Nukewatch – Page 62

July 22, 2023 by Nukewatch Leave a Comment

Failed Fukushima System Should Cancel Wastewater Ocean Dumping

Photo Credit: https://eandt.theiet.org/content/articles/2021/04/contaminated-water-from-fukushima-nuclear-plant-to-be-released-into-the-ocean/.

By John LaForge, PeaceVoice, 22 July 2023

From the Fukushima-Daiichi triple-reactor meltdown wreckage, Japan’s government and “Tepco,” the owner, are rushing plans to pump 1.37 million tons (about 3 billion pounds) of radioactive wastewater into the Pacific.

Their record is poor. Their lies are documented. This is not safe, at all.

To keep the three meltdowns’ wasted fuel from melting again, Tepco continuously pours cold water over 880 tons of “corium,” the red-hot rubblized fuel amassed somewhere under three devastated reactors. “That water leaks into a maze of basements and trenches beneath the reactors and mixes with groundwater flowing into the complex,” Reuters Reported Sep. 3, 2013.

Most of this water is collected and put through Tepco’s jerry-rigged mechanism dubbed ALPS, for Advanced Liquid Processing System, which it turns out hasn’t processed much of anything.

Tepco, Japan’s Nuclear Regulatory Authority, the International Atomic Energy Agency (IAEA), and much of the media endlessly repeat that ALPS removes over 62 radioactive materials from the ever-expanding volume of wastewater. Reports Regularly Claim the planned dumping is routine, safe, and manageable.

This unverified PR loop has fooled a lot of people, but the ALPS is a fraud. As early as 2013, The Filter System Stalled and the IAEA reported that April that ALPS had not “accomplished the expected result of removing some radionuclides,” Reuters Reported.

In September 2018, the ALPS was revealed to have drastically failed, Forcing Tepco To Issue A Public Apology and a promise to re-filter huge volumes of the waste.

According To Reuters, Oct. 11, 2018, documents on a government committee’s website show that 84 percent of water held at Fukushima contains concentrations of radioactive materials higher than legal limits allow to be dumped.

Among the deadly isotopes still in the waste are cesium-137, strontium-90, cobalt-60, ruthenium, carbon-14, tritium, iodine-129, plutonium isotopes, and more than 54 more.

In a June 14, 2023 op/ed for the China Daily, Shaun Burnie, the Senior Nuclear Specialist at Greenpeace East Asia, reported that The ALPS “Has Been A Spectacular Failure,” and noted:

“About 70 percent or 931,600 cubic meters of the wastewater needs to be processed again (and probably many more times) by the ALPS to bring the radioactive concentration levels below the regulatory limit for discharge. Tepco has succeeded in reducing the concentration levels of strontium, iodine, and plutonium in only 0.2 percent of the total volume of the wastewater, and it still requires further processing. But no secondary processing has taken place in the past nearly three years. Neither Tepco nor the Japanese government has said how many times the wastewater needs to be processed, how long it will take to do so, or whether the efforts will ever be successful. … none of these issues has been resolved.”

Tepco says it will re-filter more than 70 percent of the wastewater through ALPS again, a process that itself leaves massive amounts of highly radioactive sludge that must be kept out of the environment for centuries.

Hoping to slow the rush to dump, Professor Ryota Koyama from Fukushima University, Said In An Interview With China Media Group last May, “If the Japanese government or the Tokyo Electric Power Co. really wants to discharge contaminated water into the sea, they need to explain in more detail whether the nuclides have really been removed.”

International law governing state-sponsored or corporate pollution of the seven seas is relatively useless in challenging Tepco’s outrageous transfer of private industrial poison into the public commons. The global ban on ocean dumping of radioactive waste adopted in 1993 applies only to barrels. It has allowed Britain and France to pump billions of gallons of radioactive wastewater into the Irish Sea and the North Sea respectively, for decades.

The Law of the Sea might be able to bring Japan’s deliberate poisoning to an end only after a victim or class of victims harmed by Tepco’s meltdown waste brings a lawsuit that proves it. But showing that your illnesses or cancers were caused by ingested or inhaled radiation is so difficult that the nuclear power and weapons industry has skated along for 70 years — routinely and legally venting, leaking, releasing and dumping radioactive materials — without comeuppance.

Radioactivity is colorless, odorless, and invisible. Birth defects and cancers caused by exposure to ionizing radiation are entirely too visible.

