Tepco plans to move spent nuclear fuel from Fukushima to Mutsu facility
Tokyo Electric Power Company Holdings (Tepco) suggested Monday that it
plans to transfer spent nuclear fuel from its Fukushima No. 1 nuclear power
plant to an interim storage facility in the city of Mutsu in Aomori
Prefecture. The plan was included in a medium- to long-term program for the
facility, presented to Aomori Gov. Soichiro Miyashita by Tepco President
Tomoaki Kobayakawa at a meeting in the Aomori Prefectural Government office
the same day.
Spent nuclear fuel stored at the plant’s No. 5 and No. 6
reactors, a joint storage pool and the Fukushima No. 2 plant at the time of
the March 2011 nuclear meltdown at the No. 1 plant is set to be transferred
to the Mutsu facility.
Japan Times 8th July 2025, https://www.japantimes.co.jp/news/2025/07/08/japan/tepco-move-mutsu/
Nuclear comeback? Japan’s plans to restart reactors hit resistance over radioactive waste
The Japanese government wants to turn its nuclear power
stations back on – but some local residents and Indigenous Ainu people
don’t want nuclear waste stored near them. Fourteen years after the
Fukushima disaster, Japan is restarting its nuclear reactors – and two
wind-blown near-deserted fishing villages on the northern island of
Hokkaido could be the destination for all their radioactive waste. But,
while some residents of Suttsu and Kamoenai welcome the government money
that volunteering to store the waste will bring, others are fiercely
opposed due to fears that the nuclear waste will contaminate their land and
water. The controversy could delay Japan’s goals to use carbon-free
nuclear energy to replace electricity generation from expensive imported
fossil fuels and cut greenhouse gas emissions on the way to net zero by
2050.
Climate Home News 6th July 2025, https://www.climatechangenews.com/2025/07/06/nuclear-comeback-japans-plans-to-restart-reactors-hit-resistance-over-radioactive-waste/
China lifts a nearly 2-year ban on seafood from Japan over Fukushima wastewater
China has reopened its market to seafood from Japan after a nearly
two-year ban over the discharge of slightly radioactive wastewater from the
tsunami-destroyed Fukushima nuclear power plant. A notice from the customs
agency said the ban had been lifted Sunday and that imports from most of
Japan would be resumed. The ban, imposed in August 2023, was a major blow
to Japan’s fisheries industry. China was the biggest overseas market for
Japanese seafood, accounting for more than one-fifth of its exports.
Daily Mail 30th June 2025, https://www.dailymail.co.uk/wires/ap/article-14859601/China-lifts-nearly-2-year-ban-seafood-Japan-Fukushima-wastewater.html
Govt Eyes Reuse of Fukushima Soil at PM’s Office

Tokyo, May 23 (Jiji Press) https://jen.jiji.com/jc/eng?g=eco&k=2025052300665
–The Japanese government is considering reusing soil removed from the ground during radiation decontamination work after the 2011 nuclear reactor meltdowns in Fukushima Prefecture in the grounds of the prime minister’s office in Tokyo, informed sources have said.
The government hopes to promote public understanding over the reuse of the soil from the decontamination work in the northeastern Japan prefecture, home to Tokyo Electric Power Company Holdings Inc.’s disaster-stricken Fukushima No. 1 nuclear power plant.
The move came after planned pilot projects for using the soil in Tokyo and its northern neighbor, Saitama Prefecture, have stalled due to opposition from local residents.
The government plans to compile a basic policy on the recycling and final disposal of the soil shortly, including its use at the prime minister’s office. It also plans to draw up a specific road map by around this summer.
Some 14 million cubic meters of the soil from the decontamination work is currently stored at interim facilities in the Fukushima towns of Okuma and Futaba, where the TEPCO plant is located.
The Challenge to Japan’s Nuclear Restart

The story of Japan’s nuclear village should serve as a
cautionary tale for other places engaged in debates on nuclear energy.
Nuclear power is a key plank in Japan’s national energy vision, but 14 years after the Fukushima meltdown, the restart process hasn’t overcome the central problem.
By Zhuoran Li, May 03, 2025
The restart of nuclear power plants is based on the Sixth Basic Energy
Plan, approved by the Cabinet in October 2021. Given that the trauma of the
2011 Fukushima nuclear disaster remains vivid in the public consciousness,
the government has adopted a cautious, step-by-step approach. The
reactivation of reactors must first be approved by the Nuclear Regulation
Authority under the new regulatory standards. Subsequently, the restart can
proceed only with the consent of local governments and residents.
The government hopes that its safety-first approach will reassure local
communities and alleviate their concerns about nuclear energy. In addition,
efforts are underway to develop and construct next-generation innovative
reactors. These include plans to replace decommissioned nuclear plants with
advanced models, contingent on securing local support.
