weakens the NPT,” she says, “and they are perfectly fine to coexist. The NPT is doing fine. The TPNW doesn’t harm the NPT. The only thing that harms their NPT is that the nuclear armed states refuse to implement the disarmament obligations, and that has nothing to do with the TPNW. Now that has to do with a nuclear armed state. So when the UK government increases their nuclear arsenal, there is a direct violation of the NPT. That’s harmful. When China increases its nuclear arsenals, it’s a direct violation of the NPT and it’s harming and undermining the NPT.”
Citizen activists have crucial role to play
ICAN has been urging nuclear-weapon states that have not ratified the prohibition treaty to attend the meeting in Vienna in March………..
Japanese youth play their part
In Japan, the hibakusha are inspiring some young people to get involved in the nuclear abolition movement…….. https://www3.nhk.or.jp/nhkworld/en/news/backstories/1879/
Can reactor fuel debris be safely removed from Fukushima Daiichi?

Can reactor fuel debris be safely removed from Fukushima Daiichi?, Science Daily, :January 25, 2022Source:University of Helsinki
Summary:Decommissioning and clean-up are ongoing at the Fukushima Daiichi Nuclear Power Plant (FDNPP); however, many difficult problems remain unaddressed. Chief amongst these problems is the retrieval and management of fuel debris.
Decommissioning and clean-up are ongoing at the Fukushima Daiichi Nuclear Power Plant (FDNPP); however, many difficult problems remain unaddressed. Chief amongst these problems is the retrieval and management of fuel debris. Fuel debris is the name given to the solidified mixture of melted nuclear fuel and other materials that now lie at the base of each of the damaged reactors (reactor Units 1 — 3). This material is highly radioactive and it has potential to generate enough neutrons to trigger successive nuclear fission reactions (uranium-235 breaks into two elements after capturing neutrons, emitting enormous amounts of energy, radiation, and more neutrons). Successive fission reactions would present a serious safety and material management risk.
One of the materials in nuclear reactors that can lower the number of neutrons interacting with uranium-235 is boron carbide (B4C). This was used as the control rod material in the FDNPP reactors, and it may now remain within the fuel debris. If so, it may limit fission events within the fuel debris.
Can the fuel debris be safely removed?
On March 11th 2011, the control rods were inserted into the FDNPP reactors to stop the fission reactions immediately after the earthquake, but the later tsunami destroyed the reactor cooling systems. Fuel temperatures soon became high enough (>2000 °C) to cause reactor meltdowns. Currently, the fuel debris material from each reactor is cooled and stable; however, careful assessment of these materials, including not only their inventories of radioactive elements but as well their boron content, a neutron absorber, is needed to ascertain if successive fission reactions and associated neutron flux could occur in the fuel debris during its removal. Many important questions remain: was boron from the control rods lost at high temperature during the meltdown? If so, does enough boron remain in the fuel debris to limit successive fission reactions within this material? These questions must be answered to support safe decommissioning.
Study shows direct evidence of volatilization of control rods during the accident.
Despite the importance of this topic, the state and stability of the FDNPP control rod material has remained unknown until now. However, work just published in the Journal of Hazardous Materials now provides vital evidence that indicates that most of the control rod boron remains in at least two of the damaged FDNPP reactors (Units 2 and/or 3).
The study was an international effort involving scientists from Japan, Finland, France, and the USA………………….. https://www.sciencedaily.com/releases/2022/01/220125093041.htm
Leakage of coolant water from ice wall around crippled Fukushima nuclear power station
| The operator of Japan’s crippled Fukushima nuclear power plant said this month that two storage tanks had leaked about four tonnes of coolant solution used to create an ice wall that prevented groundwater from seeping in. The operator, Tokyo Electric Power Co Holdings (9501.T) (Tepco), said the leak had no impact on the wall or the environment, however. But the incident highlights its struggle to clean up the plant nearly 11 years after a massive earthquake and tsunami set off meltdowns in the worst nuclear disaster since Chernobyl in 1986. Reuters 25th Jan 2022 https://www.reuters.com/world/asia-pacific/wall-ice-fukushimas-crippled-nuclear-plant-2022-01-25/ |
Call for Japan to join nuclear ban treaty on 1st anniversary

January 23, 2022
Supporters of a U.N. treaty banning nuclear weapons gathered Jan. 22 in Hiroshima and Nagasaki to mark the first anniversary of the pact going into force, stepping up their calls on Japan to sign it.
