Conditions inside Fukushima’s melted nuclear reactors still unclear 13 years after disaster struck

The contents of the three reactors is still largely a mystery. Little is known, for instance, about the melted fuel’s condition or exactly where it’s located in the reactors. Not even a spoonful of the fuel has been removed
About 880 tons of melted nuclear fuel remain inside the three damaged reactors, and Japanese officials say removing it would take 30-40 years. Experts call that timeline overly optimistic. The amount of melted fuel is 10 times that removed from Three Mile Island following its 1979 partial core melt.
MARI YAMAGUCHI, TOKYO, THE ASSOCIATED PRESS, March 11, 2024, https://www.theglobeandmail.com/world/article-conditions-inside-fukushimas-melted-nuclear-reactors-still-unclear-13/—
Japan on Monday marked 13 years since a massive earthquake and tsunami hit the country’s northern coasts. Nearly 20,000 people died, whole towns were wiped out and the Fukushima Daiichi nuclear power plant was destroyed, creating deep fears of radiation that linger today. As the nation observes the anniversary, the AP explains what is happening now at the plant and in neighboring areas.
What happened 13 years ago?
A magnitude 9.0 earthquake struck on March 11, 2011, causing a tsunami that battered northern coastal towns in Iwate, Miyagi and Fukushima prefectures. The tsunami, which topped 15 meters (50 feet) in some areas, slammed into the nuclear plant, destroying its power supply and fuel cooling systems, and causing meltdowns at reactors No. 1, 2 and 3.
Hydrogen explosions caused massive radiation leaks and contamination in the area.
The operator, Tokyo Electric Power Company Holdings, says that the tsunami couldn’t have been anticipated. Government and independent investigations and some court decisions have said the accident was the result of human error, safety negligence, lax oversight by regulators and collusion.
Japan has since introduced stricter safety standards and at one point shifted to a nuclear energy phaseout. Prime Minister Fumio Kishida’s government reversed that policy and has accelerated restarts of workable reactors to maintain nuclear power as a main source of Japan’s power supply.
A deadly Jan. 1 earthquake in Japan’s northcentral region destroyed many homes and roads but didn’t damage an idled nuclear power plant. Even so, it caused worry that current evacuation plans that solely focus on radiation leaks could be unworkable.
The nation marked a moment of silence at 2:46 p.m. Monday, with Kishida attending a memorial in Fukushima.
What happened to people in the area?
About 20,000 of more than 160,000 evacuated residents across Fukushima still haven’t returned home.
Decontamination work before the Tokyo Olympics meant to showcase Fukushima’s recovery led to the elimination of some no-go zones, but they remain in seven of 12 towns that had been fully or partially off-limits.
In Futaba, the hardest-hit town and a co-host of the Fukushima Daiichi plant, a small area was opened in 2022. About 100 people, or 1.5% percent of the pre-disaster population, have returned to live. The other host town, Okuma, which along with Futaba sacrificed part of its land to build an interim storage site for nuclear waste gathered from the decontamination, has seen 6% of its former residents return.
Annual surveys show the majority of evacuees have no intention of returning home, citing lack of jobs, schools and lost communities, as well as radiation concerns.
Residents who have raised radiation worries or linked it to their health problems have come under attack for hurting Fukushima’s reputation.
The disaster-hit towns, including those in Iwate and Miyagi prefectures, have seen sharp population drops.
Fukushima Gov. Masao Uchibori said on NHK TV that a growing number of young people want to move to Fukushima to open businesses or help in the reconstruction, and he expressed hope that more residents will return.
What about treated radioactive water discharges?
Last August, Fukushima Daiichi began discharging treated water into the sea, and is currently releasing a fourth 7,800-ton batch of treated water. So far, daily seawater sampling results have met safety standards. The plan has faced protests from local fishers and neighboring countries, especially China, which has banned Japanese seafood imports.
Fukushima Daiichi has struggled to handle the contaminated water since the 2011 meltdowns. TEPCO says the start of the process is a milestone and removing the tanks is crucial to make space for facilities needed as decommissioning progresses.
The contaminated cooling water is pumped up, treated and stored in about 1,000 tanks. The government and TEPCO say the water is diluted with massive seawater before release, making it safer than international standards.
What about local fishing?
Despite earlier fears that the water discharge would further hurt Fukushima’s hard-hit fishing industry, they have not damaged its reputation domestically. China’s ban on Japanese seafood, which mostly hit scallop exporters in Hokkaido, apparently prompted Japanese consumers to eat more Fukushima seafood.
Sampling and monitoring by the International Atomic Energy Agency have also boosted confidence in local fish.
Fukushima fishing returned to normal operations in 2021, and the local catch is now about one-fifth of its pre-disaster level because of a decline in the fishing population and smaller catch sizes.
The government has earmarked 10 billion yen ($680 million) to support Fukushima fisheries.
Any progress removing melted fuel?
The contents of the three reactors is still largely a mystery. Little is known, for instance, about the melted fuel’s condition or exactly where it’s located in the reactors. Not even a spoonful of the fuel has been removed.
About 880 tons of melted nuclear fuel remain inside the three damaged reactors, and Japanese officials say removing it would take 30-40 years. Experts call that timeline overly optimistic. The amount of melted fuel is 10 times that removed from Three Mile Island following its 1979 partial core melt.
Robotic probes have glimpsed inside the three reactors, but their investigation has been hampered by technical glitches, high radiation and other complications.
It’s crucial for officials to understand the data from melted debris so they can make a plan to remove it safely. TEPCO aims to get the first sample out later this year from the least-damaged No. 2 reactor.
TEPCO has been trying to get the sample by using a robotic arm. Officials have struggled to get the robot past the wreckage, and hope that by October they can use a simpler device that looks like a fishing rod.
The fuel in the worst-damaged No. 1 reactor mostly fell from the core to the bottom of its primary containment vessel. Some of it penetrated and mixed with the concrete foundation, making removal extremely difficult.
In February, the plant made its first drone flight into the primary containment vessel to investigate the melted debris and examine how the fuel initially fell from the core. But a second day of exploration was canceled because a data transmission robot failed.
Is a 2051 completion possible?
The government has stuck to its initial target for a completed decommissioning by 2051, but it hasn’t defined what that means.
The lack of data, technology and plans on what to do with the radioactive melted fuel and other nuclear waste makes it difficult to understand what’s in store for the plant and surrounding areas when the cleanup ends, according to TEPCO’s decommissioning company chief, Akira Ono.
An overly ambitious schedule could result in unnecessary radiation exposure for plant workers and excess environmental damage, experts say.
Observing the 45th Anniversary of the Worst U.S. Commercial Nuclear Power Plant Accident.

