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New Public TV Documentary on Fukushima: Meltdown: Cooling Water Crisis

A shocking new 49-minute documentary from Japan’s public television broadcaster NHK titled “MELTDOWN: Cooling Water Crisis,” reveals new information on how corporate policy undermined efforts to keep the three destroyed Fukushima-Daiichi reactors stable one week after the triple reactor meltdown disaster began. See video here. Hear an interview related to the film here.

June 21, 2026 by Nukewatch Leave a Comment

Fukushima Meltdowns 15 Years On

By John LaForge

Bailed-out Again, Operator Still Flailing

Tokyo Electric Power Company Holdings (Tepco) — whose reactors went into catastrophic triple meltdowns at Fukushima-Daiichi in 2011 — has taken another major financial blow. In January, it reported a “substantial extraordinary loss” $5.7 billion for 2025, “due to newly anticipated expenses” covering disaster response, according to the financial investment service TipRanks.

Tepco was effectively nationalized following the meltdowns and the disaster’s major releases of radioactive gases and liquids. The company was bailed out by a government infusion of $12.5 billion in 2012.

Costs are still skyrocketing as the 15-year-long and ongoing process of recovery, decontamination, and radiation dispersal work continues. (The company continues to pump radioactive wastewater into the Pacific Ocean after used to cool the reactors’ wreckage.) The latest financial hit comes from exploding costs of developing and testing never-before-used methods of analyzing, grasping, and possibly removing roughly 880 tonnes of melted reactor fuel from below the three rubblized, explosion-destroyed reactor buildings.

The melted fuel still lost under the reactors consists of a mix of ferociously hot, radioactive, and unapproachable uranium and plutonium debris. While most reactors run on uranium fuel alone, Unit 3 at Fukushima also used plutonium, the most toxic material known to science.

Additionally, Tepco’s “financials remain heavily influenced” by disaster damage compensation costs, reported TipRanks. The company won government approval of a secondary bailout to cover a recent $443 million increase in its required compensation payments to relocated families.

Fukushima Daiichi nuclear disaster - Alchetron, the free social ...
Photo: alchetron.com

Radioactive Contamination Persists

Because forests in the region were hard hit by radioactive fallout from the out-of-control reactors in 2011, some of the contamination persists. Residential areas, school yards, parks, and some farm land had tons of contaminated topsoil scraped up, bagged up, and removed. According to the German Federal Office for Radiation Protection’s report, “Environmental impact of the Fukushima accident: Radiological situation in Japan,” “Huge quantities of [cesium-137] contaminated soil (around 20 million cubic meters in total), primarily from the decontamination of gardens [and school yards], as well as organic waste such as leaves and branches were stored temporarily in situ in plastic bags.”

However, forests remain widely contaminated. According to the Journal of Radiation Research, forest areas cover 68-70% of Fukushima Prefecture, and the forests accumulated 72% of the air borne cesium-137 that fell in the . The radioactive, gamma-ray emitting cesium-137 persists in the environment for 300 years.

Under a federal law adopted after the disaster began, Tepco must decontaminate and restore affected areas to their pre-accident state, but the law left contamination in forests and other areas outside of its clean-up mandate.

The Journal of Environmental Radioactivity has reported that because the radioactivity can remain stored in forest canopies, in vegetative litter on the ground, or in the soil, rainfall can re-suspend cesium-137 (and other radioisotopes), carry it downhill, and “contaminate downstream areas, even areas that did not receive fallout or may have been decontaminated” — areas including creeks, streams, and rivers, farm lands, ditches, gutters, and storm drains.

Tetsuji Imanaka, a nuclear engineering specialist at Kyoto University, wrote for Kyodo News March 27 that the government should create hazard maps showing compliance with these standards and provide the maps to residents as a basis for decision-making to avoid unnecessary exposure.

Thousands Rally in Tokyo Against Re-start of Old Power Reactors

More than 8,000 people took to Tokyo’s streets on Saturday March 7 protesting the government’s push to restart aging nuclear reactors, demanding it and Tepco address ongoing problems of lingering contamination, resettlement of evacuees, and compensation claims.