While maintaining the effective 60-year operational limit, the government is also promoting a policy that excludes certain shutdown periods from being counted toward
that limit. The story of Japan’s nuclear village should serve as a
cautionary tale for other places engaged in debates on nuclear energy. For
example, Taiwan faces many of the same trade-offs as Japan. On one hand,
Taiwan is an energy importer with a vulnerable supply. On the other hand,
it is prone to earthquakes. As a result, nuclear energy has become a
central political debate.
The Diplomat 3rd May 2025,
https://thediplomat.com/2025/05/the-challenge-to-japans-nuclear-restart/
Robotic arm struggles to take fuel sample from Fukushima plant

By KEITARO FUKUCHI/ Staff Writer, April 28, 2025, https://www.asahi.com/ajw/articles/15704793
A narrow, attic-like space lies directly below the No. 5 reactor at the Fukushima No. 1 nuclear power plant, showing the difficult route a robotic arm must take to collect samples of melted fuel debris in a sister reactor.
The robotic arm is 22 meters long, weighs 4.6 tons and has 18 articulatable joints.
It has been developed to retrieve samples from the No. 2 reactor of Tokyo Electric Power Co.’s Fukushima No. 1 plant—which was crippled when the 2011 Great East Japan Earthquake and tsunami triggered a nuclear disaster at the facility.
To this day, an estimated 880 tons of melted fuel debris remain in the No. 1 through No. 3 reactors, and recovering this material is considered the most challenging phase in the long decommissioning process.
After more than six years of development using taxpayer money and undergoing numerous setbacks, the robotic arm may go on its first real debris retrieval mission later this fiscal year—or face being scrapped.
“The latest attempt may prove a failure since numerous trials have produced no successful outcomes so far,” said a nuclear industry insider. “The robot arm might be left to gather dust without ever being used.”
News reporters were given a tour in January of the crippled power plant’s No. 5 reactor, which is the same model and reportedly has the same dimensions as the No. 2 reactor, to see the route the arm must take if it is to succeed.
THE MISSION
To reach the debris, the arm will have to be navigated—by remote control—through the same narrow route at the No. 2 reactor that the reporters traversed at its twin.
The first step will be to carefully insert the arm, which is 40 centimeters tall, through an opening with an inner diameter of just 55 cm.
Once inside the 1.5-meter-tall space directly under the reactor, the approximately 4-meter-long tip of the arm will be slowly rotated and lowered to reach the fuel debris at the bottom of the containment vessel.
“Adjusting the joints’ angles is particularly difficult,” said a TEPCO public relations representative. “Even a single error can cause the device to hit its surroundings.”
TRIAL AND ERROR
The robotic arm has been under development since fall 2018 by Mitsubishi Heavy Industries Ltd. and a British company from the nuclear power industry. As much as 7.8 billion yen ($53.1 million) in taxpayers’ money has been invested in the arm and related projects.
However, the project has faced numerous setbacks.
The government and TEPCO initially planned to debut the arm in a debris retrieval test in 2021, but the device was unable to move with the necessary precision, causing delays.
When the first retrieval test was finally undertaken in November 2024, a simpler device with a solid track record in past applications was used instead. The same device was used in the second retrieval test earlier this month—while revisions on the robotic arm continued.
Because the arm’s weight is supported at its base, the device tends to bend and move unsteadily when extended.
“They are working hard to carry out this difficult procedure under particularly challenging conditions,” said Hajimu Yamana, president of the Nuclear Damage Compensation and Decommissioning Facilitation Corp. (NDF), which serves as an adviser on the decommissioning work.
As the arm’s development dragged on for more than half a decade, new problems arose in and after August 2024.
Disconnection of motor cables that had deteriorated over time was detected, as was a failure in the arm’s obstacle removal mechanism.
In December that year, the robotic arm came into contact with a model of the containment vessel during a test. However, it later safely passed through the opening without encountering any obstructions after its operators fine-tuned the insertion point.
“New issues arise each time a test is conducted,” lamented Yusuke Nakagawa, a TEPCO group manager involved in the project. “We just have to address them one by one again and again.”
TEPCO began dismantling part of the robotic arm in February to examine the deteriorated cable. The inspection is expected to take three to four months, and the arm will likely undergo additional operational tests after that.
THE FUTURE
For now, TEPCO plans to put the robotic arm to practical use at the site in the latter half of fiscal 2025.
“The final decision (on whether to actually use the arm on site) will be made after taking into account the results of the envisioned operational tests,” said Akira Ono, president of TEPCO’s Fukushima Daiichi Decontamination and Decommissioning Engineering Co.
