Editor’s note: The 2011 nuclear disaster in Fukushima, triggered by an earthquake and a tsunami, was one of the worst nuclear accidents of the twenty-first century to date. Nevertheless, worse ones might come in the future. In the quest for energy to fuel the machine, industrial civilization has built many vulnerable hazardous structures that can unleash highly toxic materials in the case of an “accidents.” Despite eleven years since the incident, TEPCO and the Japanese government haven’t been able to manage the waste water. Now, they are planning to dump it into the Pacific Ocean. Not only is the Pacific Ocean home to numerous marine creatures, it is also a source of livelihood for the humans who live near: the humans that the Japanese government claims to care for as their citizens. This decision by the Japanese government demonstrates, yet again, that decisions in this civilization are not made based on public welfare.
More nuclear power means more weapons, more mining on indigenous lands, more CO2 emissions, more radioactive waste and more accidents.
“We must remind Japan that if the radioactive nuclear wastewater is safe, just dump it in Tokyo, test it in Paris and store it in Washington, but keep our Pacific nuclear-free.” (Vanuatu’s celebrated former ‘Turaga Chief’ Motarilavoa Hilda Lini)
In the face of considerable worldwide criticism, TEPCO is moving ahead with its well-advertised plans to dump contaminated water from storage tanks at the Fukushima-Daiichi Nuclear Power Plant disaster zone into the Pacific Ocean. They are running out of storage space and the Pacific Ocean is conveniently right next door.
TEPCO’s toxic dumping scheme is opposed by some scientists as well as some of the world’s most highly regarded marine laboratories, e.g., the U.S. National Association of Marine Laboratories, with over 100 member laboratories, has issued a position paper strongly opposing the toxic dumping because of a lack of adequate and accurate scientific data in support of Japan’s assertions of safety.
The position paper: “We urge the government of Japan to stop pursing their planned and precedent-setting release of the radioactively contaminated water into the Pacific Ocean and to work with the broader scientific community to pursue other approaches that protect ocean life; human health; and those communities who depend on ecologically, economically, and culturally valuable marine resources.”
Furthermore, Marine Laboratories agrees with the Pacific Island Forum’s suggestion that TEPCO look at options other than discharge. The toxic dumping plan has already put Japan at risk of losing its status as a Pacific Islands Forum Dialogue Partner. There are 21 partners, including the US, China, the UK, France, and the EU. According to Secretary General Henry Puna, the Forum has persistently requested Japan to share pivotal data, which has not been forthcoming: “In fact, we are very serious, and we will take all options to get Japan to at least cooperate with us by releasing the information that our technical experts are asking of them.”
Japan’s Nuclear Regulation Authority has endorsed the dumping plan. No surprise there. Also unsurprisingly, the International Atomic Energy Agency (IAEA), the marketing arm for nuclear power, claims the dumping proposal is safe. Effective December 29, 2022, IAEA released an extensive report that details how the process will be monitored by independent entities, not to worry, uh-uh.
TEPCO generates 100 cubic metres of contaminated water per day, a mixture of groundwater, seawater, and water that cools the reactors. It is filtered for “the most radioactive isotopes” and stored in above-ground water tanks, but authorities admit that the level of tritium is above standards. It is almost impossible to remove tritium from water. TEPCO claims it is “only harmful to humans in large doses.” But who’s measuring?
According to TEPCO: “After treatment the levels of most radioactive particles meet the national standard.” However, the statement that most radioactive particles meet the national standard is not reassuring. And furthermore, why should anybody anywhere in the world be permitted to discharge large quantities of contaminated water that’s been filtered for ‘most radioactive particles’ directly from a broken-down nuclear power plant into the ocean under any circumstances?
But storage space is running out and the ocean is readily available as a very convenient garbage dump. Well, yes, but maybe find more storage space… on land… in Japan!
According to a Japanese anti-nuclear campaign group, the contaminated water dumping scheme violates the Convention on the Prevention of Marine Pollution as well as the UN Convention on the Law of the Seas. Their opposition is endorsed by the National Fisheries Cooperative Federation of Japan. In September 2022, 42,000 people signed a joint petition delivered to TEPCO and Japan’s Ministry of Economy demanding other solutions to the toxic water dumping plans. According to national broadcasting firm NHK, 51% of Japanese respondents oppose the dumping plan. And a survey by Asahi Shimbun claims 55% of the public opposes the dumping.