“It’s been 15 years … and there’s still no clear plan for how to resolve these issues. I find this extremely dangerous and frightening,” said one protester, according to China’s online news source BastillePost.

“I don’t think the government or Tepco have any real intention to solve these problems. Actually, there’s no long-term plan at all. Yet they talk about restarting and even building new nuclear plants. It’s utterly absurd,” said another participant. “Now my wife and I live together in Chiba [174 miles away from home]. We only return to our hometown once or twice a year. It’s basically impossible to go back.”

About 26,000 people were still living as evacuees as of February.

Film: “Fukushima: A Nuclear Nightmare”

Lee Clark Zumpe reviewed the new Fukushima documentary that highlights heroes, and criticizes corporate blunders for Tampa Bay, Florida newspapers, and wrote in part:

“The HBO original documentary ‘Fukushima: A Nuclear Nightmare,’ details the disaster timeline while bringing to light the individuals who worked selflessly to try to minimize the threat to surrounding communities. It is a distressing yet imperative depiction of a catastrophe. The film is directed by both James Jones — the award-winning documentarian who directed ‘Chernobyl: The Lost Tapes’ — and Megumi Inman.

“Though only 90 minutes long, ‘Fukushima: A Nuclear Nightmare’ moves at a… slow pace, highlighting the mounting pressures the plant’s workers faced. The film captures the atmosphere of anxiety and fear, but it also unabashedly praises the commitment of the workers who fought courageously” to restore offsite power, and to patch up emergency cooling water delivery. “The directors also include commentary that shows Tepco was unprepared to deal with a disaster of [such] magnitude and that its failure to respond appropriately in the first few days likely exacerbated the grim situation.”

Book: Return to Fukushima

Return to Fukushima (OR Books, 2024) by Thomas Bass, a professor of English and journalism at the State Univ. of New York in Albany, is the best, most easily read chronicle of the disaster and its aftermath. Professor Amory Lovins of Stanford says, “Return to Fukushima clearly, calmly, and crisply describes this vast nuclear, social, and environmental disaster, its preventable causes, its continuing misrepresentation.” Cindy Folkers of Beyond Nuclear writes, “Bass brings poetic prose, incisive analysis, and a deeply ethical lens to a subject often buried under technical jargon and political spin.” Bass’s short text (196 pages) is a must-read for anyone interested in knowing the causes and effects of the world’s worst industrial accident and the worst radioactive contamination of the ocean in history.

For a boiled-down, magazine-length consideration, see Bass’s article “Fukushima at 15: Living with radioactive hot spots and stigma as Japan’s government pushes for more reactors,” in the March 9 Bulletin of the Atomic Scientists, where he writes: “The world’s worst industrial accident took place in an advanced industrial country with 54 nuclear reactors, supplying a third of Japan’s electricity. The final bill for containing the destroyed reactors, storing the waste, and rebuilding parts of the nuclear exclusion zone could [be] over $1 trillion. This is one quarter of Japan’s annual economy.”

Filed Under: Environment, Fukushima, Newsletter Archives, Nuclear Power, Quarterly Newsletter, Radiation Exposure

June 21, 2026 by Nukewatch Leave a Comment

Mississippi River Coalition Commemorates 15 Years Since Fukushima Reactor Meltdowns

By John LaForge

On Wed., March 11, the Coalition for a Nuclear- Free Mississippi River commemorated the 15th anniversary of the triple reactor meltdowns in Fukushima, Japan by hosting a “No More Fukushimas! Close the Monticello Nuclear Reactor” rally on the walkway of the large Lake Street Bridge over the Mississippi River in Minneapolis/St. Paul.

The rally piggybacked on the very long-running weekly anti-war vigil on the bridge, which was launched in 2003 by Women Against Military Madness, or WAMM.

The effort to raise awareness of Monticello’s relationship to Fukushima succeeded in bringing out the local news. With signs and banners demanding protection of the public drinking water the Mississippi provides, several rally participants spoke to a reporter from local KARE 11 News, and Nukewatch’s John LaForge ended up in a segment of the evening news calling for the reactor’s shutdown.