The future of the robotic arm is still unclear given that its official introduction has already been delayed four times.
Officials involved are expressing a growing sense of alarm.
Toyoshi Fuketa, an ex-chairman of the Nuclear Regulation Authority, calls for reviewing the current plan.
“Never changing a plan once it has been decided upon, even if it does not work properly, is a bad habit of Japan,” he noted. “People should have the courage to back down at times (by giving up on the robotic arm).”
The Conservative Argument Against Nuclear Power in Japan

It has been said that nuclear power stations are like nuclear weapons directed at your own country. I couldn’t agree more.
Getting rid of these “nuclear weapons directed at our own country” will not require huge defense spending or difficult diplomatic negotiations. All that is required is the ability to look square at the facts, and a conservative mindset determined to protect our rich and productive land and pass it on to the next generation.
Higuchi Hideak, Apr 15, 2025, https://www.nippon.com/en/in-depth/d01111/
A Devastating Loss of Territory
“Conservatism is essentially realism. A conservatism that refuses to confront reality is as worthless as a progressivism without ideals.”
This is how I opened my Hoshu no tame no genpatsu nyūmon (Nuclear Power: An Introduction for Conservatives), which came out last summer. In the book, I tried to bring attention to the contradictions inherent in the policies of the Liberal Democratic Party: a party that claims to support conservative values and uphold the ideals of patriotism but nevertheless advocates that Japan should continue or increase its reliance on nuclear power, even in the aftermath of the Fukushima disaster.
In the book, I made three main points. First, nuclear power is fundamentally incompatible with conservatism and patriotism. Second, nuclear power stations are inherently vulnerable to earthquakes, for structural reasons. And third, nuclear power stations are also vulnerable from a national security perspective.
The disaster at the Tokyo Electric Power Company’s Fukushima Daiichi Nuclear Power Station in March 2011 led to the evacuation of more than 150,000 people. More than 20,000 are still not able to return to their homes even today. And the state of emergency declared shortly after the disaster has still not been lifted, 14 years later.
In Fukushima Prefecture, evacuation orders are still in effect across more than 300 square kilometers, in what the government has designated as “closed to inhabitation indefinitely.” This is in spite of the fact that the annual safety limits for radiation exposure among the general population were lifted from 1 millisievert to 20 millisieverts. An area of more than 300 square kilometers—equivalent to the size of Nagoya, one of Japan’s key economic centers—is still effectively under evacuation orders. The country has effectively lost territory 50 times larger than the Senkaku Islands in Okinawa Prefecture, controversially claimed by China and the frequent focus of national security anxiety. As if this weren’t bad enough, more than 300 young people have been diagnosed with childhood thyroid cancer, a condition that would normally be expected to affect only around one in a million. Many of these have been serious cases requiring invasive surgery.
When I sat as presiding judge in the case brought before the Fukui District Court to stop the planned reactivation of the Ōi Nuclear Power Station, operated by the Kansai Electric Power Company, the argument put forward by the Liberal Democratic Party (then newly returned to power) and the business lobby was that shutting down nuclear plants would force Japan to import vast amounts of oil and natural gas to fuel thermal power stations. This would result in a massive outflow of the nation’s wealth and lead to national impoverishment.
On May 21, 2014, the court handed down its verdict. Even if shutting down the plant did lead to a trade deficit, the court rejected the idea that this would represent a loss of national wealth. True national wealth, the court held, consists of rich and productive land—a place where people can put down roots and make a living. The risk of losing this, and being unable to recover it, would represent a more serious loss of national wealth. Compare the arguments of the LDP and economic business lobby with the decision of the Fukui District Court. Which represents true conservatism, unafraid to look squarely at the facts about nuclear disasters? Which best represents the true spirit of patriotism?
Disaster Caused by a Power Failure
Let’s consider a few of the characteristics of nuclear power stations. First, they must be continuously monitored and supplied with a constant flow of water to cool the reactor. Second, if the supply of electricity or water is interrupted, there is the risk of an immediate meltdown. A serious accident could potentially mean the end of Japan as a nation.
The accident at Fukushima Daiichi came perilously close to rendering much of the eastern part of Japan uninhabitable. Yoshida Masao, the director in charge at the time, feared that radioactive fallout would contaminate all of eastern Japan when it looked as though the containment building at the Unit 2 reactor would rupture after venting became impossible. The chair of the Japan Atomic Energy Commission also expected it would be necessary to evacuate the population from a 250-kilometer radius of the plant, including Tokyo.
The accident at Fukushima did not happen because the reactor was damaged directly by the earthquake or tsunami. The initial earthquake interrupted the external supply of electricity, and the tsunami that followed cut off the emergency supply as well. Essentially, a power failure made it impossible to cool the reactor, and this was enough to trigger a catastrophe.