March 13th, 2024, https://nuclearactive.org/
Thursday, March 28th marks the 45th anniversary of the Three Mile Island nuclear power plant accident in Pennsylvania. A new documentary, “RADIOACTIVE: The Women of Three Mile Island,” tells the harrowing story of the 1979 accident involving the release of radioactive and toxic materials into the air, soils, water and into bodies young and old. As official evacuation orders were delayed, people received much larger radioactive doses than if the evacuation orders were issued immediately.
Forty-five years later four women continue to challenge what the company and government say about the accident.
One review explained how the documentary “uncovers the never-before-told stories of four intrepid homemakers who take their local community’s case against the plant operator all the way to the [U.S.] Supreme Court –- and a young female journalist who’s caught in the radioactive crossfire.”
It also breaks the story of a “radical new health study that may finally expose the truth of the meltdown. For over forty years, the nuclear industry has done everything in their power to cover up their criminal actions, claiming, as they always do, ‘No one was harmed and nothing significant happened.’”
The director of the outstanding documentary is Heidi Hutner. She is a professor of Literature, Sustainability, Women’s and Gender Studies at Stony Brook University New York, and a scholar of nuclear and environmental history, literature, film, and ecofeminism. Hutner chaired the Sustainability Studies Program for six years.
Beginning on March 12th, the documentary is being streamed on Apple + and Amazon Prime for $3.99. Search for The Women of Three Mile Island.
After you watch the film, be sure to register for the historic webinar coming up on Thursday, March 28th at 6 pm Mountain Time with the director Heidi Hutner and her team: Anna Rondon, who is Diné and founder of the New Mexico Social Justice and Equity Institute; Krystal Curley, who is Diné and director of Indigenous Life Ways; Mary Olson, founder of the Gender and Radiation Impact Project; and Professor Mark Jacobson, Stanford University. Cindy Folkers, of Beyond Nuclear, will moderate. The Sierra Club and Beyond Nuclear host the webinar.
In March and April, seven in-person screenings will be held in the U.S. and Canada. CCNS saw the film last weekend at the International Uranium Film Festival in Window Rock, Arizona. It received the Best Investigation Documentary award. We highly recommend watching this story about how the nuclear industry operates and covers up the truth.
EVENTS:……………………………………………….
Nuclear industry wants Canada to lift ban on reprocessing plutonium, despite proliferation risks


The CANDU Owners Group is far from neutral or independent…………… First, Canadian Nuclear Laboratories is a private company owned by a consortium of multi-national companies: AtkinsRéalis (formerly SNC Lavalin), Fluor, and Jacobs. ……...has overseas members, including utilities from China, Pakistan, India, South Korea, Argentina, and Romania. The first three countries are nuclear weapons states that either possess reprocessing plants for military purposes (India and Pakistan) or reportedly divert plutonium extracted from commercial spent fuel for military purposes (China), while South Korea and Argentina have for decades flirted with the idea of reprocessing.
Bulletin, By Gordon Edwards, Susan O’Donnell | March 11, 2024
Plutonium is “the stuff out of which atomic bombs are made.” Plutonium can also be used as a nuclear fuel. Reprocessing is any technology that extracts plutonium from used nuclear fuel. In Canada, the nuclear industry seems determined to close the nuclear fuel cycle by pushing for a policy to permit reprocessing—thereby seeking to lift a 45-year-old ban.
In 1977, Canada tacitly banned commercial reprocessing of used nuclear fuel, following the lead of the Carter administration, which explicitly opposed reprocessing because of the possibility it could lead to increased proliferation of nuclear weapons around the world.[1] That unwritten policy in Canada has held sway ever since.[2] New documents obtained through Canada’s Access to Information Act reveal that, behind closed doors, the nuclear industry has been crafting a policy framework that, if adopted, would overturn the ban and legitimize the extraction of plutonium from Canada’s used commercial nuclear fuel.
For over two years, documents show that the Canadian government has held a series of private meetings with industry representatives on this subject, keeping such activities secret from the public and from parliament. This raises questions about the extent to which nuclear promoters may be unduly influencing public policymaking on such sensitive nuclear issues as reprocessing in Canada.[3] But, given the stakes for the whole society and even the entire planet, the public must have a say about nuclear policy decisions…………………………………………………………………………………………………………………………………………………..
Before the ban. Dreams of a plutonium-fueled economy were spawned in 1943-44 by British, French, and Canadian scientists working at a secret wartime laboratory in Montreal, which was part of the Anglo-American Project to build the first atomic bombs. Canada’s first heavy-water reactors were designed by the Montreal team, in part, to produce plutonium for weapons. The team also had hopes that after the war, plutonium might become a dream fuel for the future. They envisioned a “breeder reactor” that could produce more plutonium than it uses, thereby extending nuclear fuel supplies.
For 20 years after the war, Canada sold uranium and plutonium for US bombs. Two reprocessing plants were operated at Chalk River Nuclear Laboratories in Ontario. In addition, all the pilot work on plutonium separation needed to design Britain’s Windscale reprocessing plant was carried out at Chalk River.
After the ban. Although the 1977 ban scuppered AECL’s hopes for commercial reprocessing, plutonium remained the holy grail. In the decades that followed, AECL researchers studying the geologic disposal of high-level radioactive waste clandestinely carried out reprocessing experiments at the Whiteshell Nuclear Research Establishment in Manitoba. Instead of burying used nuclear fuel bundles, the scientists anticipated burying solidified post-reprocessing waste. Meanwhile, AECL scientists at Chalk River fabricated three tonnes of mixed-oxide fuel (MOX) in glove boxes, using plutonium obtained from CANDU fuel reprocessed overseas. In 1996, Prime Minister Jean Chrétien volunteered to import weapons-grade plutonium from dismantled US and Soviet warheads to fuel CANDU reactors. Facing fierce public opposition in Canada, the project never came to pass.
But the dream of a plutonium economy remained. In 2011, a sprawling mural on three walls of the Saskatoon Airport depicted the nuclear fuel chain, from mining uranium to the reprocessing of used fuel to recover “potential energy” before disposing of the leftovers. Although the word plutonium appeared nowhere, reprocessing was presented as the inevitable final step in this vision of a virtuous nuclear fuel cycle. The mural was commissioned by Cameco, the giant Canadian multi-national corporation that helped make the central Canadian province of Saskatchewan into the “Saudi Arabia of uranium.” At the time, Cameco co-owned the largest operating nuclear power station in the world, the eight-reactor Bruce complex beside Lake Huron bordering the United States.
Despite such hopes, it became fashionable to publicly downplay reprocessing as expensive and therefore economically unlikely.[5] But the technology stayed on the books as a possibility, especially in case future generations would want to extract plutonium from used nuclear fuel for re-use before disposing of the remaining radioactive waste.
Back to the future? New Brunswick has one 660-megawatt-electric CANDU reactor at Point Lepreau on the Bay of Fundy in eastern Canada. The plant has been operating for over 40 years. In March 2018, two start-up companies—UK-based Moltex Energy and US-based ARC Clean Technology—offered to build “advanced” (fast) reactors on the same site.
The Moltex design is a 300-megawatt-electric molten salt reactor called “Stable Salt Wasteburner.” It is to be fueled with plutonium and other transuranic elements extracted from CANDU used fuel already stored on that site. Accordingly, the Moltex proposal requires a reprocessing plant in tandem with the reactor. The ARC design is a 100-megawatt-electric liquid sodium-cooled reactor, inspired by the second Experimental Breeder Reactor (EBR-2) operated by the Argonne National Laboratory in Idaho between 1964 and 1994. Although the ARC-100 does not require reprocessing at the outset, its optimal performance requires that the used fuel be recycled, likely through reprocessing.
From the beginning, Moltex claimed its proposed molten salt reactor would “recycle” CANDU used fuel and “burn” it in its molten salt reactor. Moltex claims that this would virtually eliminate the need for a deep geologic repository by turning a million-year disposal problem into a roughly 300-year storage problem. This claim has been flatly rebuffed.[6] Only later did the public learn that the Moltex technology requires reprocessing CANDU used fuel to extract plutonium using an innovative process called “pyroprocessing.” (In pyroprocessing, used fuel is converted to a metal and immersed in molten salt, then the plutonium and other transuranic elements are recovered by passing a current through the salt and collecting the desired products on electrodes.)