Xcel Energy’s 55-year-old Monticello reactor ― 35 miles northwest of Minneapolis/St. Paul ― has the same design as the three devastated Fukushima units.

Two people drove to the rally from the city of Monticello and reported that they’d taken photos of an oil slick on the surface of the Mississippi, which resulted from a leak of lubricating oil from the reactor which began March 9. While Xcel Energy first announced that the oil would not reach the river, the company was forced to admit later that it had.

Local organizations representing thousands of residents in the Twin Cities and surrounding communities, including Monticello, launched the Coalition to raise awareness of the dangers of nuclear power following the massive 829,000-gallons leak of cooling water from the reactor in 2022. The Fukushima nuclear disaster of March 2011 is often ignored by the media.

At Fukushima, three reactors suffered complete core meltdowns and hydrogen explosions. It was the world’s worst industrial disaster and the second-worst accidental radiation release in history ― after Chernobyl. Following the March 11, 2011 earthquake (Japan’s worst ever) and its resulting tsunami, Fukushima’s GE “Mark-1” boiling water reactors ― identical to the Monticello unit ― suffered smashed reactor foundations, and a station black-out, or total loss of electric power.

A station black-out is a severe reactor crisis, because it stops the circulation of cooling water. This loss of cooling, if not reversed, causes fuel melting, massive radioactive releases, and ⸺ from Fukushima and from Chernobyl ⸺ radioactive “fallout” which spreads around the world.

Several common natural disasters could lead to a station blackout at Monticello: severe thunderstorms, tornadoes, and straight-line windstorms (derechos); floods, wildfires, and blizzards ― or some combination ― could cut power to the station. Back-up emergency generators are on hand to power cooling water circulation, but they are also subject to failure, as happened in Fukushima.

To learn more, see nuclearfreemississippi.wordpress.com or write to the Coalition at nuclearfreemississippi@zohomail.com.

Filed Under: Environment, Fukushima, Newsletter Archives, Nuclear Power, Office News, Protect the Water Close Xcel's Monticello Reactor, Quarterly Newsletter, Radiation Exposure

March 2, 2026 by Nukewatch Leave a Comment

Monticello Reactor is Down for Repairs Until at Least March 20

The Boiling Water Reactor (BWR) | Nuclear Regulatory Commission

The 55-year-old Monticello nuclear power reactor, a General Electric designed boiling water reactor like the melted and exploded Fukushima reactors in Japan, leaked almost 1-million gallons of highly radioactive cooling water into the ground under the reactor complex and some of the radioactive tritium reached the Mississippi River which is used for drinking water.

By John LaForge

The 55-year-old Monticello nuclear reactor owned by Xcel Energy was unexpectedly shut down Friday, Feb. 20, and the Monticello Times reports the reactor will be offline for at least 30 days, maybe more to “perform maintenance” and to “determine appropriate repairs.”

No regional or national news service made mention of Xcel’s reactor outage in spite of the “over 1 million users” that rely on its electricity, according to Xcel’s website. The reasons for the embarrassing outage were not made public by the company, which did not name the equipment that is in need of repair.

Further, the Nuclear Regulatory Commission made no announcement of the shutdown, and NRC Sr. Public Affairs Officer Viktoria Mitlyng wrote to Nukewatch Feb. 26 that, “The shutdown at Monticello was a planned maintenance shutdwon (sic) and did not require formal notifications. It’s a routine practice for nuclear plants.” The lack of an NRC notification might explain why not a single state-wide Minnesota news service made mention of the outage.

According to Xcel spokesperson Theo Keith, who spoke to editor Lauren Flaum of The Monticello Times, the shutdown “is not related to the tritium leak discovered at the facility in 2023.” Tritium is the radioactive form of hydrogen, and Mr. Keith’s reference is to the leak of nearly one-million gallons of highly radioactive coolant that contaminated groundwater under the reactor site, groundwater that reached the Mississippi River which is a drinking water source for Minneapolis and St. Paul.

Xcel explained to the press that the regional electrical power grid draws from multiple generators across the Midwest, and that the mix of providers allows uninterrupted service even when individual systems are taken offline.