These characteristics mean that the resilience of nuclear power stations depends not on how physically robust the reactors and containment buildings are, but on the dependability of the electricity supplied to them. Nuclear power plants in Japan are designed to be able to withstand seismic activity between 600 to 1,000 gals (a gal being a unit of acceleration used in gravimetry to measure the local impact of an earthquake). But earthquakes over 1,000 gals are not unusual in Japan, and some have exceeded 4,000 gals. For this reason, some construction companies build housing that is designed to withstand seismic shocks up to 5,000 gals.
There are only 17 fully constructed nuclear power stations across the country. Six earthquakes exceeding the safety standards have already occurred at four of these: Onagawa, Shika, Kashiwazaki-Kariwa, and Fukushima Daiichi (twice each at Onagawa and Shika). Japan experiences more earthquakes than any other country on earth. Although the country accounts for just 0.3% of the world’s landmass, more than 10% of all the world’s earthquakes happen here. Despite the inherent dangers, there are 54 nuclear reactors along the coasts, around 10% of the world’s total.
Since it is impossible to forecast what scale of earthquake might hit a given site in an earthquake-prone country like Japan, construction companies operate on the principle that houses should be able to withstand seismic events equivalent to the strongest earthquake on record in the past.
The government ratified the Seventh Strategic Energy Plan at a cabinet meeting in February this year. This latest iteration of the plan removed references to an ambition to reduce the country’s dependence on nuclear power as much as possible, and signaled a clear intention to restore nuclear power to a more prominent position in the country’s energy strategy. Despite this, the seismic planning standards for nuclear power stations still assume that it is possible to accurately predict the maximum size of any earthquake that will hit in the future by analyzing past seismic data and running a site assessment of local geotechnical conditions. Whose position demonstrates better scientific judgement and a more realistic assessment of the facts—the government’s or the construction companies’?
Why Europe’s Biggest Nuclear Power Plant Fell into the Hands of the Enemy
TEPCO was a huge company, with annual revenue of around ¥5 trillion and a profit margin of 5%, meaning the company was making ¥250 billion every year. But the economic damages from the Fukushima accident came to at least ¥25 trillion, equivalent to 100 years in revenue for the company. What can we say about an approach to electricity generation in which a single accident can wipe out a century’s worth of revenue and essentially bankrupt a huge company like TEPCO? It is an energy source that is not just cost-ineffective but unsustainable.
For example, it is estimated that if an accident on a similar scale happened at the Tōkai Daini Nuclear Power Station in Ibaraki Prefecture, it would cause damage worth ¥660 trillion (compared to the national government budget of ¥110 trillion). As head of the Fukushima plant, Yoshida was resigned to losing the containment building of the unit 2 reactor to an explosion. He was saved by a “miracle” when a weakness somewhere in the structure of the building allowed pressure to escape and a rupture was avoided. Without this lucky intervention, it is estimated that the economic damages might have reached ¥2.4 quadrillion.
These figures make clear that the problem of nuclear power is not merely an energy issue. It has profound implications for national survival, and should be regarded as a national security priority. Russia’s war in Ukraine has provided a stark reminder of the seriousness of this threat. The Zaporizhzhia station on the Dnieper River is the largest nuclear power plant in Europe. A threat from Russia to attack it was enough to persuade Ukraine to hand over the plant to Russian control. If the plant really had been attacked, it might have caused a crisis with the potential to lay waste to large parts of Eastern Europe.
It has been said that nuclear power stations are like nuclear weapons directed at your own country. I couldn’t agree more. And in Japan we have 54 of these reactors bristling our shores, all but unprotected against earthquakes, potential enemies, and terrorist attacks. The LDP government mocks those who oppose Japan’s holding the offensive capability to attack enemy bases and argue for an exclusively defense-oriented posture as indulging in “flower garden” thinking. At the same time, the party is blind to the fact that nuclear power stations represent this country’s biggest national defense vulnerability.
Getting rid of these “nuclear weapons directed at our own country” will not require huge defense spending or difficult diplomatic negotiations. All that is required is the ability to look square at the facts, and a conservative mindset determined to protect our rich and productive land and pass it on to the next generation.
In my previous books and articles, I addressed the legal issues involved in nuclear power. In my Nuclear Power: An Introduction for Conservatives, I made clear that my own political stance is conservative. I was prepared for a backlash from progressives, who make up the bulk of the antinuclear movement, but in fact I received no pushback from that quarter all. In fact, I was taken aback by the resounding support I received.