###

John LaForge, syndicated by PeaceVoice, is Co-director of Nukewatch, a peace and environmental justice group in Wisconsin, and is co-editor with Arianne Peterson of Nuclear Heartland, Revised: A Guide to the 450 Land-Based Missiles of the United States.

July 8, 2023 by Nukewatch Leave a Comment

Failed Fukushima Fixes Falling Like Dominoes

By John LaForge

Japan’s breathtaking earthquake and tsunami waves of March 11, 2011— which first smashed the Fukushima Daiichi reactors’ foundations and the electrical grid, and then destroyed all its back-up power generators — led to a “station blackout” and the meltdown of three large reactors and to hydrogen explosion that blew apart four reactor containment structures.

Before the disaster, Tokyo Electric Power Co. (Tepco) had refused to sufficiently upgrade its protective sea wall, although it had been warned of the risk of extreme tsunamis. The site was hit by a tsunami of a height of 46 feet, but Tepco had prepared for a wave of up to only 18 feet. (Fukushima Meltdown: The World’s First Earthquake-Tsunami-Nuclear Disaster, Takashi Hirose, p. 30) The result was a catastrophic, unprecedented simultaneous triple reactor meltdown: an earthquake-tsunami-radiation event that had never before been seen on Earth.

Tepco’s cost-avoidance on its sea wall was only the first in a string of failures that have followed like dominos. The corruption led in July 2022 to convictions of four top Tepco executives for negligence and a fine of $95 billion.

In the 12 years since the meltdowns, Tepco’s disaster response efforts, always heralded as fixes, have been a series of hugely expensive failures: the “advanced” wastewater filter system “ALPS” has failed; the buried “ice wall” groundwater barrier has failed; containers made for the radioactive sludge produced by ALPS have failed; and plans to deal with millions of tons of collected debris — now kept in plastic bags — are being fiercely resisted by Japanese citizens.

Tons of cooling water is still being poured every day into Fukushima’s triple reactor wrecks to keep the hot melted fuel from again running amok. Additionally, groundwater gushes through the reactors’ foundations’ countless cracks and breaks caused by the staggering earthquake into what’s left of the structures’ sub-floors. All this water becomes highly radioactive as it passes over and through three giant masses — totaling at least 880 tonnes — of melted and mangled uranium and plutonium fuel.

You read that right. Fukushima’s destroyed reactor No. 3 was using fuel made partly of plutonium (see below), and so plutonium contaminates not just the ground and cooling water running over the melted fuel, but the ALPS apparatus, its filters, the containers used to store the radioactive sludge extracted by ALPS, and of course the sludge itself. You would think that the word plutonium would appear occasionally in news coverage of this ongoing disaster.

Failed ALPS means million-tonne do-over

Tepco’s jerry-rigged system dubbed Advanced Liquid Processing System or ALPS has never worked as planned. As early as 2013 the machinery was stalled. “The ALPS system failed to reduce radioactive elements, as claimed by the owner,” Power Technology, reported June 2, 2021.

Tepco has repeatedly said ALPS would remove 62 radioactive materials — all but tritium and carbon-14 from the continuously expanding volume of wastewater. Documents on a government committee’s website show that of 890,000 tonnes of water held at Fukushima, 750,000 tonnes, or 84 percent, contain higher concentrations of radioactive materials than legal limits allow, according to Reuters, Oct. 11, 2018. Among the long-lasting and deadly isotopes picked up by the water runs that through melted fuel wreckage are cesium, strontium, cobalt, ruthenium, carbon-14, tritium, iodine, plutonium, and at least 54 others.

In a June 14 op/ed for the China Daily, Shaun Burnie, the Senior Nuclear Specialist at Greenpeace East Asia, reported that the ALPS “has been a spectacular failure” and noted that:

“About 70 percent or 931,600 cubic meters of the wastewater needs to be processed again (and probably many more times) by the ALPS to bring the radioactive concentration levels below the regulatory limit for discharge. Tepco has succeeded in reducing the concentration levels of strontium, iodine, and plutonium in only 0.2 percent of the total volume of the wastewater, and it still requires further processing. But no secondary processing has taken place in the past nearly three years. Neither Tepco nor the Japanese government [have] said how many times the wastewater needs to be processed, how long it will take to do so, or whether the efforts will ever be successful. Greenpeace reported on these problems and why the ALPS failed nearly five years ago, and none of these issues has been resolved.”