ARC Clean Technology maintains that its reactor design is proven by the 30-year operating experience of the EBR-2 reactor, despite differences in size and fuel enrichment.[7] The company, however, says nothing about the intimate connection between breeder reactors and plutonium, nor does it mention the chequered history of liquid sodium-cooled reactors globally—including the Fermi Unit 1 reactor’s partial meltdown near Detroit, the commercial failure of France’s Superphénix, the conversion of a German breeder reactor into an amusement park, or the dismal performance of Japan’s Monju reactor.
For either of the proposed New Brunswick reactors to operate as intended, Canada would need to lift its 45-year-old ban on commercial reprocessing of used nuclear fuel.
Testing the limits. The first sign that Canada’s reprocessing ban might be lifted came in 2019, when the federal government’s Impact Assessment Act exempted specified projects from environmental assessment. The exemption included any reprocessing plant with a production capacity of up to 100 metric tons (of used nuclear fuel) annually—just above the reprocessing capacity required for the Moltex project.[8]
Public calls to explicitly ban reprocessing started shortly after March 2021, when the federal government gave 50.5 million Canadian dollars in funding for Moltex’s project. This project clearly requires reprocessing: Without the plutonium produced by CANDU reactors to fuel its proposed molten salt reactor, the Moltex project can go nowhere.
In addition, Moltex hopes to eventually export the technology or the fuel, or both. Many Canadians are alarmed at the prospect of normalizing the use of recycled plutonium as a nuclear fuel in Canada and abroad.
In 2021, in response to a recommendation by the International Atomic Energy Agency, the Canadian government conducted public consultations to develop a modernized policy on commercial radioactive waste management and decommissioning. Over 100 citizens groups participated, and many called for an explicit ban on reprocessing.
Public attention to the issue of reprocessing grew after nine US nonproliferation experts sent an open letter to Prime Minister Justin Trudeau in May 2021. The letter expressed concern that by funding a spent fuel reprocessing and plutonium extraction project, Canada would “undermine the global nuclear weapons nonproliferation regime that Canada has done so much to strengthen.” …………………..
A second letter sent to Trudeau in July 2021 refuted “misleading claims” that Moltex posted on-line in rebuttal to the first letter. Moltex’s rebuttal claims were quickly taken down. And a third letter authored by one of the US nonproliferation experts was sent in November 2021. None of the government responses to these three letters addressed the core issue, which is the request for an independent review of the proliferation implications of Canada’s funding of reprocessing.
The federal government released its draft policy for radioactive waste management and decommissioning in March 2022, hinting that reprocessing might be permitted in the future. Public interest groups made their opposition to that suggestion very clear. A national steering group coordinated by Nuclear Waste Watch, a Canada-based network of public interest organizations, released an alternative policy proposal that explicitly banned reprocessing. The Council of Canadians, a national advocacy group, sent out an action alert that generated 7,400 letters calling for the explicit prohibition of reprocessing.
The Canadian Nuclear Safety Commission, tasked with the job of licensing Moltex’s proposed reactor, declared that a policy framework for reprocessing is necessary and that such a policy must come from the federal government.[9] Moltex’s Chief Executive Officer, Rory O’Sullivan, observed that Canada was chosen by Moltex because the country had no explicit policy on reprocessing: “Moltex would likely not have come to Canada if a reprocessing policy had been mandated at the time.”
In November 2021, Canada’s Ministry of Natural Resources—the lead federal department on nuclear issues—issued an internal memo entitled “Policy Development on Reprocessing” that refers to a series of planned meetings on reprocessing with industry representatives starting December 1, 2021.[10] The CANDU Owners Group—a nonprofit corporation assembling utilities operating CANDU reactors, Canadian Nuclear Laboratories, and nuclear suppliers—was singled out by the ministry to prepare a policy paper on reprocessing.[11]
The CANDU Owners Group is far from neutral or independent.
First, Canadian Nuclear Laboratories is a private company owned by a consortium of multi-national companies: AtkinsRéalis (formerly SNC Lavalin), Fluor, and Jacobs. The company is currently constructing a government-funded facility with hot cells at Chalk River to conduct research, including on reprocessing and plutonium extraction. Canadian Nuclear Laboratories operates under a “government-owned contractor operated” agreement with Atomic Energy of Canada Limited, the same publicly owned corporation that pushed for commercial reprocessing in the late 1970s.
The CANDU Owners Group also has overseas members, including utilities from China, Pakistan, India, South Korea, Argentina, and Romania. The first three countries are nuclear weapons states that either possess reprocessing plants for military purposes (India and Pakistan) or reportedly divert plutonium extracted from commercial spent fuel for military purposes (China), while South Korea and Argentina have for decades flirted with the idea of reprocessing.
By all evidence, the government of Canada is currently enlisting private entities that favor reprocessing to assist in the development of an industry-friendly policy on reprocessing. And the government does this without involving the public, parliament, or outside experts—all of whom have expressed a keen interest—and repeatedly asked to participate—in plutonium policy discussions. In the process, misleading information about reprocessing is being forwarded to government officials with no other voices to correct the record.[12]
In the most recent move, a dozen US nonproliferation experts wrote again to Prime Minister Trudeau on September 22, 2023, after the release of documents obtained through an access to information request. In their letter, the experts reiterated their concerns that the Canadian government is funding a project that would lead to increase the availability—and therefore potential proliferation—of weapons-usable plutonium for civilian purposes in Canada and beyond.
Democratic deficit. Despite all these developments, there has been no public discussion or parliamentary deliberation about the implications of introducing civilian reprocessing into Canada’s nuclear fuel cycle. Absence of transparency and public debate means the democratic process is being ignored. Yet, the issue is of great public importance because of the taxpayer money invested, proliferation risks involved, and the long-term societal implications of the security measures needed to safeguard nuclear weapons usable materials.
This makes one wonder why it took a group of concerned citizens and an access to information request to find out that, behind closed doors, the nuclear industry has been drafting its own policy to permit commercial reprocessing, expecting its adoption by the government of Canada against all objective criteria of democracy.
n 1976, British nuclear physicist Brian Flowers authored a Royal Commission report to the UK parliament. He wrote: “We regard the future implications of a plutonium economy as so serious that we should not wish to become committed to this course unless it is clear that the issues have been fully appreciated and weighed; in view of their nature we believe this can be assured only in the light of wide public understanding.”
The same precept should apply to nuclear policy in today’s Canada.
Notes…………………………………………………………………. https://thebulletin.org/2024/03/nuclear-industry-wants-canada-to-lift-ban-on-reprocessing-plutonium-despite-proliferation-risks/
Japan’s Nuclear Energy Policy Disaster
The yawning gap between vision and policy reality jeopardizes Japan’s important energy security goals and efforts to decarbonize the energy supply.
By Florentine Koppenborg, March 08, 2024, https://thediplomat.com/2024/03/japans-nuclear-energy-policy-disaster/
The Japanese government is chasing a nuclear mirage 13 years after the Fukushima Daiichi nuclear disaster in March 2011. Government statements in support of nuclear power, such as the recent declaration at COP28 that Japan will triple nuclear energy by 2050, receive much attention. Away from the public spotlight, however, Japan is facing a nuclear energy policy disaster as it struggles to actually return to nuclear energy after the Fukushima nuclear accident.
As the Japanese government pursues a nuclear revival to no avail, the yawning gap between vision and policy reality jeopardizes important energy policy goals such as energy security and decarbonizing energy supply.
The share of nuclear power in Japan’s electricity mix has stagnated between 5 and 8 percent since 2018, and the goal to generate 20–22 percent of electricity from nuclear by 2030 has become elusive. Japan’s fleet of commercial nuclear reactors, once the third largest in the world at 54 units, has diminished to 33 plus two units currently under construction. Restarting these 35 reactors would barely be enough to meet the government’s 2030 targets. However, only 27 reactors are undergoing the safety reviews required for a restart permit. If successful, they can provide about 14 percent of Japan’s electricity mix by 2030, far from the government’s goals.
Actual restart progress is even more bleak, with only 12 reactors back on the grid by early 2024. Plans to start using the Onagawa plant’s reactor number two for electricity generation in May 2024 had to be postponed to September due to delays in additional safety construction work. For the Tokai reactor number two, work on safety measures is scheduled to conclude in September 2024, but it remains to be seen whether construction will finish on time. With the restart process riddled with setbacks and uncertainties, the total number of reactors actually generating electricity looks to increase only marginally over the next few years.
One potential solution to this problem, constructing new reactors, takes at least a decade and risks public backlash as safety concerns linger. The recent Noto earthquake was a reminder of safety risks as the earthquake partly exceeded assumptions made in safety checks and led to questions about the adequacy of emergency evacuation plans. Removing the official 40-year lifespan limit on nuclear reactors – introduced as a major safety lesson after the 2011 nuclear disaster – as part of Japan’s so-called GX (green transformation) strategy that will guide the country’s decarbonization appears as a rather desperate and potentially risky measure. The next generation of modular reactors stressed in the COP28 declaration on nuclear and the GX strategy are not even market-ready technology at the moment.
Japan’s nuclear energy revival is supposed to increase energy security and drive decarbonization. Chasing unattainable goals, however, has the exact opposite effect as the yawning implementation gap is continuously filled with fossil fuel imports.
It is time to embrace the solution at hand: expanding renewable energy capacity.
Increasing energy security has been a major goal of Japan’s energy policy ever since the oil shock in the 1970s. Dependence on fossil fuel imports, already high at 81 percent in 2010, shot up once all of the nuclear power plants were shut down following the Fukushima accident. What brought it down again to about 83 percent in 2021 was not nuclear restarts, but rather an increasing share of renewable energy. Nuclear power and renewable energy have essentially switched places in Japan’s energy mix as renewables increased from 4 percent in 2010 to 11 percent in 2021 and nuclear decreased from 10 percent in 2010 to 3 percent in 2021.
Additional coal and gas imports to fill the nuclear power gap not only keep Japan’s import dependence high, but also have a substantial impact on its greenhouse gas emissions. Aside from a small share of nuclear energy, low-carbon electricity mainly comes from renewables, which have seen an impressive annual growth at about 16 percent since 2012. The remaining 72 percent come from fossil fuels. Once a climate leader in the 1990s, the current nuclear energy disaster solidifies Japan as a fossil fuel champion rather than a decarbonization leader.
In 2024, the Japanese government has an opportunity to turn things around. Japan’s Strategic Energy Plan, revised every three years, is due again. This presents an opportunity for the government to increase its renewable energy target, ideally in line with the international commitment made at COP28 to triple renewable energy capacity by 2050, and to reduce its nuclear power target accordingly. This would be the best way to alleviate Japan’s current nuclear energy policy disaster and to put the country back on track in its pursuit of energy security and decarbonization.
Film poses moral questions about 2011 Fukushima disaster displacement