Most of the criticism came from supposed conservatives who were apparently determined to discredit my sincere intentions and grumbled that it was unseemly for a former judge to be sticking his nose into politics. On Amazon, my reviews were flooded with apparently coordinated personal attacks and slander. But I am still convinced that true and fair-minded conservatives will understand my true intentions.
Geologists acknowledge that it is simply not possible to accurately predict earthquakes with today’s science. A huge earthquake could strike tomorrow, causing a catastrophe at one of the nation’s nuclear power stations that could wipe out or render inhabitable large parts of the country. My aim is simply to make as many people as possible aware of this terrifying fact.
(Originally written in Japanese. )
Robot starts 2nd mission to retrieve debris at Fukushima nuclear plant

Apr. 16 , By Mari Yamaguchi, TOKYO, https://japantoday.com/category/national/robot-starts-2nd-mission-to-retrieve-debris-at-fukushima-nuclear-plant
A remote-controlled robot on Tuesday embarked on its second mission to retrieve tiny bits of melted fuel debris from inside a damaged reactor at the Fukushima nuclear plant that was wrecked by a tsunami 14 years ago.
The mission, which follows the first such debris retrieval in November, is aimed at eventually developing the technology and robots needed for a larger scale cleanup of the plant, destroyed by the earthquake and tsunami in March 2011.
The extendable “Telesco” robot carries cameras and a tong to grip tiny nuggets of radioactive debris. It entered the No. 2 reactor’s primary containment vessel Tuesday, according to Tokyo Electric Power Company.
This time, the company aims to send the robot further into the containment vessel to get a sample from an area closer to the center where more melted fuel is believed to have fallen.
It is expected to take several days before the front tip of the robot reaches the targeted area, where it will lower a device carrying a tong and camera in a fishing-rod style.
That first sample retrieval in November, despite a number of mishaps, was a crucial step in what will be a daunting, decades-long decommissioning that must deal with at least 880 tons of melted nuclear fuel that has mixed with broken parts of internal structures and other debris inside the three reactors ruined in 2011.
After a series of small missions by robots to gather samples, experts will determine a larger-scale method for removing melted fuel, first at the No. 3 reactor, beginning in the 2030s.
Experts say the huge challenge of decommissioning the plant is just beginning, and that the work could take more than a century.
TEPCO’s rehabilitation plan delays expose limits to nuke power reliance.

It was unreasonable in the first place for the power company to draw up a rehabilitation scenario relying on atomic power despite having caused a serious nuclear plant accident.
April 9, 2025 (Mainichi Japan), https://mainichi.jp/english/articles/20250409/p2a/00m/0op/029000c
Tokyo Electric Power Company (TEPCO) Holdings Inc. has postponed the revision of its business rehabilitation plan, which it had scheduled to carry out by the end of fiscal 2024. The company attributed the postponement to a lack of prospects for restarting the Kashiwazaki-Kariwa nuclear power plant in Niigata Prefecture, which it had seen a trump card in improving its earnings.
Will the utility be able to fulfill its responsibility in the recovery from the Fukushima disaster and the stable power supply amid such a state of affairs?
TEPCO has borrowed money from the national government to deal with the aftermath of the Fukushima nuclear meltdowns. This includes funds needed for compensation payments to affected residents and the decommissioning of the Fukushima Daiichi Nuclear Power Station. It has also taken out bank loans to fund its electric power business. The rehabilitation plan was supposed to form the premise for this financial aid.
The plan was first formulated in 2012, the year after the onset of the Fukushima disaster, and has since been updated almost every three years. The cost for handling the nuclear catastrophe was initially estimated at 6 trillion yen (approx. $41.27 billion), but that figure swelled to 21.5 trillion yen (148 billion) under the current plan outlined in 2021. The cost further rose to 23.4 trillion yen (approx. $161 billion) when taking into account compensation for fishery operators due to the release of treated water from the stricken Fukushima nuclear plant, among other expenses.
The cap on borrowing from the national government was subsequently raised to 15.4 trillion yen (approx. $106 billion). Based on these developments, calls grew to update TEPCO’s rehabilitation plan.
While TEPCO is scheduled to repay 500 billion yen (approx. $3.45 billion) annually to the national government, the actual repayment amount has hovered around 400 billion yen (around $2.76 billion) on average in recent years due to the firm’s poor performance.
The primary factor behind TEPCO’s sluggish earnings is that the Kashiwazaki-Kariwa nuclear plant has yet to be restarted. TEPCO had initially expected to resume the plant’s operations in fiscal 2019, eyeing a balance improvement of 100 billion yen (approx. $688 million) per reactor brought back online. But following a series of scandals including inadequate antiterror measures at the plant, the prospect of gaining local consent for its restart has waned.