Myths busted by Monticello shutdown

The shutdown debunks two principal myths endlessly repeated by the nuclear industry.

First, that nuclear reactors provide uninterrupted generation of electricity. The Nuclear Energy Institute’s website page-1 slogan is: “Only nuclear has the power to … deliver 24/7/365.” Let’s call BS. As the NRC’s Mitlyng said, “It’s a routine practice” for nuclear plants to shut down. Nuclear reactors are taken offline regularly and repeatedly by unplanned emergencies, by unexpected repair work, by refueling outages, and by emergencies and accidents that plague the youngest and the oldest reactors. Monticello is the sixth oldest in the United States.

Second: Promoters of commercial nuclear reactors say their electricity “is needed to keep the lights on.” This is BS again, as Xcel told the press that it “does not anticipate any impact to electric service while the plant is offline.”

Imagine a nuclear-free Mississippi River watershed. Xcel’s Monticello reactor isn’t needed to keep the lights on, and it’s so old that it can’t operate without major equipment repairs severe enough to gut Xcel’s profit-taking for thirty days. ###

Filed Under: Environment, Environmental Justice, Fukushima, Nuclear Power, Protect the Water Close Xcel's Monticello Reactor, Weekly Column

February 4, 2026 by Nukewatch Leave a Comment

Fukushima Reactor Disaster Ongoing

Some of the 14 million tons of radioactive soil and debris bagged and stacked in thousands of places following the 2011 triple reactor meltdowns at Fukushima-Daiichi. Photo: Asia News

By John LaForge

Japan’s Prime Minister endorses public spread of Fukushima radioactive waste

Japan’s new Prime Minister Takaichi Sanae visited Fukushima Prefecture December 2. One stop on her tour was at a temporary storage site holding some of the roughly fourteen-million tons of radioactive soil and debris that was collected in heavy bags and stacked in thousands of places following the March 2011 triple meltdowns. The PM said she wants to expand government plans to use some of the bagged-up radioactive waste in road building and construction projects, the national broadcaster NHK reported. Federal agencies have decided that the radioactive soil can be declared “recyclable” if it emits 8,000 becquerels per kilogram or less. (A becquerel is one measure of radioactive decay among many.) The collecting, transporting, dumping, and spreading of this material will endanger the workers involved, and will increase chances of public radiation exposures, as high winds and rainfall runoff can spread the material. The Japan Times reported on June 20, 2023 that a 5-year estimate of the cost of the program was then about $12.7 billion.

China reimposes Japanese seafood import suspension

On November 8, China’s government partially lifted its ban which was imposed in August 2023 after Japan began pumping radioactive wastewater into the Pacific Ocean in the face of worldwide criticism. China’s partial easing of restrictions left in place its ban on seafood from 10 of Japan’s 47 prefectures, all of which were heavily hit with radioactive fallout from the 2011 reactor explosions and meltdowns.

Then, on November 19, following hostile statements by Japan’s right-wing PM Takaichi regarding the military defense of Taiwan, China re-imposed its blanket ban on seafood imports. In a related tit-for-tat, Taiwan on November 24 lifted its blanket ban on Japanese seafood imports and its Food and Drug Administration justified the move after it checked over 270,000 batches of Japanese food for radiation, without finding “problems.”

Waste discharge to Pacific ongoing

On October 31, 2025, the International Atomic Energy Agency (IAEA) said it had conducted analysis of the 16th series of radioactive wastewater discharges from the destroyed Fukushima-1 site, and that “about 117,700 cubic meters of water have been released through the first 15 batches.” The IAEA reported that each batch met its “standards” and that “monitoring data remained consistent with negligible environmental impact.” Fukushima’s owner/operator Tepco says it will take the next 30 years to filter and pump all 1.3 million tons of radioactive wastewater into the Pacific, but routine earthquakes nearby threaten to destroy the 1,000 giant steel tanks that now store the cooling water near the shore. About 880 tons of highly radioactive molten nuclear reactor fuel remain inside the three wrecked reactors. The rubbished fuel is composed of enriched uranium, plutonium (in fuel that was being used in Unit 3), and hundreds of highly radioactive materials created by the reactors’ operational fissioning of uranium. The melted fuel and surrounding wreckage inside the exploded reactors’ cores is so radioactive that it can only be approached and examined robotically using machines that must be controlled at a distance.