Japan Times, BY MIE SAKAMOTO, KYODO 12 Mar 24
A new documentary that questions whether it is right to sacrifice a community’s way of life for the betterment of the wider public has revealed the turmoil and hardships faced by those who were displaced in the wake of the 2011 Fukushima nuclear power plant disaster.
“Tsushima: Fukushima Speaks Part 2,” directed by freelance journalist Toshikuni Doi, features the testimonies of people seeking the return of their hometown, which was deemed uninhabitable for a century after the world’s worst nuclear accident since the 1986 Chernobyl meltdown.
The documentary explores the story of a minority group that must endure suffering for the happiness and convenience of others, a theme of global resonance, with Doi, 71, explaining that the film focuses on the impact the accident had on the daily lives of people forced to leave their homes.
Their hometown — Tsushima district in Namie, Fukushima Prefecture — is some 30 kilometers from the Fukushima No. 1 nuclear power plant, which was crippled by the massive earthquake and tsunami on March 11, 2011. Most of its 1,400 former residents remain unable to return due to the contamination left behind by radioactive materials.
The 187-minute film, whose version with English subtitles will be available online for one week from March 11 for audiences outside Japan, delves into people’s memories of their hometown, with many expressing deep affection for their tight-knit rural community, where residents were close to each other.
“Many people don’t care much about nuclear issues,” Doi said in an interview. “But if the film can show the impact the accident had on people’s lives and what they thought about being driven away and losing their hometown, the audience will be drawn to it, even if they are not deeply interested in such issues.”
Many of the film’s 18 interviewees — who took part in Doi’s project of preserving disaster victims’ testimonies for future generations — have special feelings for their hometown. Some shed tears as they spoke about their personal histories and how their lives were changed irrevocably following the disaster.
The film begins with Yoshito Konno, who was among those told by officials of the plant’s operator, Tokyo Electric Power Company Holdings Inc. (Tepco), and the central government in the fall of 2011 that people from Tsushima would likely be unable to return “for the next 100 years.”
“People were speechless,” Konno, 79, says in the film, continuing to say that it made him think there would be “no one left after 100 years,”
which prompted him to start compiling records on the histories of families who had lived in the area.
Kano Sudo, 72, lived in poverty with three children after she divorced her estranged husband. She worked hard at local factories to support her children, but even buying daily rice was a struggle.
“I had even thought about (suicide) with my three children,” she admits in the film, adding that she was only able to get through those times “because of the help of those around us.”
Her neighbors, she says, would routinely feed her kids and watch over them, to prevent them from being led astray as they grew up………………………………………………………………………………………..
“From an economic utility standpoint, the best policy would be to transfer us to another place and set up a compensation system so that we can make a living,” rather than spending massive amounts of the state’s budget so that some hundreds of Tsushima residents can return home, Konno says.
But he goes on to argue that it is wrong to sever the local residents’ ties to their former community while denying their basic rights to joy and fulfillment as human beings — in effect, turning a blind eye to the damage done to each individual whose life was upended.
“It is not only about Tsushima,” Konno says. “This issue should be common to all of Japan and the whole world.”
The film was released in Tokyo on March 2, which will be followed by screenings in other major cities, including in the prefectures of Osaka and Aichi. https://www.japantimes.co.jp/news/2024/03/12/japan/society/japan-fukushima-displacement/
Bridgwater activists shine light on nuclear power in UK