TEPCO’s injection of more than 1 trillion yen (approx. $6.88 billion) into safety measures has also taken a heavy toll on its management, weighing down its cash flow. There are concerns that the utility may not even be able to afford capital investment essential for a stable power supply.
It was unreasonable in the first place for the power company to draw up a rehabilitation scenario relying on atomic power despite having caused a serious nuclear plant accident. In the amendments to be made to the rehabilitation plan by the end of fiscal 2025, the utility should completely overhaul its strategy.
TEPCO must accelerate its business realignment to improve its earning capacity. Its thermal power generation sector was integrated into Chubu Electric Power Co. in 2019, yet TEPCO needs to expand collaboration with other firms in renewable energy and other sectors with high growth potential. It urgently needs to streamline operations to stave off deterioration of its finances.
The company is urged to carry out a rehabilitation plan that is not reliant on nuclear power generation.
China calls for strict, long-term international supervision over Fukushima wastewater discharge: spokesman

2025-03-26, https://www.bastillepost.com/global/article/4690031-china-calls-for-strict-long-term-international-supervision-over-fukushima-wastewater-discharge-spokesman?fbclid=IwY2xjawJSuCVleHRuA2FlbQIxMQABHRXbhJz-aEa94Wd_9BghnsxtDEzzaxDZiiCBsWn9LWkvzinWWdeZIhe3Zg_aem_9apdp3Teicc2HwmyoEjwCw
Guo made the statement at a press conference in Beijing in response to a media query about Japan’s wastewater discharge.
China calls for strict and long-term international supervision over Japan’s discharge of nuclear-contaminated wastewater from the crippled Fukushima Daiichi Nuclear Power Plant into the ocean, Chinese Foreign Ministry spokesman Guo Jiakun said on Wednesday.
“I would like to emphasize that China opposes Japan’s unilateral discharge of nuclear-contaminated wastewater into the ocean, and this position remains unchanged. Since last year, Chinese experts have visited Japan twice to independently collect samples and announced the relevant test results in a timely manner. On the basis that Japan has fulfilled its commitments and the test results haven’t shown any abnormalities, the General Administration of Customs of China held in Beijing on March 12 technical exchanges with Japan over the safety of Japanese aquatic products,” Guo said.
“China will continue to work with the rest of the international community to urge Japan to earnestly fulfill its commitments and ensure that the discharge of Fukushima nuclear-contaminated wastewater into the sea is always under strict international supervision,” said the spokesman.
Hit by a magnitude-9.0 earthquake and an ensuing tsunami on March 11, 2011, the Fukushima Daiichi nuclear power plant suffered core meltdowns in three reactors that released radiation, resulting in a level-7 nuclear accident, the highest on the International Nuclear and Radiological Event Scale.
The plant then generated a massive amount of wastewater tainted with radioactive substances from cooling down the nuclear fuel in the reactor buildings.
Disregarding domestic and foreign questioning and protests, the Japanese government decided in April 2021 to “filter and dilute” the nuclear contaminated wastewater from the plant and started the ocean discharge of the radioactive wastewater on August 24, 2023. This process is expected to last 20 to 30 years, until the nuclear power plant is scrapped.
Dismantling work begins at Hamaoka nuclear plant

The start of the dismantling work signifies that the so-called “great era of decommissioning” has begun in earnest in Japan.
While Japan has entered an era of decommissioning, decommissioning plans continue to be postponed due to the lack of a finalized waste disposal site.
By FUMI YADA/ Staff Writer, March 17, 2025, https://www.asahi.com/ajw/articles/15671904?fbclid=IwY2xjawJHQ-9leHRuA2FlbQIxMQABHcLLRpjB5amZOZL-8qR613ATPjVA-r1TzUbw_ezeLkSwaBkwhCZVpLnMlw_aem_9niHHKoB8JXLoduuhcoh2Q
Dismantling work has begun at Chubu Electric Power Co.’s Hamaoka nuclear power plant in Omaezaki, Shizuoka Prefecture, the first time a commercial reactor in Japan is being dismantled.
On March 17, a crane was used to lift and remove the top lid of the No. 2 reactor pressure vessel, which contained nuclear fuel during its operation.
The start of the dismantling work signifies that the so-called “great era of decommissioning” has begun in earnest in Japan.
The No. 1 and No. 2 reactors at the Hamaoka plant are both boiling water reactors.
The No. 1 reactor began operation in 1976 with an output of 540,000 kW, and the No. 2 reactor went online in 1978 with an output of 840,000 kW.
After the earthquake resistance guidelines for nuclear power plants were revised in 2006, Chubu Electric Power Co. decided to decommission both reactors in 2008 due to the high cost of seismic reinforcement and other necessary measures.