A Greenpeace East Asia press release d/d April 28, 2021, says; “According to the latest report by the Japanese government, there are 62 radioactive isotopes found in the existing nuclear water tanks in Fukushima, among which concentration of a radionuclide called tritium reached about 860 TBq (terabecquerel) – an alarming level that far exceeds the acceptable norm.”
China’s Xinhua News Agency claims: “TEPCO believes that tritium normally remains in the wastewater at ordinary nuclear power stations, therefore it is safe to discharge tritium-contaminated water. Experts say TEPCO is trying to confuse the concept of the wastewater that meets international standards during normal operation of nuclear power plants with that of the complex nuclear-contaminated water produced after the core meltdowns at the wrecked Fukushima power plant. The actual results of ALPS (Advanced Liquid Processing System) are not as ideal as TEPCO claims. Japanese media have found that in addition to tritium, there are a variety of radioactive substances in the Fukushima nuclear wastewater that exceed the standard. TEPCO has also admitted that about 70 percent of the water treated by ALPS contains radionuclides other than tritium at the concentration which exceeds legally required standards and requires filtration again.”
According to Hiroyuki Uchida, mayor of Iwaki, Fukushima Prefecture, despite strengthened information about the toxic dumping by TEPCO and the government of Japan, the discharge plan has not gained “full understanding of citizens and fishery stakeholders.”
Rhea Moss-Christian, executive director of the Western and Central Pacific Fisheries Commission, aka: the Pacific Tuna Commission said: “It’s a real concern and I just wish they would take a bit of time to think more carefully about this… this is a massive release and a big, big potential disaster if it’s not handled properly… There are a number of outstanding questions that have yet to be fully answered. They have focused a lot on one radionuclide and not very much on others that are also present in the wastewater.”
Greenpeace/Japan on TEPCO dumping: “The Japanese government has once again failed the people of Fukushima. The government has taken the wholly unjustified decision to deliberately contaminate the Pacific Ocean with radioactive wastes. It has discounted the radiation risks and turned its back on the clear evidence that sufficient storage capacity is available on the nuclear site as well as in surrounding districts.[2] Rather than using the best available technology to minimize radiation hazards by storing and processing the water over the long term, they have opted for the cheapest option [3], dumping the water into the Pacific Ocean… Since 2012, Greenpeace has proactively campaigned against plans to discharge Fukushima contaminated water – submitting technical analysis to UN agencies, holding seminars with local residents of Fukushima with other NGOs, and petitioning against the discharges and submitted to relevant Japanese government bodies.” (Source: Greenpeace Press Release, April 13, 2021)
Addressing the U.N. General Assembly on September 22nd, 2022, President David Panuelo of Micronesia stated: “We cannot close our eyes to the unimaginable threats of nuclear contamination, marine pollution, and eventual destruction of the Blue Pacific Continent. The impacts of this decision are both transboundary and intergenerational in nature.”
In April 2021 Japan’s Deputy Prime Minister (serving from 2012-to-2021) Tarō Asō publicly stated that the treated and diluted water “will be safe to drink.” In response to Deputy PM Asō, Chinese Foreign Minister Lijian Zhao replied: “The ocean is not Japan’s trashcan” and furthermore, since Japan claims it’s safe to drink, “then drink it!” (Source: China to Japan: If Treated Radioactive Water from Fukushima is Safe, ‘Please Drink It’ Washington Post, April 15, 2021)
Mr. Zhao may have stumbled upon the best solution to international concerns about TEPCO (Tokyo Electric Power Company) dumping contaminated water into the Pacific Ocean. Instead, TEPCO should remove it from the storage tanks at Fukushima Daiichi Nuclear Power Station and deliver it to Japan’s water reservoirs. After all, they publicly claimed it’s “safe to drink.” Japan has approximately 100,000 dams of which roughly 3,000 are reservoirs over 15 meters (50’) height. For example, one of the largest drinking water reservoirs in Japan is Ogouchi Reservoir, which holds 189 million tons of drinking water for Tokyo.
Derrick Jensen interviews activists each week. This week Derrick interviews Cayte Bosler.
Cayte is an investigative environmental journalist and a graduate student at Columbia University. She researches solutions for protecting biodiversity and has worked with land-based communities and wildlife defenders throughout Latin America. Her interest is in chronicling community-led resistance to exploitation and ecological abuse to inspire resistance elsewhere. Today we talk about whales.