Standing in front of the symbolic Atomic Bomb Dome in Hiroshima, 10 or so members of a Hiroshima-based group calling for the abolition of nuclear weapons hoisted a banner that read the “whole world should join the Treaty on the Prohibition of Nuclear Weapons.”
“Unless Japan, the only country in the world to have been ravaged by atomic bombing, speaks out in the international community, it will be impossible to eliminate nuclear weapons,” said Shuichi Adachi, a lawyer representing the group.
Participation in the rally was kept to a minimum as a safety precaution against the COVID-19 pandemic.
Tomoyuki Mimaki, a representative of the association of A- and H-bomb sufferers in Hiroshima Prefecture, expressed disappointment with a joint statement released Jan. 21 by Tokyo and Washington on the issue of nuclear weapons.
“They treated the question with kid gloves,” he said dismissively, noting that although the statement encouraged the world’s political leaders and youth to visit Hiroshima and Nagasaki, it made no reference to the treaty.
Mimaki, 72, said he sent a letter to Prime Minister Fumio Kishida, who is from a constituency in Hiroshima, urging Japanese representatives to attend the first meeting of signatory countries of the treaty in Austria in March as observers.
Attendance on the part of Japan, he said, is indispensable as Kishida has pledged that Tokyo will work as an intermediary between the nuclear and nonnuclear powers.
In Nagasaki, about 150 nuclear-bomb survivors and their supporters gathered in the Peace Park to press the Japanese government to join and ratify the treaty.
“The government continues to ignore the treaty even though many countries have signed it,” said Shigemitsu Tanaka, president of the Nagasaki Atomic-bomb Survivors Council. “We want to get the public become familiar with the treaty so we can join forces in applying pressure on the government.”
Fifty-nine countries and territories have ratified the treaty.
But the nuclear powers as well as Japan, which is protected under the U.S. nuclear umbrella for its defense purposes, have refrained from doing so.
According to the Japan Council against Atomic and Hydrogen Bombs, 627 assemblies, or 35 percent, of the 1,788 local governments, including those at the prefectural level, had adopted a resolution as of Jan. 12 calling on the Japanese government to sign and ratify the treaty.
The figure included 90 or so local governments that adopted the resolution after the treaty went into force in 2021.
“The resolution adopted by local governments reflects public opinion and thus is more visible,” said Shiro Maekawa, an official of the council who tracks the trend among local governments on the issue. “The Japanese government should hear what the public says.”
Call for Japan to join nuclear ban treaty on first anniversary
Call for Japan to join nuclear ban treaty on 1st anniversary, https://www.asahi.com/ajw/articles/14528449
THE ASAHI SHIMBUN, January 23, 2022 Supporters of a U.N. treaty banning nuclear weapons gathered Jan. 22 in Hiroshima and Nagasaki to mark the first anniversary of the pact going into force, stepping up their calls on Japan to sign it.
Standing in front of the symbolic Atomic Bomb Dome in Hiroshima, 10 or so members of a Hiroshima-based group calling for the abolition of nuclear weapons hoisted a banner that read the “whole world should join the Treaty on the Prohibition of Nuclear Weapons.”
“Unless Japan, the only country in the world to have been ravaged by atomic bombing, speaks out in the international community, it will be impossible to eliminate nuclear weapons,” said Shuichi Adachi, a lawyer representing the group.
Participation in the rally was kept to a minimum as a safety precaution against the COVID-19 pandemic.
Tomoyuki Mimaki, a representative of the association of A- and H-bomb sufferers in Hiroshima Prefecture, expressed disappointment with a joint statement released Jan. 21 by Tokyo and Washington on the issue of nuclear weapons.
“They treated the question with kid gloves,” he said dismissively, noting that although the statement encouraged the world’s political leaders and youth to visit Hiroshima and Nagasaki, it made no reference to the treaty.
Mimaki, 72, said he sent a letter to Prime Minister Fumio Kishida, who is from a constituency in Hiroshima, urging Japanese representatives to attend the first meeting of signatory countries of the treaty in Austria in March as observers.
Attendance on the part of Japan, he said, is indispensable as Kishida has pledged that Tokyo will work as an intermediary between the nuclear and nonnuclear powers.