Filed Under: Environment, Fukushima, Newsletter Archives, Nuclear Power, Quarterly Newsletter, Radiation Exposure, Radioactive Waste

December 18, 2025 by Nukewatch Leave a Comment

Fukushima Radioactive Waste Problems Metastasize

By John LaForge

The Tokyo Electric Power Company, Tepco, has said that two specially designed and newly installed robots will need three years to remove 3,000 sandbags from the basements of the three destroyed nuclear reactor buildings at Fukushima-Daiichi, in Japan.

The sandbags were used in the initial, panic-driven days of the site’s triple reactor meltdowns of March 2011, when highly radioactive water gushed into the reactor basements and had to be diverted. Interesting Engineering reported that the sandbags are in areas “with lethal radiation levels” too hazardous for manual work.

The robots will be operated remotely due to the sandbags’ fierce radioactivity, because of the large bulk of the bags which weigh a total of 41 metric tonnes, and because of the chaotic wreckage inside the destroyed reactors’ basements.
The project is expected to take at least until March 2028, according to Tepco.

News reports did not specify the kind of radioactivity that contaminates the deadly sandbags, but the melted reactor No. 3 was using fuel made partially of plutonium, the most toxic material known to science, which is radioactively hazardous for 240,000 years. Deadly isotopes in addition to plutonium inside the high radiation zones too hot for humans include strontium-90, cesium-137 and -134, iodine-131, cobalt-60, carbon-14, tritium, technetium, neptunium, americium, and others.

Tepco says the deadly sandbags will be “sealed in dedicated containers” and moved to “temporary storage.” The company’s plan for long-term containment of this radioactive waste was not outlined and Tepco was not compelled by the press or the government to explain its long-term strategy.

In Tokyo, the Citizens Nuclear Information Center (CNIC) reports that the sandbags have deteriorated, and cannot be recovered with the bags intact, forcing engineers to consider pumping them out together with the basement’s stagnant water, and then enclosing it all in containers.

Waste storage systems at risk from quakes

Until at least 2027, the sandbags, in addition to tons of highly radioactive sludge produced by filtering contaminated cooling water, have to be kept in an area still at risk of flooding from potential earthquakes and tsunamis, the CNIC reported.

A March 2025 report by Japan’s Cabinet Office’s Disaster Management Working Group said that a long-predicted “mega-quake” ⸺ if it occurs, as anticipated, along the Nankai Trough off Japan’s southwest Pacific coast ⸺ would likely trigger huge tsunamis, destroy thousands of buildings, spawn mass fires, cost Japan $1.81 trillion, and potentially kill 300,000 people. Under the government report’s worst-case scenario, a magnitude-9 earthquake could see 1.23 million evacuees fleeing the area, or about 10% of its population.

The Nankai trough is where the Philippine Sea Plate is subducting under the Eurasian Plate and accumulating tectonic pressure that can snap. The magnitude 9 undersea tectonic eruption of March 11, 2011 — Japan’s worst ever recorded earthquake whose power smashed reactor foundations at Fukushima Daiichi and flooded the site with tsunami waves — moved the island of Honshu, Japan’s largest, eastward an astounding eight feet.

Japan is one of the earth’s most earthquake-prone areas, and because of Fukushima’s daily accumulation of contaminated cooling water, some 1.3 million tonnes of this highly radioactive liquid waste is held in 1,000 giant 1,000-tonne tanks near the coast. So, the sludge containers, the sandbags, and the wastewater tanks are all vulnerable to daily tremors and the dreaded mega-quake, which can potentially send much of this radioactive waste into the Pacific Ocean.

“Dirty, dangerous, and bank-busting” is so negative. Let’s call nuclear power “Clean, safe, too cheap to meter.”

John LaForge is a Co-director of Nukewatch, a peace and environmental justice group in Wisconsin, and edits its newsletter.

Filed Under: Environment, Fukushima, Nuclear Power, Radioactive Waste, Weekly Column

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