[Whales] are some of the most elusive creatures on the planet. They spend 99% of their lives under water, far beyond any of our observational tools. Even with the sliver of what we do know, it’s so fascinating.
We’ve only barely begun to understand their rich languages and music. It wasn’t a common knowledge until 1970s that whales could sing. We heard them singing on these amazing recordings that were release then and were part of what inspired this very effort to save them.
We don’t even know their migration routes or where they go in the oceans. A few years ago, we discovered – I’ve trouble with the word discovered. It’s not like out there waiting for us to discover them. But, they were discovered to science, off the coast of Japan species species of beaked whales.
There are about 89 species of cetaceans known to science. Cetaceans include whales, dolphins and porpoises. They’re generally categorized into baleen whales and toothed whales.
Baleen whales are the massive gentle giants. The blue whales, which is one of the biggest creatures ever to exist on planet Earth. Some fun facts: Their heart is the size of a car. Their tongue alone weighs more than an elephant. It’s said that they can fill 2000 balloons with a single breath. (I hope no one actually goes out and tries to test this. That will be a lot of plastic pollution we don’t want.) Some other baleen whales are right whales, humpback whales, or some of the most studied ones, minke whales, grey whales.
Even to understand where their feeding grounds are, we’re using tools like GPS to locate them. That’s really important so we can avoid collisions with ships and some other threats.
They’re just so intriguing. They have some of the biggest brains. We’re starting to try to come up with all these experiments to interact with them, have conversations even. It’s really a shame because I studied lots of different animals and I fall so in love with them and what they are capable of, and at the same time, I’m learning how we’re losing them, and the richness they bring to the world and how that’s being ousted as well.
In this article, Robert Hunzinker writes about the current situation regarding the Fukushima Daiichi Nuclear Power Plant accident which has led to the spillage of radioactive water into the Pacific Ocean and also water containment issues with worrisome consequences.
For nearly a decade the crippled Fukushima Daiichi Nuclear Power Plant has been streaming radioactive water into the Pacific Ocean. As it happens, TEPCO (Tokyo Electric Power Co.) struggles to control it. Yet, the bulk of the radioactive water is stored in more than 1,000 water tanks.
Assuredly, Japan’s government has made an informal decision to dump Fukushima Daiichi’s radioactive water into the Pacific Ocean. A formal announcement could come as early as this year. Currently, 1.2 million tonnes of radioactive water is stored.
The problem: TEPCO is running out of storage space.
Government of Japan’s solution: Dump it into the Pacific Ocean.
Third-party expert solutions: Build more storage tanks.
Environmental groups insist there is no reason why additional storage tanks cannot be constructed outside the perimeter of the plant. They accuse the government of seeking the cheapest and quickest solution to the problem. All along, authorities have promised the site will be safe in 40 years. Really, only 40 years!
According to IAEA’s Director General Grossi, who visited Fukushima in February 2020, dumping radioactive water that is mainly contaminated with tritium meets global standards of practice.
In that regard, advocates of nuclear power utilize a subtle storyline that convinces, and deceives, the public into accepting nuclear power, however reluctantly. It goes something like this: “There’s nothing to worry about. Nuclear power plants routinely release tritium into the air and water. There is no economically feasible way to remove it. It’s normal, a standard operating procedure.” Nevertheless, as shall be explained in more detail forthwith, there is nothing positive about that posture, absolutely nothing!
According to TEPCO, all radioactive isotopes will be removed, except tritium, which is hard to separate. Still, similar to all radioactive substances, tritium is a carcinogen (causes cancer), a mutagen (causes genetic mutation), and a teratogen (causes malformation of an embryo).
The good news: Tritium is relatively weak beta radiation and does not have enough energy to penetrate human skin. The principal health risks are ingesting or breathing the tritium.
TEPCO has deployed an Advanced Liquid Processing System that purportedly removes 62 isotopes from the water, all except tritium, which is radioactive hydrogen and cannot easily be filtered out of water.
However, the filtration system has been plagued by malfunctions. According to Greenpeace International, within the past two years TEPCO admitted to failures to reduce radioactivity to levels below regulatory limits in more than 80% of the storage tanks. Reported levels of Strontium-90 (a deadly isotope) were more than 100 times regulatory standards with some tanks at 20,000 times:
“They have deliberately held back for years detailed information on the radioactive material in the contaminated water. They have failed to explain to the citizens of Fukushima, wider Japan and to neighboring countries such as S. Korea and China that the contaminated water to be dumped into the Pacific Ocean contains dangerous levels of carbon-14. These, together with other radionuclides in the water will remain hazardous for thousands of years with the potential to cause genetic damage. It’s one more reason why these plans have to be abandoned.”