In Nagasaki, about 150 nuclear-bomb survivors and their supporters gathered in the Peace Park to press the Japanese government to join and ratify the treaty.
“The government continues to ignore the treaty even though many countries have signed it,” said Shigemitsu Tanaka, president of the Nagasaki Atomic-bomb Survivors Council. “We want to get the public become familiar with the treaty so we can join forces in applying pressure on the government.”
Fifty-nine countries and territories have ratified the treaty.
But the nuclear powers as well as Japan, which is protected under the U.S. nuclear umbrella for its defense purposes, have refrained from doing so.
According to the Japan Council against Atomic and Hydrogen Bombs, 627 assemblies, or 35 percent, of the 1,788 local governments, including those at the prefectural level, had adopted a resolution as of Jan. 12 calling on the Japanese government to sign and ratify the treaty.
The figure included 90 or so local governments that adopted the resolution after the treaty went into force in 2021.
“The resolution adopted by local governments reflects public opinion and thus is more visible,” said Shiro Maekawa, an official of the council who tracks the trend among local governments on the issue. “The Japanese government should hear what the public says.”
Scientists trace the path of radioactive cesium in the ecosystem of Fukushima

Scientists trace the path of radioactive cesium in the ecosystem of Fukushima https://phys.org/news/2022-01-scientists-path-radioactive-cesium-ecosystem.html
by National Institute for Environmental Studies In 2011, the nuclear accident at Fukushima, Japan, resulted in the deposit of radioactive cesium (radiocesium) into habitats in the vicinity. A decade after the accident, researchers from the National Institute of Environmental Studies, Japan, have collated the complicated dynamics of radiocesium within forest-stream ecosystems. Understanding radiocesium flow in the environment could help mitigate contamination and inform future containment strategies.
In the aftermath of the Fukushima nuclear accident, the Japanese government performed intensive decontamination in the human-occupied parts of the affected area by removing soil surface layers. But a major affected region consists of dense, uninhabited forests, where such decontamination strategies are not feasible. So, finding ways to avoid the spread of radioactive contaminants like radiocesium to areas of human activity that lie downstream to these contaminated forests is crucial.
The first step to this is to understand the dynamics of radiocesium flow through forest-stream ecosystems. In the decade since the accident, a vast body of research has been dedicated to doing just that. Scientists from the National Institute of Environmental Studies, Japan, sifted through the data and detangled the threads of individual radiocesium transport processes in forest-stream ecosystems. “We identified that radiocesium accumulates primarily in the organic soil layer in forests and in stagnant water in streams, thereby making them potent sources for contaminating organisms. Contamination management in these habitats is crucial to provisioning services in forest-stream ecosystems,” says Dr. Masaru Sakai, who led the study. The findings of this study was made available online on 6 July 2021 and published in volume 288 of the journal Environmental Pollution on 1st November 2021.
The research team reviewed a broad range of scientific research on radiocesium in forests and streams to identify regions of radiocesium accumulation and storage. After the accident, radiocesium was primarily deposited onto the forest canopy and forest floor. This radiocesium reaches the earth eventually—through rainfall and falling leaves—where it builds up in the upper layers of the soil. Biological activities, such as those of detritivores (insects and fungi that live off leaf debris etc.) ensure that radiocesium is circulated through the upper layers of the soil and subsequently incorporated into plants and fungi. This allows radiocesium to enter the food web, eventually making its way into higher organisms. Radiocesium is chemically similar to potassium, an essential mineral in living organisms, contributing to its uptake in plants and animals. “Fertilizing” contaminated areas with an excess of potassium provides an effective strategy to suppress the biological absorption of radiocesium.
Streams and water bodies in the surrounding area get their share of radiocesium from runoff and fallen leaves. Most radiocesium in streams is likely to be captured by the clay minerals on stream beds, but a small part dissolves in the water. Unfortunately, there is little information on the relationship between dissolved radiocesium and aquatic organisms, like fish, which could be important to the formulation of contamination management strategies. Radiocesium in streams also accumulates in headwater valleys,pools, and other areas of stagnant water. Constructions such as reservoir dams provide a way to effectively trap radiocesium but steady leaching from the reservoir sediments causes re-contamination downstream.