Work began in 2009.
So far, spent nuclear fuel in the building has been removed to the fuel pools of No. 4 and No. 5 reactors, which are located on the same site, and unused fuel has been taken off site.
Decontamination of equipment has been carried out, and since fiscal 2015, dismantling of the turbines, generators and part of the reactor building has also been under way.
The dismantling of the reactor, which began on March 17, is considered the main part of the decommissioning work.
The reactor pressure vessel and internal reactor structures have high radiation levels that make them inaccessible to humans.
The work will be carried out by remote control using specialized robots, which requires advanced technology.
Chubu Electric Power Co. will dismantle the No. 1 and No. 2 reactors over a period of about 12 years, starting with the No. 2 reactor first.
The decommissioning of the two reactors is expected to be completed in fiscal 2042 after the buildings are finally dismantled.
Chubu Electric estimates that the decommissioning of No. 1 reactor will cost about 37.9 billion yen ($254.4 million) and about 46.2 billion yen for the No. 2 reactor.
However, the company has not yet decided where to dispose of the large amount of metal, concrete and other waste materials generated by the decommissioning work.
In Japan, the Japan Atomic Energy Agency has decommissioned a small experimental reactor, but no commercial reactors have been decommissioned yet.
At present, 18 nuclear power plants, excluding Tokyo Electric Power Co.’s Fukushima No. 1 nuclear power plant, are scheduled to be decommissioned.
Many other reactors in Japan have been in operation for a long time.
While Japan has entered an era of decommissioning, decommissioning plans continue to be postponed due to the lack of a finalized waste disposal site.
Subsidies attract companies, but not workers, to Fukushima zones
By SUSUMU OKAMOTO/ Staff Writer, Asahi Shimbun March 18, 2025
Billions of yen in government subsidies have attracted businesses and fueled a surge in industrial park development across areas affected by the Fukushima nuclear disaster.
But one big problem remains: Most workers are not returning to these municipalities that were depleted through evacuation orders.
………………………………………………………………………………….Industrial parks developed by local governments are almost entirely funded by the central government.
So far, 21 parks have opened in the region since the disaster, with nine more planned.
The total cost has exceeded 100 billion yen.
While the construction boom has given the impression of an economic revival, actual progress has fallen short of government and local expectations.
WORKERS NOT RETURNING
………………………………….Interviews with local governments and companies show that 89 businesses and organizations employ around 2,500 people in newly developed industrial parks.
Around 1,050 work in six towns and villages with high radiation levels and restricted access―Tomioka, Okuma, Futaba, Namie, Katsurao and Iitate.
But only about 15 percent of them live within those municipalities. Most of the workers commute from Iwaki and other nearby cities.
DEBATE OVER CONTINUING SUBSIDIES
In November, municipalities affected by the nuclear disaster strongly opposed a government review that suggested a possible end to the industry ministry’s subsidy program around 10 years after the lifting of all evacuation orders.
Experts on the review panel argued that the economic impact of the subsidies remains unclear.
But Kawauchi Mayor Yuko Endo, whose entire village was evacuated, warned, “The town won’t survive if the subsidies are cut off.”
Over the eight years through fiscal 2023, the ministry’s program has distributed 95.9 billion yen to 135 companies and organizations.
“Without jobs, people won’t return to nuclear disaster-affected areas,” a ministry official said. “Without people, neither commercial nor medical facilities can come back.”
The government has allocated an additional 11 billion yen for the program in fiscal 2025.
LONG ROAD TO SUSTAINABLE GROWTH
“Young people in Fukushima Prefecture were already leaving for cities before the disaster,” said Toshiyuki Kanai, a professor at the University of Tokyo’s of Faculty of Law. “Creating jobs alone won’t bring people back.”
However, he added: “The government has little choice but to continue support, given its responsibility for the displacement caused by the nuclear disaster. The scale of the damage is irreparable.”………………… https://www.asahi.com/ajw/articles/15656086?fbclid=IwY2xjawJG4llleHRuA2FlbQIxMQABHflEUQCKoAUe6O8fzoy952K_909rjqNLcrSehKzuCAKI-j0j72skaYMOlQ_aem_Qo9irxiJmty4KnXYMVu3aA
Governor urges contaminated soil be disposed of outside Fukushima by 2045

Soil from radiation decontamination work after the 2011 nuclear reactor
meltdowns in Fukushima Prefecture should be disposed of outside the
prefecture by the deadline set by law, Fukushima Gov. Masao Uchibori said
in a recent interview. A law stipulates that all such soil must be disposed
of outside Fukushima by March 2045.