Cancer is the main risk to humans ingesting tritium. When tritium decays it emits a low-energy electron (roughly 18,000 electron volts) that escapes and slams into DNA, a ribosome or some other biologically important molecule. And, unlike other radionuclides, tritium is usually part of water, so it ends up in all parts of the body and therefore, in theory, can promote any kind of cancer. But that also helps reduce the risk because tritiated water is typically excreted in less than a month. (Source: Is Radioactive Hydrogen in Drinking Water a Cancer Threat, Scientific American, Feb. 7, 2014)
Some evidence suggests beta particles emitted by tritium are more effective at causing cancer than the high-energy radiation such as gamma rays. Low-energy electrons produce a greater impact because it doesn’t have the energy to spread its impact. At the end of its atomic-scale trip it delivers most of its ionizing energy in one relatively confined track rather than shedding energy all along its path like a higher-energy particle. This is known as “density of ionization.” As such, scientists say any amount of radiation poses a health risk.
These are very important questions. They deserve a detailed response.
We must begin with this: no one has a plan to deal with nuclear issues, because there are no solutions. This is the insanity of the nuclear industry: to willfully unearth and concentrate radioactive material in a way that increases its deadliness by millions of times. Nuclear waste will remain toxic for billions of years.
How do we react to this? Where do we go from here? It’s essential to debate this issue. Let’s begin by examining the three main parts of the nuclear industry: nuclear weapons, nuclear power plants and reactors, and nuclear waste.
Nuclear Weapons
Nuclear weapons are quite stable, and will not—as far as we know—explode on their own.
Alan Weisman writes, “The fissionable material inside a basic uranium bomb is separated into chunks that, to achieve the critical mass necessary for detonation, must be slammed together with a speed and precision that don’t occur in nature.”
The biggest danger of nuclear weapons is that they will be used in warfare. The threat is very real. And this risk will continue as long as nuclear arsenals are maintained in working order. And they are not just being maintained. They’re being expanded.
Even if nuclear weapons are never again used, they will corrode over time, releasing radiation from the weapons-grade uranium and plutonium inside them. This radiation will seep into groundwater and soil.
While high-energy industrial societies continue, the threat of nuclear war will only grow more serious. We support all efforts to reduce the risk of nuclear war through de-armament, dismantling of the industry, regulation and control measures, etc.
Nuclear Power Plants and Reactors
There are more than 440 nuclear reactors around the world, and each is a disaster waiting to happen.
Nuclear reactors are most dangerous in two situations: first, as at Fukushima, when direct physical damage to the plant disables back-up generators and other safety equipment. And second, as at Chernobyl, when design flaws combine with user error to create a catastrophic failure.
Charles Perrow called these types of situations “system accidents.” A system accident is when multiple failures in a complex system interact with each other in unforeseen ways, creating a larger unexpected problem. His conclusion was that nuclear technology should be abandoned completely.
Reactors are designed to cope with simple black-outs, so failure of the electrical grid is one of the least dangerous of possible disruptions to a nuclear plant. It is unlikely that a single dramatic blackout will collapse the industrial economy and cause widespread nuclear catastrophe.
However, lasting power disruptions to nuclear facilities can lead to meltdowns. This will happen no matter what. Increasing extreme weather events, economic instability, refugee crises and war will lead to blackouts and brownouts. Societies must prepare for this by safely dismantling nuclear power plants as quickly as possible.
It is possible that in the future, an increasing number of medium-scale power disruptions will encourage the decommission of nuclear power plants, or at least force closer attention to safety precautions. For example, several countries have started to shut down or put on hold their nuclear programs since the Fukushima disaster in Japan.
We support the expansion of these efforts. The nuclear power industry must be shut down. Engineers, politicians, and civil society have a responsibility to shut down the nuclear industry and dismantle it as “safely” as possible. The problem is, there is no safe when you are dealing with materials that will kill for billions of years.
And not only is the nuclear industry not shutting down—it is expanding. According to the World Nuclear Association, there are 55 nuclear power plants currently under construction.