This complicated web of radiocesium transport is hard to trace, making the development of a one-stop solution to radiocesium contamination impossible. Dr. Sakai and team recommend interdisciplinary studies to accelerate a full understanding of radiocesium pathways in forest-stream ecosystems so that measures can be developed to reduce future contamination. “This review can serve as basal knowledge for exploring future contamination management strategies. The tangled radiocesium pathways documented here may also imply the difficulties of creating successful radiation contamination management strategies after unwished-for nuclear accidents,” explains Dr. Sakai.
Nuclear power is often touted as a solution to the energy crisis, but it is important to plan response measures to unpredictable contamination events. To address the essential need for clean energy in view of the climate crisis, contamination management in societies depending on nuclear power is integral. Fully understanding the behavior of radiocesium in ecosystems can not only lead to the successful management of existing contamination but can also ensure the swift containment of potential future accidents.
China hits back at US, Japan over nuclear transparency call
China hits back at US, Japan over nuclear transparency call, Catherine Wong SCMP, 21 Jan 22,
Beijing says Washington is the biggest threat to global stability and should make the first move by reducing its stockpile. Tokyo should also adopt a more responsible approach on nuclear policy, foreign ministry says.
China hit out at the United States and Japan on Friday after the two nations sounded alarm over China’s growing nuclear capabilities.
In a statement on the Treaty on the Non-Proliferation of Nuclear Weapons on Thursday, the two countries called on China to increase transparency and reduce nuclear risks.
“Noting the People’s Republic of China’s ongoing increase in its nuclear capabilities, Japan and the United States request [China] to contribute to arrangements that reduce nuclear risks, increase transparency, and advance nuclear disarmament,” the US and Japan said.
Chinese foreign ministry spokesman Zhao Lijian said the US was the bigger threat.
“As we all know, it is the US that is the biggest threat to global stability with the world’s biggest and most advanced nuclear stockpile,” Zhao said, adding that the US had deployed missile defence systems around the world.
“Despite possessing the world’s largest and most advanced nuclear arsenal, the US is still investing trillions of dollars to upgrade its ‘nuclear triad’, developing low-yield nuclear weapons and lowering the threshold for using nuclear weapons.”
He said the US should “mind its own business” before criticising China and cut its nuclear stockpile to set an example for other countries.
He added that China remained firmly committed to a self-defensive nuclear strategy and no-first-use policy on nuclear weapons.
Zhao also criticised Japan for storing large quantities of weapons-grade plutonium and “desperately trying to prevent the US from adopting the no-first-use policy”…….. https://www.scmp.com/news/china/diplomacy/article/3164302/china-hits-back-us-japan-over-nuclear-transparency-call
EU plans may boost Asian nuclear ambitions but progress likely to stutter, say analysts
EU plans may boost Asian nuclear ambitions but progress likely to stutter, say analysts, Geographical and technical hurdles coupled with a gas glut in Asia mean nuclear power is unlikely to gain a toehold in the region, despite its inclusion in Europe’s “gold standard” green investment rulebook. Eco Business Liang LeiJan. 17, 2022 Southeast Asia could see more funding in nuclear power, following the European Union’s (EU) proposal to include the energy source in their green finance guide, according to analysts.
More Asian countries may also consider including nuclear energy in sustainable investment frameworks, analysts told Eco-Business, but doubt that these developments will significantly help to hit net-zero
2050 targets, citing cost, technological hurdles and competition with other fuels.
The EU released a draft of its green finance taxonomy on 31 December, which defines what projects can be classed as green to pique the interest of investors…….. (subscribers only) https://www.eco-business.com/news/eu-plans-may-boost-asian-nuclear-ambitions-but-progress-likely-to-stutter-say-analysts/
The US and China Could Soon Be In Race For Nuclear-Powered Satellites.
The US and China Could Soon Be In Race For Nuclear-Powered Satellites, Defense One, 16 Jan 22,
An idea from the 1960s has found new backers., If future U.S. satellites are to dodge incoming Russian or Chinese fire, they’ll need better ways to move around than today’s fuel-intensive thrusters. That’s why the Pentagon is looking into nuclear-powered propulsion.
While leaders at the Space Force and the Pentagon Research and Development office remain publicly quiet about the idea of putting nuclear-powered spacecraft in orbit, the Mitchell Institute for Aerospace studies released a new report that argues for more focused work on it.