Consequently, Tepco says it will re-filter over 70 percent of the 1.37 million tonnes of wastewater stored in giant tanks on site. Approximately 875,000 tons of contaminated water must be put through the system again, a process that will leave behind more of the highly radioactive and corrosive waste sludge.

Hoping to slow the rush to dumping, Ryota Koyama, a professor at Fukushima Univ. in Japan, said in an interview with China Media Group last May, “If the Japanese government or the Tokyo Elec Power Co really wants to discharge contaminated water into the sea, they need to explain in more detail whether the nuclides have really been removed.”

Ice wall also melts

Tepco intended to reduce the volume of groundwater gushing into the reactor building foundations by digging a $350 million “ice wall” into the earth between the destroyed reactors and the mountains behind. The company placed 1,568 heavy pipes filled with coolant 90 feet deep. It was to freeze the ground to form a deep impenetrable barrier, diverting groundwater to either side of the destroyed six-reactor Fukushima complex and prevent it seeping inside. It has failed to do so, The Guardian reported. In 2016, the Times of London reported that the scheme had only a “minor impact” on the volume of groundwater rushing in, which at the time still averaged 321 tonnes a day. Tepco announced then that it would retrofit the system and fix the leaks, but Science/The Wire reported in January 2022 that the company had admitted that its ice wall was “partially” melting. About 150 tonnes per day still gushes in.

Filtered sludge burning through containers

The ALPS filter has produced over 4,000 large containers filled with highly radioactive slurry and sludge left from the treatment.

Like the use of the word “advanced” in the name of the failed ALPS machinery, the cylinders used for the caustic, highly radioactive sludge are called “High Integrity Containers” or HICs, but in fact they are made of plastic and have degraded far faster than Tepco anticipated.

By March 2, Tepco had filled 4,143 containers, according to the daily Asahi Shimbun. At 30 cubic feet each, the cylinders now store a total of about 124,290 cubic feet of the highly radioactive sludge that will soon require expensive repackaging and, eventually, isolation from the biosphere for thousands of years.

Over two years ago, on June 8, 2021, Japan’s Nuclear Regulation Authority (NRA) announced that 31 of the containers had “exceeded their lifespans” and were corroded badly enough by the harsh toxic material that they must be replaced. The NRA also warned that another 56 cylinders would need replacing within two years.

Japan’s Mainichi newspaper reported that the government regulators blamed Tepco for “underestimating the radiation the 31 plastic cylinders were exposed to.” The company then claimed it would start moving the contents to new containers.

The Asahi Shimbun reported April 27, 2023, that the HICs must be stored in concrete boxes that can block radiation evidently being emitted by the HICs.

Rad waste to be dumped, deregulated

As early as next month, Japan intends to begin dispersing 1.37 million tonnes of contaminated wastewater into the Pacific Ocean. The government has steadfastly ignored fierce local and international opposition to the plan from the fishing community, marine scientists, Pacific Island nations, environmentalists, South Korea, and China. So far only South Korean politicians have suggested bringing international legal action against the dumping.

Since the 2011 meltdowns spewed radioactive materials broadly across Japan’s main island, some 14-million tonnes of cesium-contaminated soil, leaves, and debris have been scraped from the ground and stored in one-tonne bags. Citizens are struggling desperately prevent authorities from using the radioactive waste in road building or burning it in incinerators. The bags are currently stacked in tens of thousands of piles all over the region.

Even more protest was raised last February 10 when the NRA said it would allow Tepco to severely weaken its monitoring of the wastewater’s radioactivity. The NRA said would but the number of radioactive elements to be measured from 64 to 34.

The environment minister of Hong Kong — a coastal metropolis of 7.5 million people — charged in June that Japan is “violating its obligations under international law and endangering the marine environment and public health.” Minister Tse Chin-wan wrote in the daily Ta Kung Pao that Hong Kong would “immediately prohibit imports of seafood caught off the coast of Fukushima prefecture.”

Plutonium Spread Long Distances from Fukushima

Very few reports of the Fukushima catastrophic releases of radiation have mentioned plutonium contamination. Yet plutonium was used in fuel rods in Fukushima’s reactor number 3 which was destroyed by meltdown and several hydrogen explosions. Plutonium is one of the most toxic substances known to science, and fine particles are far more biologically hazardous than larger particles.