Nuclear Waste
The most serious problem related to the nuclear industry isn’t reactors, but the radioactive waste they create. In the United States alone, there is at least 500,000 tons of Uranium-235—depleted uranium leftover from nuclear reactors. This material has a radioactive half-life of 4.5 billion years.
Depleted reactor fuel is (oddly enough) is more than a million times as radioactive as when it was raw ore. And the amount of it is growing steadily. Globally, around 13,000 tons of depleted fuel accumulates every year.
Ironically, depleted Uranium is often used in warfare, since it makes effective armor-piercing ammunition. In some locations, notably Falluja, U.S. military depleted uranium ammunition has led to explosions in birth defects and cancer.
Stored radioactive waste was the major issue with the Fukushima meltdown in 2011—not the power plant itself. Stored radioactive waste was the largest concern during the fires near the Los Alamos nuclear waste storage area in both 2000 and 2011, and after the near-flooding of a nuclear reactor in Mississippi in 2011. The reactor at any given nuclear plant contains only a small amount of active fuel compared to the spent fuel held within temporary storage facilities.
There is no good way to store this waste. No matter how it is contained—baked into glass sheets, poured into 55-gallon drums, encased in giant steel flasks and entombed in concrete, buried under mountains—it is still a threat to future life. Metal corrodes. Glass breaks. Earthquakes upend mountains. And 500 million years from now, this material will still kill any living creature that approaches it.
Are We “Hostages to Modernity”?
In a recent public panel, a public intellectual used the phrase “hostages to modernity” to describe how we are ‘locked in’ to a high-energy, industrial way of life because we must steward the nuclear industry. Is this true? Are we hostages to modernity?
In a sense, we are. The technical knowledge and engineering capacity to deal with nuclear issues as safely as possible is the sole domain of industrial society.
And yet this is an oversimplification of a complex situation. As we have seen, industrial societies are creating more nuclear power, more weapons, and more toxic waste far faster than any dismantling or cleanup is proceeding. And any “cleanup” that is being done is necessarily partial. Chernobyl is still toxic, as is Rocky Flats, Los Alamos, and Fukushima. There is no way to clean up these problems—only to mitigate some of the dangers.
So What Is To Be Done?
We believe the most responsible approach combines accelerated dismantling and cleanup of the nuclear industry using modern tools with a rapid dismantling of industrialism itself.
The ruling class is building more nuclear power and pushing us ever deeper into a full-on ecological apocalypse. Species extinctions. Extreme weather. Ocean acidification. Dead zones. Overfishing. Desertification. We are in a situation of converging crises.
In these dangerous times, nuclear meltdowns are just one of the catastrophes we face. And regardless of the scale of their horror, we have seen that life can survive nuclear catastrophe. The current “exclusion” zone around Fukushima encompasses about 600 square kilometres of land. This temporary boundary will probably — like Chernobyl—ironically end up ecologically richer over the coming decades. Chernobyl was a horrible disaster. Yet it has had a positive ecological outcome: industrial human activity has been kept out of the area and wildlife is flourishing. There are now packs of wolves, endangered horses, wild boar and roe deer running wild in Chernobyl. It’s one of the most important wild bird areas in all of Europe. Hanford is the same. The nuclear waste at Hanford keeps one stretch of the Columbia River more wild than anywhere else, and it is this stretch that is the most important section of the river for wild fish.
This is not to say that the radiation doesn’t harm wildlife. It’s estimated that there is 50% less biodiversity in the most radioactive areas around Chernobyl.
Nonetheless, it is clear that the day-to-day workings of industrial civilization are more destructive to life on this planet than a nuclear catastrophe. It would be hard to do worse than Chernobyl.
More nuclear disasters will almost inevitably occur in the coming decades, whether or not the electrical grid is dismantled. Hazardous radioactive waste will accumulate as long as industrial civilization continues, and there are no safe long-term storage facilities anywhere in the world. So nuclear reactors will become more and more dangerous as larger and larger stockpiles of spent fuel are kept on-site.
Future nuclear disasters from shoddily-maintained plants will be very bad, but business as usual is far more destructive. And while nuclear radiation diminishes over time, unless something decisive is done, greenhouse gases levels will increase faster and faster as they pass tipping points.
There is no easy answer here. There is no simple solution. There is only the urgency that comes from confronting a stark reality. The nuclear industry must be dismantled—just like the fossil fuel industry, the mining industry, the industrial logging and fishing industries, the industrial agriculture industry. It must be shut down.