It isn’t a new concept. NASA and the Atomic Energy Commission were working toward a flight test for their nuclear rocket until the Vietnam War sapped the program’s funding. It was cancelled in 1973, and safety concerns have since scuttled further efforts………….
If future U.S. satellites are to dodge incoming Russian or Chinese fire, they’ll need better ways to move around than today’s fuel-intensive thrusters. That’s why the Pentagon is looking into nuclear-powered propulsion.
While leaders at the Space Force and the Pentagon Research and Development office remain publicly quiet about the idea of putting nuclear-powered spacecraft in orbit, the Mitchell Institute for Aerospace studies released a new report that argues for more focused work on it.
It isn’t a new concept. NASA and the Atomic Energy Commission were working toward a flight test for their nuclear rocket until the Vietnam War sapped the program’s funding. It was cancelled in 1973, and safety concerns have since scuttled further efforts……….
But one DARPA official, at least, suggests looking at the idea afresh. A 2020 policy change from the Trump White House has clearing the way for new research into nuclear propulsion, Micheal Leahy, the director of the tactical technology office at DARPA, told a virtual audience on Friday. Leahy’s office runs the DARPA Demonstration Rocket for Agile Cislunar Operations, or DRACO, program. Last April, DARPA awarded General Atomics a contract for a preliminary design of a reactor and propulsion subsystem, and gave Lockheed Martin and Blue Origin a contract for a spacecraft design.
But the bigger factor is thatChina is working along similar lines with planes to field its own nuclear-powered satellites by 2040. The lessons from the current gap in hypersonic missile technology should provide a cautionary tale, Leahy said.
“We had the lead in hypersonics, only to watch it go away. Right?… Now I’m in a tail chase,” he said. https://www.defenseone.com/technology/2022/01/us-and-china-could-soon-be-race-nuclear-powered-satellites/360792/
Japan to join with NuScam, Bill Gates’ TerraPower, to develop plutonium fast reactors and small nuclear reactors

there is considerable skepticism of nuclear energy in Japan, and critics are concerned that the government is moving ahead with alliances with the United States to create new technologies while there are so many unanswered questions about safety
Next-Gen Nuclear Technology – US’ Ambitious Nuclear Power Pact With Tokyo Could Fuel Japanese Industry For Decades, BySakshi Tiwari, Eurasia Times, January 14, 2022 ”………………… (Japan) is set to give nuclear technology an all-new shot……………… Collaboration with scientists and companies in the United States will be a key component in the development of future nuclear energy technology

Japan’s Minister of Industry Koichi Hagiuda had a virtual meeting with US Energy Secretary Jennifer Granholm on January 6 during which they agreed to cooperate in the development of plutonium-burning fast reactors and advanced energy plants based on small modular reactors (SMRs).
Hagiuda told Granholm that Tokyo will encourage more local energy companies to join an international program to test fast reactors and small modular reactors, or SMRs, developed by US companies such as NuScale Power LLC and others.
The meeting, Hagiuda’s first since taking office last year, took place at a time when Japan is stepping up its efforts to develop advanced nuclear power technologies.
The Japanese government intends to promote domestic enterprises that participate in international tests incorporating such technology as part of its national energy plan. The United States and France are among the other international participants in the initiative…………………………..
in a noteworthy development that could now be seen as a premise for this new technology development, the Japanese government made it clear in its Sixth Strategic Energy Plan, released in October that it intends to move on from the events in northeast Japan………………..
In 2018, Japan and the United States had signed a memorandum of understanding to “advance the two countries’ worldwide leadership role” in civil nuclear energy.
“The Japan Atomic Energy Agency [JAEA] and Mitsubishi Heavy Industries are cooperating with US nuclear power start-up TerraPower simply because they have the required skills and knowledge on fast reactors,” says Tomoko Murakami, manager of the nuclear energy group at the Institute of Energy Economics Japan.
In the first stage of the alliance, Tokyo would spend 900 million yen ($7.8 million) on improving the AtheNa sodium experimental plant in Ibaraki prefecture for fast reactor development. The facility operated by Japan Atomic Energy Agency (JAEA) is already in operation, and an MoU on technological cooperation with TerraPower is expected to be inked by the end of January, SCMP reported.