Following the March 14, 2011 explosion, experts worried about the release of extremely dangerous radioactive substances, and then a week later, on March 21 and 22, Tepco announced that it had detected plutonium in soil collected from its compound. (Fukushima Meltdown, Takashi Hirose, p. 51)

Now, studies published in the journals Science of the Total Environment, Nov. 15, 2020, and Chemosphere, July 2023, report that researchers found that cesium and plutonium “were transported over long distances,” and that deposits of them were recorded in “downtown Tokyo,” about 142 miles from the meltdowns.

According to the authors, very high concentrations of radioactive cesium were released during the accident as particles referred to as “cesium-rich micro-particles” (CsMPs). The researchers say CsMPs they found are mainly composed of silicon, iron, zinc, and cesium, and minor amounts of radioactive tellurium, technetium, molybdenum, uranium, and plutonium.

The studies, involving scientists from six countries and led by Associate Professor Satoshi Utsunomiya, a researcher at Kyushu University, found that “plutonium was included inside cesium-rich micro-particles that were emitted from the site.”

Radioactive CsMPs released from Fukushima are a potential health risk through inhalation. “Given the small size of the particles, they could penetrate into the deepest parts of the lung, where they could be retained,” Utsunomiya wrote. “The route of exposure of greatest concern is inhalation,” the authors reported, because plutonium, lodged in the lungs, can “remain for years.”

Utsunomiya summed up his team’s work saying, “It took a long time to publish results on particulate [plutonium] from Fukushima … but research on Fukushima’s environmental impact and its decommissioning are a long way from being over.”

John LaForge is a Co-director of Nukewatch. A version of this article was published July 6, 2023 at CounterPunch.org.

June 30, 2023 by Nukewatch Leave a Comment

U.S. Depleted Uranium to Make Ukraine War Dirtier

By John LaForge

The Biden administration is expected to supply Ukraine with highly controversial depleted-uranium munitions which are to be fired from the Abrams battle tanks the U.S. is sending to Kyiv, the Wall St. Journal reported June 13.

Any delivery of U.S. depleted uranium (DU) weapons to Ukraine would be in addition to the State Department’s Dec. 22, 2022 approval of the sale to Poland of as many as 112,000 heavy 120-millimeter DU shells, which was announced by the Pentagon’s Defense Security Cooperation Agency.

The British Ministry of Defense announced last March 20 that it too would send depleted uranium munitions to Ukraine along with its Challenger battle tanks. Russian Foreign Minister Sergei Lavrov responded at the time charging that sending DU into Ukraine would mean the U.K. was “ready to violate international humanitarian law as in 1999 in Yugoslavia.” The reference may be to the United Nations Subcommission on the Promotion and Protection of Human Rights which in 2002 labeled the use of DU “inhumane” and a violation of treaties like the Hague Conventions which expressly forbid any use of “poison or poisoned weapons.”

The Wall St. Journal’s understated sub-headline on June 13 warned: “The armor-piercing ammunition has raised concerns over health and environmental effects.” Indeed, between 1997 and 2004, USA Today, the Associated Press, New York Daily News, Life magazine, CNN, and others reported that studies were finding a significantly increased rate of birth abnormalities among children of U.S. Gulf War veterans and among Iraqi children born after 1991. (“DU in UKRAINE – John Pilger & Phil Miller,” Consortium News, May 11, 2023; “Tainted uranium, danger widely distributed,” USA Today, June 25, 2001)

The Journal’s article acknowledged that “The United Nations Environment Program said in a report last year that the [depleted uranium] metal’s ‘chemical toxicity’ presents the greatest potential danger, and ‘it can cause skin irritation, kidney failure, and increase the risks of cancer.’”

However, the paper “balanced” this U.N. warning by quoting John Kirby, a National Security Council coordinator, who reportedly dared to say last March that “studies indicate it isn’t a radioactive threat.” In fact, the most damning reports about the harmful health and environmental effects of exposure to DU contamination come from the U.S. military itself. (See below.)

If the shells are used in the Ukraine war, the soil, water, crops, and livestock of the territory being contested will likely be contaminated with uranium and the other radioactive materials that are in the armor-piercing munitions. This is because when DU smashes through tank armor, it becomes an aerosol of dust or gas-like particles that can be inhaled and carried long distances on the wind.