Further Reading and Videos
Nuclear weapons, power and waste create an immense amount of risk to the entire natural world (including humans). A number of civilian and military nuclear accidents have happened. These lists are incomplete, only include accidents, and do not account for the planned and deliberate harm caused by the mining, production, storage, waste disposal, or use of radioactive materials at weapons.
On top of that, mining for uranium itself is destructive to the land as well as the lives that depend on the land. Here’s an article about Uranium Mining On Navajo Indian Land.
By Justin McCurry and Simon Tisdall / The Guardian
Workers have begun the delicate task of removing spent fuel rods from a damaged reactor at the Fukushima Daiichi nuclear power plant, more than two-and-a-half years after the facility suffered a triple meltdown.
The operation to remove more than 1,331 used fuel assemblies, and 202 unused assemblies, began on Monday and is expected to take just over a year. Decommissioning the entire site is expected to take at least 30 years.
The plant’s operator, Tokyo Electric Power [Tepco], said the fuel removal was an important step in decommissioning the plant, which experienced multiple meltdowns and explosions after Japan’s north-east coast was hit by a powerful earthquake and tsunami in March 2011.
Tepco brushed off fears that removing the spent fuel rods from a storage pool near the roof of reactor No4 could cause a serious accident. Some experts have warned that a collision involving the fuel assemblies, a sudden loss of coolant water or another big earthquake could cause a chain reaction and the release of huge quantities of radiation into the atmosphere.
Reactor No4 was closed for routine maintenance at the time of the disaster and so did not suffer a meltdown. But a hydrogen explosion on 15 March 2011 blew the walls and roof off the reactor building, leaving it vulnerable to further damage from earthquakes.
The utility has since reinforced the building with a huge steel canopy and insists the structure can withstand seismic events of the same intensity that shook the plant in March 2011.
But it conceded that the fuel assemblies needed to be moved to a safer storage site as soon as possible.
“After the explosion, one big challenge was to deal with the spent fuel pool because if the water evaporated it would cause a radioactive cloud stretching all the way to Tokyo, which would have to be evacuated,” Yuichi Okamura, deputy manager of the water treatment department at Fukushima Daiichi, told the Guardian on Monday.
“It was a big challenge, so today is a big success for the cleanup teams.”
Yoshimi Hitosugi, a Tepco spokesman, said: “This is an important moment. It is one big step towards decommissioning the reactor.” He added that three fuel assemblies had been discovered that were damaged prior to the tsunami and measures were being taken to deal with them.
Hitosugi said the firm was confident that the workers would be able to cope with any debris caused by the explosion that remained in the spent fuel pool, adding that it would not compromise the fuel removal operation.
Tepco’s president, Naomi Hirose, said the fuel extraction “represents the beginning of a new and important chapter in our work”, and thanked plant workers for the “ingenuity, diligence, and courage that made this achievement possible”.
The utility believes that a specially chosen team of 36 men will need until late 2014 to remove all of the fuel assemblies from the pool, located 130 feet above ground, and place them in submerged protective casks. The casks will then be taken to ground level and transported to a more stable storage pool nearby.
Each cask can hold up 22 assemblies comprising between 60 and 80 fuel rods. Workers will remove the fresh fuel assemblies first because they are easier to handle.
“The extraction work started at 3:18pm and the first fuel completed its extraction from the fuel rack to the cask placed inside the pool at 3:57pm as planned, following thorough safety preparations with the co-operation of many partner companies and individual workers,” Tepco said in a statement.
But anti-nuclear campaigners have voiced concern over Tepco’s ability to complete the work without incident following revelations that up to 300 tonnes of radioactive water are leaking from the site into the sea every day.
The utility also came under fire this summer for installing poorly designed tanks that leaked toxic water.
“We are concerned that Tepco may not be capable of conducting this risky operation safely, and that there are significant risks involved in this operation,” said Kazue Suzuki, a nuclear campaigner with Greenpeace Japan.
“Tepco’s inability to solve the problems with leaking tanks that store contaminated water, and the continued flow of contaminated water from the site to the ocean adds to our concerns about its ability to handle this dangerous operation to remove spent fuel.
“If Tepco makes mistakes again and can’t handle this task, workers could be exposed to excessive levels of radiation and in a worst-case scenario there could be a massive new release of radiation to the atmosphere.”