In 2018, Japan and the United States had signed a memorandum of understanding to “advance the two countries’ worldwide leadership role” in civil nuclear energy.
“The Japan Atomic Energy Agency [JAEA] and Mitsubishi Heavy Industries are cooperating with US nuclear power start-up TerraPower simply because they have the required skills and knowledge on fast reactors,” says Tomoko Murakami, manager of the nuclear energy group at the Institute of Energy Economics Japan.
The system is meant to extract heat from a reactor core using liquid sodium to generate electricity. The facility will also be used in the cooperative development of a next-generation fast reactor with the United States, while work is also underway at another location, Joyo, to study the impact of neutrons on fuels and other equipment using sodium as a coolant……………………

With American experience in the technology and two of its companies deeply invested in it, Japan has a natural partner to cooperate with. Terrapower is a start-up, which is rigorously working on SMR technology and is partially funded by the American billionaire and philanthropist Bill Gates.
Another US giant working on this advanced next-generation technology is NuScale Power which has partnered with the US government on SMR development for third countries………….
Nonetheless, there is considerable skepticism of nuclear energy in Japan, and critics are concerned that the government is moving ahead with alliances with the United States to create new technologies while there are so many unanswered questions about safety, according to the SCMP.
“All the media coverage has become very positive about these new developments and the technology alliance with the US, but we must remember that at the moment fast reactor technology exists only on paper and there are no guarantees that it will be a success,” Hajime Matsukubo, secretary-general of the Tokyo-based Citizens’ Nuclear Information Centre (CNIC) was quoted as saying.

“Japan has already spent 1 trillion yen [US$8.7 billion] on fast reactor research and another 1 trillion yen on decommissioning the experimental Monju reactor, to say nothing of what is being spent on all the work at Fukushima and decommissioning all the other reactors around the country. So it’s ridiculous to spend even more on nuclear technology that so many people do not want and do not trust,” he added.
The billions spent on nuclear power, according to CNIC, would have been far better used in establishing a local renewable sector that could have tapped into geothermal, wind, wave, solar, and other sources — and would have been the envy of the world.
It also warns that due to Japan’s unstable geology, a replay of the Fukushima accident – or a situation far worse –always remains a possibility……
Why joint US-South Korean research on plutonium separation raises nuclear proliferation danger
Why joint US-South Korean research on plutonium separation raises nuclear
proliferation danger by Frank N. von Hippel. South Korea, like the United
States, has long relied on nuclear power as a major source of electric
power.
As a result, it has amassed large stores of spent nuclear fuel and,
as in the United States, has experienced political pushback from
populations around proposed central sites for the spent fuel. South Korea
also has a history of interest in nuclear weapons to deter North Korean
attack.
Bulletin of Atomic Scientists 13th Jan 2022
Why joint US-South Korean research on plutonium separation raises nuclear proliferation danger
Severely damaged fuel at Fukushima No 1 reactor – survey to find this has been halted.

Survey at Fukushima No. 1 reactor container halted, https://www.japantimes.co.jp/news/2022/01/12/national/tepco-fukushima-survey-halted/ Tokyo Electric Power Company Holdings Inc. halted its investigation of the inside of the containment vessel of the No. 1 reactor at its stricken Fukushima No. 1 nuclear power plant on Wednesday.
The move came after an issue was found during preparation work for the display of data such as radiation levels from dosimeters inside underwater robots to be used in the survey. The preparations began at noon the same day and were halted around two hours later.
Tepco said that it will resume the survey once measures to resolve the issue are taken.
In the survey, which will continue until around August, Tepco aims to take pictures of melted nuclear fuel debris and other deposits using six types of underwater robots to record their locations and thickness in water that has accumulated at the bottom of the containment vessel.
It will also try to collect deposit samples and take pictures of the inside of the base that supports the reactor pressure vessel. The information obtained in the survey will be used for studies on ways to remove the debris.
The nuclear fuel at the No. 1 reactor’s core is believed to have melted and mostly fallen inside the containment vessel during the triple meltdown disaster at the plant, which was hit by a huge earthquake and tsunami on March 11, 2011.
In its survey of March 2017, Tepco failed to find nuclear fuel debris at the No. 1 reactor, leaving the reactor’s detailed situation unknown, in contrast to the No. 2 and No. 3 reactors, where melted fuel debris was successfully photographed.
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