In 2003, experts at the Pentagon and the United Nations estimated that between 1,000 and 2,000 tonnes of DU were used by U.S.-led forces during their attack on Iraq in March and April that year. That same year, the British Royal Society, declared that hundreds of tons of DU used by Britain and the U.S. against Iraq should be removed to protect the civilian population, contradicting Pentagon claims it was not necessary. (“Scientists Urge Shell Clear-Up to Protect Civilians, Royal Society spells out dangers of depleted uranium,” The Guardian, April 17, 2003)

After NATO’s use of DU weapons in Kosovo in 1999, the Council of Europe called for a world-wide ban on the production, testing, use, and sale of DU weapons, asserting that DU pollution would have “long term effects on health and quality of life in South-East Europe, affecting future generations.” The call went unheeded.

Background

Depleted uranium is uranium hexafluoride or uranium-238, a waste material left from reactor fuel and nuclear warhead production. It is radioactive and a toxic heavy metal, and there are between 560,000 and 700,000 metric tons of this waste stored in the United States. On March 25, 1997 the New York Times reported the volume as 1.25 billion pounds. The military calls DU munitions “armor piercing cartridges” avoiding the taint of the word “uranium.”

In 1991, between 300 and 800 tons of DU munitions were blasted into Iraq, Saudi Arabia, and Kuwait by U.S. forces. The Pentagon says the U.S. military fired about 10,800 DU rounds — about three tons — into Bosnia in 1994 and 1995. Over 31,000 DU rounds — about ten tons — were shot into Kosovo in 1999 according to NATO. In Iraq, in the number of birth abnormalities skyrocketed following the massive use of DU in the Persian Gulf War. (“EU begins inquiry of veterans’ cancer,” Knight Ridder Newspapers, January 4, 2001) In Plutonium: Deadly Gold of the Nuclear Age (International Physicians Press, 1992), the authors say, “… plutonium is probably the most carcinogenic substance known.”

The U.S. Department of Energy admitted in January 2000 that the metal in DU shells is often contaminated with plutonium, neptunium, and americium, long-lived, highly radioactive isotopes, much more hazardous than DU, or uranium-238. (“Pentagon admits plutonium exposure: NATO shells used radioactive metals,” London, AP, The Capital Times, February 3, 2001; New York Times, February 14, 2001)

While the U.S. military repeatedly declares that its uranium weapons contain uranium-238, and that its DU shells “are less radioactive than natural uranium,” the United Nations Environment Program and others demonstrated that uranium shells used by the U.S. and the U.K. were contaminated with fission products including plutonium. (“DU at Home,” The Nation, April 9, 2001)

Government evidence of harm

* In 2002, the U.S. Armed Forces Radiobiology Research Institute found in a preliminary report that DU produces one-million times as much chromosome damage as would be predicted from its radioactivity alone, and that it causes a form of long-term “delayed reproductive death” of cells. The AFRR institute then canceled the funding of this research.

* In 1997, the Armed Forces Radiobiology Research Institute reportedly found that, “In animal studies, embedded DU, unlike most metals, dissolves and spreads throughout the body depositing in organs like the spleen and the brain, and a pregnant female rat will pass DU along to a developing fetus.” The Army’s Office of the Surgeon General’s 1993 manual “Depleted Uranium Safety Training” says the expected effects of DU exposure include a possible increase of cancer (lung and bone) and kidney damage. It recommends that the Army “… convene a working group … to identify countermeasures against DU exposure.”

* In 1995, the U.S. Army Environmental Policy Institute reported, “The radiation dose to critical organs depends upon the amount of time that depleted uranium resides in the organs. When this value is known or estimated, cancer and hereditary risk estimates can be determined.” Depleted uranium has the potential to generate “significant medical consequences” if it enters the body, the AEPI found.

* In 1990, the Army’s Armaments, Munitions and Chemical Command radiological task group said that depleted uranium is a “low level alpha radiation emitter … linked to cancer when exposures are internal, [and] chemical toxicity causing kidney damage.” The group’s report said that “long term effects of low doses [of DU] have been implicated in cancer … there is no dose so low that the probability of effect is zero.”

* In 1984, the Federal Aviation Administration warned its investigators, “If particles are inhaled or ingested, they can be chemically toxic and cause a significant and long-lasting irradiation of internal tissue.”