Elizabeth Birt 13th March24, more https://www.bridgwatermercury.co.uk/news/24179056.bridgwater-activists-shine-light-nuclear-power-uk/
There was a lively meeting in Bridgwater discussing the future of US nuclear weapons on British soil.
The Bridgwater Peace Group met at the Bridgwater Railway Club on Tuesday, March 5.
Dr Rowland Dye, a Bristol-based nuclear physicist, provided a comprehensive overview of nuclear power and weaponry in the UK.
He highlighted how the country’s atom bomb production from 1952-63 was more about weapon production than producing ‘clean’ electricity via the Magnox program.
Dr Dye also shone a light on how serious nuclear power accidents, such as Windscale’s 1957 incident and Chernobyl disaster of 1986, have far-reaching and long-term effects unlike conventional electricity generation.
Dr Dye, who formerly worked in a hospital, said he was alarmed when he realised government press reports described the radioactive waste dumped in our oceans as medical waste.
Consequently, he left medicine and pursued activism.
Williton resident Lyn Barlow also delivered a speech that illustrated her personal journey of activism, leading to numerous encounters with the police and prison.
Ms Barlow now utilises art as her form of protest.
Following the speeches, attendees were able to ask questions and network.
Interested parties concerned about conflict and nuclear weaponry in the UK may join future meetings or contact Glen at 07423 786599 for more information.
Shelling continues near Zaporizhzhia Nuclear Power Station

12 March 2024. Modern Power Systems
Director general of the International Atomic Energy Agency, Rafael Mariano Grossi, in his 8 March statement Update 215 concerning the situation in Ukraine, reported his meeting with Russian president Vladimir Putin as part of the IAEA’s continuing efforts to help prevent a nuclear or radiological accident during the present conflict.
Mr Grossi said the meeting, on 6 March, was “professional and frank”, with the discussions focused on the paramount importance of reducing the still significant nuclear safety and security risks at the Zaporizhzhya Nuclear Power Plant in southern Ukraine, under Russian control for the past two years.
It was their second meeting, following one in Saint Petersburg in October 2022, and it took place a month after Mr Grossi on 7 February crossed the frontline to travel to the ZNPP for the fourth time during the war. On the way to the plant, he met with Ukrainian President Volodymyr Zelensky in Kyiv……………………………
Military activity
IAEA experts stationed at the ZNPP site have continued to hear explosions and other indications of military activity not far away from the facility. Three times during the week of 4 March they reported hearing several successive explosions within a few minutes, as well as one explosion on 7 march and multiple explosions on 8 March, possibly indicating the use of heavy weapons from an area close by.
On 1 March, the IAEA experts heard an explosion some distance away from the ZNPP. The following morning, the team was informed by the plant that there had been shelling in parkland a few hundred metres away from the city hall administrative building of the town of Enerhodar, where many plant staff live.
Further underlining the fragile nuclear safety and security situation at the ZNPP, the plant remains without back-up external power after the only remaining 330 kV line was disconnected on 20 February. As a result, the ZNPP remains dependent on its only functioning 750 kV power line, out of four such lines available before the war. The IAEA team has informed that the 330 kV line is not expected to be reconnected before 15 March. https://www.modernpowersystems.com/news/newsshelling-continues-near-znpp-11594597
In pre-election messaging, Putin less strident on nuclear war
Japan Times, 14 Mar 24
President Vladimir Putin of Russia took a less strident tone on the possibility of nuclear war in an interview released Wednesday, an apparent attempt to bolster his domestic image as a guarantor of stability before the Russian presidential election this weekend.
In a lengthy interview released by Russian state television, Putin struck a softer tone than in his state-of-the-nation address last month, when he said that the West risked causing the “destruction of civilization” if it intervened more directly in Ukraine. In the interview, Putin described the United States as seeking to avoid such a conflict, even as he warned that Russia was prepared to use nuclear weapons if its “sovereignty and independence” were threatened.
“I don’t think that everything is rushing head-on here,” Putin said when asked whether Washington and Moscow were headed for a showdown. He added that even though the United States was modernizing its nuclear force, “this doesn’t mean, in my view, that they are ready to start this nuclear war tomorrow.”…………………………………………………………………………………………
Asked in the interview released Wednesday whether he had considered using “tactical” nuclear weapons at that point, Putin said that “there was never such a need.”………………………. more https://www.japantimes.co.jp/news/2024/03/14/world/politics/putin-softer-nuclear-tone/
TODAY. Julian Assange, atrocities, nuclear war, AI, “Oppenheimer”, and the whole damn thing.

Julian Assange languishes in his solitary confinement cell for 23 hours a day in a British dungeon. He awaits the decision of the High Court on whether to let him appeal against extradition to the USA., for trial on the trumped up charges of espionage. Doesn’t really matter – even if he wins this one- then his appeal won’t be heard for months. Either way, the USA is killing this man – dragging out the whole abusive process.
It’s an atrocity against an individual. But the, the USA, especially under the Biden administration, (and I’m sure, under a Trump one) – is cool with atrocities.
Indeed – that’s why they’re persecuting Assange – because he exposed the USA’s military atrocities to the world. That is investigative journalism. The USA MUST kill Assange (probably slowly and “respectably”) so that the world will accept that no-one is to call the USA to account for military atrocities.
It’s almost comic – right now the USA is sending aid to starving Gazans with one hand, and with the other hand, sending to Israel weapons and money for the mass killing of Gazans.

America is participating in this atrocity –
and doing the profitable business that it loves most – selling killing machines to the world. I was fascinated to find the USA Naval Institute enthusiastically welcome a new murder toy a “transnational coalition kill chain”, for war against China.
America’s military-industrial-nuclear-complex is ecstatic with this system, already used , in the Navy’s own word in the “kill chain architecture leveraged against Russia”. Now they’re selling it to Taiwan – Link 16 – a system for kinetic warfare which will allow the Taiwan/ROC military to integrate and coordinate all its warfighting platforms with US, NATO, Japanese, Korean, Australian militaries in combined arms warfare. – sea, air, and land forces linked for lethal effect. All to be linked with low-earth orbit satellites and other Space Force assets. Taiwan can lead a multinational war offensive against China.