“The final disposal must be completed
within 20 years, no matter whether the soil is reused (within Fukushima) or
not,” the governor said. However, Shiro Izawa, the mayor of Futaba — one
of the towns hosting Tokyo Electric Power Company Holdings’ crippled
Fukushima No. 1 plant — said lasts month that soil from radiation
decontamination work should be reused in Fukushima. The mayor said this was
his personal opinion. Uchibori pointed out the heavy burden placed on
Futaba and the neighboring town of Okuma for accepting interim storage
facilities for soil from decontamination work.
Japan Times 11th March 2025. https://www.japantimes.co.jp/news/2025/03/11/japan/fukushima-gov-soil-disposal/
‘Nervous and rushed’: Massive Fukushima plant cleanup work involves high radiation and stress

Experts say the hard work and huge challenges of decommissioning the plant are just beginning. There are estimations that the work could take more than a century. The government and TEPCO have an initial completion target of 2051, but the retrieval of melted fuel debris is already three years behind, and many big issues remain undecided.
By ASSOCIATED PRESS, 12 March 2025
OKUMA, Japan (AP) – The Fukushima Daiichi nuclear power plant’s radiation levels have significantly dropped since the cataclysmic meltdown in Japan 14 years ago. Workers walk around in many areas wearing only surgical masks and regular clothes.
It’s a different story for those who enter the reactor buildings, including the three damaged in the 2011 earthquake and tsunami. They must use maximum protection – full facemasks with filters, multi-layered gloves and socks, shoe covers, hooded hazmat coveralls and a waterproof jacket, and a helmet.
As workers remove melted fuel debris from the reactors in a monumental nuclear cleanup effort that could take more than a century, they are facing both huge amounts of psychological stress and dangerous levels of radiation.
The Associated Press, which recently visited the plant for a tour and interviews, takes a closer look.
A remote-controlled extendable robot with a tong had several mishaps including equipment failures before returning in November with a tiny piece of melted fuel from inside the damaged No. 2 reactor.
That first successful test run is a crucial step in what will be a daunting, decades-long decommissioning that must deal with at least 880 tons of melted nuclear fuel that has mixed with broken parts of internal structures and other debris inside the three ruined reactors…………………………………………………
Radiation levels are still dangerously high inside the No. 2 reactor building, where the melted fuel debris is behind a thick concrete containment wall. Earlier decontamination work reduced those radiation levels to a fraction of what they used to be.
In late August, small groups took turns doing their work helping the robot in 15- to 30-minute shifts to minimize radiation exposure. They have a remotely controlled robot, but it has to be manually pushed in and out.
“Working under high levels of radiation (during a short) time limit made us feel nervous and rushed,” said Yasunobu Yokokawa, a team leader for the mission. “It was a difficult assignment.”
Full-face masks reduced visibility and made breathing difficult, an extra waterproof jacket made it sweaty and hard to move, and triple-layered gloves made their fingers clumsy, Yokokawa said.
To eliminate unnecessary exposure, they taped around gloves and socks and carried a personal dosimeter to measure radiation. Workers also rehearsed the tasks they’d perform to minimize exposure…………………………………………………..
a growing number of workers are concerned about safety and radiation at the plant, said Ono, the decommissioning chief, citing an annual survey of about 5,5,00 workers……
Yokokawa and a plant colleague, Hiroshi Ide, helped in the 2011 emergency and are team leaders today. They say they want to make the job safer as workers face high radiation in parts of the plant.
On the top floor of the No. 2 reactor, workers are setting up equipment to remove spent fuel units from the cooling pool. That’s set to begin within two to three years.
At the No. 1 reactor, workers are putting up a giant roof to contain radioactive dust from decontamination work on the top floor ahead of the removal of spent fuel.
To minimize exposure and increase efficiency, workers use a remote-controlled crane to attach pre-assembled parts, according to TEPCO. The No. 1 reactor and its surroundings are among the most contaminated parts of the plant.
Workers are also removing treated radioactive wastewater. They recently started dismantling the emptied water tanks to make room to build facilities needed for the research and storage of melted fuel debris.
After a series of small missions by robots to gather samples, experts will determine a larger-scale method for removing melted fuel, first at the No. 3 reactor.
Experts say the hard work and huge challenges of decommissioning the plant are just beginning. There are estimations that the work could take more than a century. The government and TEPCO have an initial completion target of 2051, but the retrieval of melted fuel debris is already three years behind, and many big issues remain undecided.
Ide, whose home in Namie town, northwest of the plant, is in a no-go zone because of nuclear contamination, still has to put on a hazmat suit, even for brief visits home…….
https://www.dailymail.co.uk/wires/ap/article-14484347/Nervous-rushed-Massive-Fukushima-plant-cleanup-exposes-workers-high-radiation-stress.html
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