This war could involve a nuclear first strike. “The United States should consider nuclear first use if conventional forces cannot stop a Chinese invasion force from reaching Taiwan.“
If we’re talking about atrocities, I think that for the USA to make a nuclear strike on China – would be an atrocity. Deputy Secretary of State Kurt Campbell sees Ukraine as a “unified field” of war with China. He revels in the possibility of a “magnificent symphony of death” in Asia.
With Julian Assange dead – what journalist would dare investigate and expose these plans and events?
Now, what about AI? New military AI technology is being developed in the name of national security. “The U.S. has stated a very active interest in integrating AI across all warfighting functions,” said Benjamin Boudreaux, a policy researcher at the RAND Corporation. It’s a bit of a worry. Previous near-nuclear-attacks were prevented by the instinctive actions of individuals like Stanislav Petrov. Is AI going to be intelligent in that way?
The film “Oppenheimer” swept seven Academy Awards. Certainly a great film, but now being used by the nuclear lobby in this case The Nuclear Threat Initiative, to promote nuclear power, pretending that this industry has nothing to do with nuclear weapons. By the way, “Barbie’s $1.4 billion gross far exceeds Oppenheimer’s $950 million gross. But then “Barbie” was the story of Barbie finding the real world to be dominated by men (not perhaps the message to appeal to the men who run things like the Oscars, and just about everything else)
What do do about all this? Just let it all happen?
Well, there are millions of people who don’t want this insane militaristic system- so we all should be able stop the madness controlled by a relatively small phalanx world-wide. But how?
Cold turkeys: The demise of nuclear power

Jim Green, Mar 12, 2024, https://reneweconomy.com.au/cold-turkeys-the-demise-of-nuclear-power-in-australias-aukus-partner-countries/
When announcing the AUKUS agreement in 2021, then Prime Minister (and secret energy minister) Scott Morrison said: “Let me be clear: Australia is not seeking to establish … a civil nuclear capability.” He also said that “a civil nuclear energy industry is not a requirement for us to go through the submarine program.”
However, Coalition Senators argued in a report last year that Australia’s “national security” would be put at risk by retaining federal legislation banning nuclear power and that the “decision to purchase nuclear submarines makes it imperative for Australia to drop its ban on nuclear energy.”
So, let’s see how nuclear power is faring in our AUKUS partners, the UK and the US.

This is a story about conventional, large reactors. All that needs to be said about ‘small modular reactors’ in the UK and the US is that none exist and none are under construction.
This is a story about conventional, large reactors. All that needs to be said about ‘small modular reactors’ in the UK and the US is that none exist and none are under construction.
The UK

The last power reactor start-up in the UK was 29 years ago — Sizewell B in 1995.
Over the past decade, several proposed new nuclear power plants have been abandoned (Moorside, Wylfa, Oldbury) and the only project to reach the construction stage is Hinkley Point C, comprising two French-designed EPR reactors.
In the late 2000s, the estimated construction cost for one EPR reactor in the UK was £2 billion (A$3.9 billion). When construction of two EPR reactors at Hinkley Point commenced in 2018 and 2019, the cost estimate for the two reactors was £19.6 billion.
The current cost estimate for the two reactors has ballooned to £46 billion (A$89 billion) or £23 billion (A$44.5 billion) per reactor. That is 11.5 times higher than the estimate in the late 2000s. Further cost overruns are certain. This is an example of the Golden Rule of Nuclear Economics: Add a Zero to Nuclear Industry Estimates.
The UK National Audit Office estimates that taxpayer subsidies for Hinkley Point — primarily in the form of a guaranteed payment of £92.50 (A$180) per megawatt-hour (2012 prices), indexed for inflation, for 35 years — could amount to £30 billion (A$58 billion) while other credible estimates put the figure as high as £48.3 billion (A$94 billion).
Delays

The delays associated with Hinkley Point have been as shocking as the cost overruns. In 2007, French utility EDF boasted that Britons would be using electricity from an EPR reactor at Hinkley Point to cook their Christmas turkeys in 2017. In 2008, the UK government said the reactors would be complete “well before 2020”.
But construction of the two reactors didn’t even begin until 2018 and 2019, respectively, at which time completion was expected in 2026. Now, completion is expected in 2030 or 2031.
Undoubtedly there will be further delays and if the reactors are completed, it will be more than a quarter of a century after the 2007 EDF boast that Britons would finally be using electricity from Hinkley Point to cook their Christmas turkeys.
Construction will take well over 10 years; planning and construction over 25 years. Yet in Australia, the Coalition argues that Australians could be cooking Christmas turkeys with nuclear power 10 years from now.
‘Something of a crisis’
Nuclear industry lobbyist Tim Yeo said in 2017 that the UK’s nuclear power program faced “something of a crisis”. The following year, Toshiba abandoned the planned Moorside nuclear power project near Sellafield despite generous offers of government support — a “crushing blow” according to Yeo.
Then in 2019, Hitachi abandoned the planned Wylfa reactor project in Wales after the estimated cost of the twin-reactor project had risen by 50 percent.
Hitachi abandoned the project despite an offer from the UK government to take a one-third equity stake in the project; to consider providing all of the required debt financing; and to consider providing a guarantee of a generous minimum payment per unit of electricity.
Long gone was the 2006 assertion from then UK industry secretary Alistair Darling that the private sector would have to “initiate, fund, construct and operate” nuclear power plants.
The UK Nuclear Free Local Authorities noted that Hitachi joined a growing list of companies and utilities backing out of the UK nuclear new-build program:
“Let’s not forget that Hitachi are not the first energy utility to come to the conclusion that new nuclear build in the UK is not a particularly viable prospect. The German utilities RWE Npower and E-on previously tried to develop the site before they sold it on Hitachi in order to protect their own vulnerable energy market share in the UK and Germany.
“British Gas owner Centrica pulled out of supporting Hinkley Point C, as did GDF Suez and Iberdrola at Moorside, before Toshiba almost collapsed after unwise new nuclear investments in the United States forced it to pull out of the Sellafield Moorside development just a couple of months ago.”
Sizewell C

The UK government hopes to progress the Sizewell C project in Suffolk, comprising two EPR reactors, and is once again offering very generous support including taking an equity stake in the project and using a ‘regulated asset base‘ model which foists financial risks onto taxpayers and could result in taxpayers paying billions for failed projects — as it has in the US.
If recent experience is any guide, the government will struggle to find corporations or utilities willing to invest in Sizewell regardless of generous government support.
(The same could be said for plans for small modular reactors or mid-sized reactors envisaged by Rolls-Royce — it is doubtful whether private finance can be secured despite generous taxpayer subsidies.)
Many reactors have been permanently shut down in the UK: the IAEA lists 36 such reactors. Since the Sizewell B reactor startup in 1995, there have been 24 permanent reactors shut-downs and zero startups.
Repeat: since the last reactor startup in the UK, there have been 24 shut-downs!
The capacity of the nine remaining reactors (5.9 gigawatts — GW) is less than half of the peak of 13 GW in the late 1990s. Nuclear power’s contribution to electricity supply has fallen from 22 percent in the early 2000s to 14.2 percent.
Meanwhile, the UK government reports that renewable power sources accounted for 44.5 percent of total UK generation in the third quarter of 2023, a higher share than fossil fuels and around three times more than nuclear’s share.
What to make of the conservative UK government’s goal of quadrupling nuclear capacity to 24 GW by 2050? It is deeply implausible. The facts speak for themselves. Two dozen reactor shutdowns and zero startups since 1995.
The Hinkley Point project has been extremely slow and extremely expensive. The Sizewell C project is uncertain. Other proposals — including proposals for small modular reactors — are even more uncertain and distant.
Unsurprisingly, the extraordinary cost overruns and delays associated with Hinkley Point have complicated plans to advance the proposed Sizewell C project.
In 2010, the UK government announced that Sizewell was one of the locations slated for new reactors. Fourteen years later, construction is some years away and it remains uncertain if the project will reach the construction stage. EDF and the UK government are seeking to raise a further £20 billion from new investors. All reasonable offers considered.
France

The Sizewell C project is equally complicated across the channel due to EDF’s massive debts and its plan to replace the EPR design with an EPR2 design, about which little is known except that safety will be sacrificed on the altar of economics. EDF’s debt as of early 2023 was €64.5 billion (A$107 billion) and it was fully nationalised later in 2023 due to its crushing debts.
In addition to its adventures across the channel, EDF has a “colossal maintenance and investment programme to fund” in France as the Financial Times noted in October 2021.
As in the UK, there has not been a single reactor startup in France since the last millennium. The only current reactor construction project is one EPR reactor under construction at Flamanville. The current cost estimate of €19.1 billion (A$31.6 billion) is nearly six times higher than the original estimate of €3.3 billion (A$5.5 billion).
Construction of the Flamanville reactor began in 2007 and it remains incomplete 17 years later. Planning plus construction have taken over a quarter of a century. Yet the Coalition argues that Australians could be cooking Christmas turkeys with nuclear power 10 years from now.
France’s nuclear industry was in its “worst situation ever“, a former EDF director said in 2016 — and the situation has worsened since then. Another former EDF director said in early 2024 that the French nuclear industry is “on a slow descent to hell” and he has “fierce doubts about EDF’s ability to build more reactors.”
The US

The V.C. Summer project in South Carolina (two AP1000 reactors) was abandoned in 2017 after the expenditure of around US$9 billion (A$13.6 billion). Construction began in 2013 and the project was abandoned in 2017.
The project was initially estimated to cost US$11.5 billion; when it was abandoned, the estimate was US$25 billion (A$38 billion).
Largely as a result of the V.C. Summer disaster, Westinghouse filed for bankruptcy in 2017 and its parent company Toshiba only avoided bankruptcy by selling its most profitable assets. Both companies decided that they would no longer take on the huge risks associated with reactor construction projects. A year earlier, Westinghouse said its goal was to win overseas orders for at least 45 AP1000 reactors by 2030.
Criminal investigations and prosecutions related to the V.C. Summer project are ongoing: the fiasco is known as the ‘nukegate’ scandal.
Vogtle

With the abandonment of the V.C. Summer project in South Carolina, the only remaining reactor construction project in the US was the Vogtle project in Georgia (two AP1000 reactors).
Construction of the Vogtle reactors began in 2013 and the expected completion dates of 2016 and 2017 were pushed back seven years to 2023 and 2024. In 2014, Westinghouse claimed a three-year construction schedule for AP1000 reactors but the Vogtle reactors took 10 and 11 years to complete.
The first licence application for the Vogtle project was submitted in 2006 so planning and construction took 17 years in addition to the time spent before the 2006 application.
The latest cost estimate for the Vogtle project is $34 billion (A$51 billion), more than twice the estimate when construction began (US$14–15.5 billion). The project only survived because of multi-billion-dollar taxpayer bailouts.
In 2006, Westinghouse said it could build an AP1000 reactor for as little as US$1.4 billion (A$2.1 billion) — 12 times lower than the latest Vogtle estimate of US$17 billion (A$25.5 billion) per reactor. Another example of the Golden Rule of Nuclear Economics: Add a Zero to Nuclear Industry Estimates.
Corruption scandals

In 2005, the US Nuclear Energy Institute claimed that Westinghouse’s estimate of US$1,365 per kilowatt “has a solid analytical basis, has been peer-reviewed, and reflects a rigorous design, engineering and constructability assessment.”
In fact, the estimate was out by an order of magnitude and the Institute’s involvement in a raft of corruption scandals has been exposed. No doubt the Dutton Coalition would happily parrot whatever lies the Institute chose to feed them, and no doubt the Murdoch/Sky/AFR echo-chamber would happily amplify those lies.
During the ill-fated ‘nuclear renaissance’, the US Nuclear Regulatory Commission received applications to build 31 reactors, but only the Vogtle and V.C. Summer projects reached the construction stage and only the twin-reactor Vogtle project was completed. Two out of 31 ain’t bad. Well it is, actually.
Thirteen reactors have been permanently shut down since 2013 with many more closures in the pipeline. The US has one of the oldest reactor fleets in the world with a mean age of 42.1 years. The mean age of the 29 reactors closed worldwide from 2018‒2022 was 43.5 years.
Around 20 unprofitable, ageing reactors have been saved by nuclear bailout funding but their future is precarious. In addition to the V.C. Summer corruption scandal, nuclear bailout programs are mired in corruption scandals (see here, here, here and here and if you’re still not convinced see here, here, and here).
Dr. Jim Green is the national nuclear campaigner with Friends of the Earth Australia and a member of the Nuclear Consulting Group.
U.S. Congress about to fund revival of nuclear waste recycling to be led by private start-ups.
Jimmy Carter Killed This Technology 50 Years Ago. Congress Is About To
Fund Its Revival. The spending bill the House just passed contains $10
million for recycling nuclear waste. The nuclear waste sitting at power
plants across the United States contains enough energy to power the country
for more than 100 years.
But recycling spent uranium fuel was banned in
1977 because President Jimmy Carter feared that nuclear reprocessing could
lead to more production of atomic weapons. In the last 47 years, China,
France, Japan, Russia and the United Kingdom have all developed the tools
to recycle nuclear waste.
The U.S., by contrast, made a plan to bury that
spent fuel underground and even built a facility — but then abandoned the
strategy without any clear alternative. The short-term spending bill passed
this week in the U.S. House to avert a government shutdown contains the
first major funding for commercializing technology to recycle nuclear
waste. The legislation earmarks $10 million for a cost-sharing program to
help private nuclear startups pay for the expensive federal licensing
process ― and for the first time explicitly makes waste-recycling
companies eligible.
Huffington Post 8th March 2024
Kenya. Senator Omtatah to take the Uyombo nuclear power plant war international
Environmentalists say geothermal not exploited and as they stopped the Lamu coal-fired plant, they will stop this one.
Star, BRIAN OTIENO 5 Mar 24
Opponents to visit potential investors, explain why plant unwanted; project ‘will be stopped before they invest’.
Busia Senator Okiya Omtatah has said he will mobilise environmentalists to fight the proposed nuclear power plant in Kilifi on the international stage.
He said foreign investors pushing for the plant in Uyombo in Kilifi and said they will be stopped before they invest.
“The fight should not be fought from here within. We must take the fight to the doorsteps of the people who want to invest in the project, and stop them before they come,” the senator said on Friday.
He told Uyombo residents they used the mass mobilisation tactic to stop similar plans to establish a coal plant in Lamu in 2013.
“When we reached out to potential investors and told them it would destroy the environment, they withdrew their money and the project died,” Omtatah said.
“Also with this one meant for Uyombo, we must go abroad where the money is coming from and stop it from there.”
The government, through the Nuclear Power Energy Agency (Nupea), plans to set up a Sh500 billion nuclear power plant at Uyombo, in Matsangoni, Kilifi North subcounty………………………………………
Land and Environment Defenders representative Boniface Mwangi said poverty has pushed Kilifi residents to terrorism, extremism and the nuclear power plant would aggravate the problem.
He said the Sh500 billion intended to set up the plant in Uyombo village should be invested in improving the lives of Kilifi residents.
On Sunday afternoon, Senator Omtatah met Uyombo residents after an earlier meeting of the Senate Energy Committee with experts and Nupea officials aborted. It was stopped when it emerged the matter is in court, where environmentalists are seeking an injunction.
Senator Omtatah, the Centre for Justice, Governance and Environmental Action and residents had petitioned the Senate to intervene and stop the proposal.
A Senate Energy Committee report indicated the government is yet to fully tap the geothermal potential of the Rift Valley for more than two decades, he said.
“There are tycoons who took licenses to exploit that potential. Twenty years down the line, not even a single borehole has been drilled to try and generate geothermal energy,” Omtatah told Uyombo residents.
“Nuclear energy is mostly used by countries that are snowy and cold. In Kenya, we have the sun, wind and other sources of energy. We should fully exploit those first,” he said……………………. https://www.the-star.co.ke/counties/coast/2024-03-05-senator-omtatah-to-take-the-uyombo-nuclear-power-plant-war-international/
NewsGuard AI Censorship Targets People Who Read Primary Sources To Fact-Check The News

Artificial intelligence censorship tools are making sure you never read this article or share it with anyone it might persuade.

This article seems to me to be pretty pro Trumpist.
My problem is:
much as I dislike Donald Trump – purveyor of chaos , this article is probably true
JOY PULLMAN @JOYPULLMANN MARCH 07, 2024
NewsGuard announced last week it’s using AI to automatically prevent American citizens from seeing information online that challenges government and corporate media claims about elections ahead of the 2024 voting season.
“[P]latforms and search engines” including Microsoft’s Bing use NewsGuard’s “ratings” to stop people from seeing disfavored information sources, information, and topics in their social media feeds and online searches. Now censorship is being deployed not only by humans but also by automated computer code, rapidly raising an Iron Curtain around internet speech.
Newsguard rates The Federalist as a “maximum” risk for publishing Democrat-disapproved information, even though The Federalist accurately reports major stories about which NewsGuard-approved outlets continually spread disinformation and misinformation……………….
Newsguard rates The Federalist as a “maximum” risk for publishing Democrat-disapproved information, even though The Federalist accurately reports major stories about which NewsGuard-approved outlets continually spread disinformation and misinformation.
“The purpose of these taxpayer-funded projects is to develop artificial intelligence (AI)-powered censorship and propaganda tools that can be used by governments and Big Tech to shape public opinion by restricting certain viewpoints or promoting others,” says a recent congressional report about AI censorship. These “…projects threaten to help create a censorship regime that could significantly impede the fundamental First Amendment rights of millions of Americans, and potentially do so in a manner that is instantaneous and largely invisible to its victims.”
Numerous federal agencies are funding AI censorship tools, including the U.S. Department of State, the subject of a December lawsuit from The Federalist, The Daily Wire, and the state of Texas. The report last month from the House Subcommittee on the Weaponization of the Federal Government reveals shocking details about censorship tools funded by the National Science Foundation, one of hundreds of federal agencies.
It says NSF has tried to hide its activities from the elected lawmakers who technically control NSF’s budget, including planning to take five years to return open-records requests legally required to be returned within 20 to 60 days under normal circumstances. NSF and the projects it funded also targeted for censorship media organizations that reported critically on their use of taxpayer funds.
“In my dream world,” censorship technician Scott Hale told NSF grantmakers, people like him would use aggregate data of the speech censored on social media to develop “automated detection” algorithms that immediately censor banned speech online, without any further human involvement.
“Misinformation” that NSF-funded AI scrubs from the internet includes “undermining trust in mainstream media,” the House report says. It also works to censor election and vaccine information the government doesn’t like. One censorship tool taxpayers funded through the NSF “sought to help train the children of military families to help influence the beliefs of military families,” a demographic traditionally more skeptical of Democrat rule.
Federal agencies use nonprofits they fund as cutouts to avoid constitutional restraints that prohibit governments from censoring even false speech. As Foundation for Freedom Online’s Director Mike Benz told Tucker Carlson and journalist Jan Jekielek in recent interviews, U.S. intelligence agencies are highly involved in censorship, using it essentially to control the U.S. government by controlling public opinion. A lawsuit at the Supreme Court, Murthy v. Missouri, could restrict federal involvement in some of these censorship efforts……………………………………… https://thefederalist.com/2024/03/07/ai-censorship-targets-people-who-read-primary-sources-to-fact-check-the-news/—
Canada, Sweden Restore UNRWA Funds as Report Accuses Israel of Torturing Agency Staff
“The work that UNWRA does cannot be overstated,” said Canadian lawmaker Salma Zahid. “It will save lives as we have seen the visuals of children dying of hunger in Gaza. The need for immediate aid is non-negotiable.”
JON QUEALLY, Mar 09, 2024 https://scheerpost.com/2024/03/09/canada-sweden-restore-unrwa-funds-as-report-accuses-israel-of-torturing-agency-staff/
The governments of Canada and Sweden have announced they will resume funding for the United Nation’s agency that provides humanitarian aide and protection to Palestinians living in Gaza and elsewhere—a move that other powerful nations, including Israel’s most powerful ally the United States, continue to refuse.
Calling the lack of humanitarian relief inside Gaza “catastrophic,” Canadian Minister of International Development Ahmed Hussen said Friday his nation would restore funding for the United Nations Relief and Works Agency for Palestine Refugees in the Near East (UNRWA) in order to help address the “dire” situation on the ground living.
Sweden made its announcement Saturday and said a $20 million disbursement would be made to help UNRWA regain its financial footing.
The restoration of funds follows weeks of global criticism and protest for the decision by many Western nations to withhold UNRWA funds after Israel claimed, without presenting evidence, that a few members of the agency—the largest employer in the Gaza Strip—had participated in the Hamas-led attacks of October 7.
As a result, UNRWA has said it’s ability to provide aid and services to Gaza—where over 100,000 people have been killed or wounded in five months of constant bombardment and blockade by the Israeli military—has been pushed to the “breaking point” as malnutrition and starvation has been documented among the displaced population of over 2 million people.
“Canada is resuming its funding to UNRWA so more can be done to respond to the urgent needs of Palestinian civilians,” Hussen said. “Canada will continue to take the allegations against some of UNRWA’s staff extremely seriously and we will remain closely engaged with UNRWA and the UN to pursue accountability and reforms.”
“I welcome Canada lifting the pause on funding for UNWRA,” said Canadian MP Salma Zahid, a member of the Liberal party representing Scarborough Centre in the House of Commons. “The work that UNWRA does cannot be overstated. It will save lives as we have seen the visuals of children dying of hunger in Gaza. The need for immediate aid is non-negotiable.”
Earlier this week, UNRWA Commissioner-General Philippe Lazzarini told a special meeting of the U.N. General Assembly the agency was “facing a deliberate and concerted campaign” by Israel “to undermine its operations, and ultimately end them.”
On Friday, Reutersreported on an internal UNRWA report that included testimony of employees who said they were tortured by Israeli officers while in detention to make false admissions about involvement in the October 7 attack.
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