* In 1979, the U.S. Army Mobility Equipment, Research & Development Command warned, “Not only the people in the immediate vicinity (emergency and fire-fighting personnel) but also people at distances downwind from the fire are faced with potential over exposure to airborne uranium dust.”

Any threatened or actual use of poisonous, gene-busting depleted uranium munitions in Ukraine cannot be considered lawful or ethical and must be condemned unreservedly by civil society on all sides of the Ukraine war. ###

— John LaForge is a co-director of Nukewatch, a nuclear watchdog group in Wisconsin, and is co-editor with Arianne Peterson of Nuclear Heartland, Revised: A Guide to the 450 Land-Based Missiles of the United States. A version of this was published June 30, 2023 by CounterPunch.org.

May 2, 2023 by Nukewatch Leave a Comment

U.S. Energy Market Interests Fuel Ukraine War

By Lindsay Potter

The nuclear industry has demonstrated a long list of failures including costliness, vulnerability, and toxicity. Operators deny the impossibility of safely handling waste from nuclear reactors. Currently, radioactive wastewater is slated for dumping from the Eastern Coast of the United States to Japan’s Pacific Coast. Every natural disaster near a nuclear site risks releasing deadly radiation, poisoning water and soil, and depressing local communities. Of the world’s nuclear reactors, 20 percent are vulnerable to earthquakes. The Santa Susana Field Laboratory and Los Alamos National Laboratory are in areas prone to massive wildfires. The Navy dry docks servicing nuclear submarines in Bangor, Washington, closed bays to study risks of seismic activity. Turkey’s recent devastating 7.8-magnitude quake damaged areas near Incirlik Air Base, where the U.S. stores 50 nuclear warheads, and yet Turkey plans to build even more new fragile reactors. In France, reactors shutdown due to lack of cooling water from rising temperatures and dried up rivers.

The world has also witnessed what disaster nuclear sites can unleash through human error at Chernobyl and Three Mile Island, and now potentially at Zaporizhzhia nuclear power station. Cataclysmic meltdown and radioactive release have been avoided despite blackouts and nearby strikes, but Ukraine’s 15 reactors, six of which sit at Zaporizhzhia, are all time bombs awaiting an errant missile.

Yet there is a current surge for new nuclear technology that diverts hundreds of billions of dollars away from proven renewable sources of cleaner and cheaper energy. In response to shortages of Russian energy, from sanctions and the war in Ukraine, Europe is walking back commitments to ween off of nuclear and switch to renewables. Belgium deferred plans for a 2025 exit from nuclear, extending the life of two reactors by ten years. Germany pushed off the slated 2022 closure of its remaining three reactors. The U.K. plans to build eight new reactors. In January, Sweden green-lighted legislation to construct new reactors. Not to be outdone, in February, Poland announced plans to construct 79 Small Modular Nuclear Reactors (SMNRs) by 2038 in addition to six other reactors, including the Westinghouse AP1000 (despite the fact two U.S. Westinghouse reactors now under construction at Vogtle in Georgia are seven years behind schedule and over budget at $30 billion). The U.S. loaned $3 billion to Romania on a contract, scooped from China, to build several new reactors. Yet, last year, French power company EDF reported a $19 billion loss. Half of France’s 56 reactors shuttered for repairs, and its nuclear energy production fell by 30%, leaving one of the world’s most nuclear-powered nations a net importer of energy in 2022.

On February 10, 2023, one of the reactor units at Khmelnytskyi Nuclear Facility shut down.

Most unbelievably, Ukraine’s energy minister announced an order for two new Westinghouse AP1000 reactors for the Khmelnytskyi facility, despite last November’s emergency shutdown of the site’s two current reactors due to missile attacks. Ukraine’s reactors in the war zone present an unprecedented threat of global catastrophe, reiterated by the UN and IAEA. The world holds its breath in hopes each bout of shelling fails to spill Zaporizhzhia’s more than 2,000 tons of highly radioactive spent fuel, a prospect made only riskier by reports Ukraine is stashing Western-supplied arms at nuclear reactor sites.

Rather than defending democracy or sovereignty, the U.S. and NATO and their nuclear-backed tyranny pursue, via proxy war, economic and technological dominance. Biden’s sanctions and attack on the Nordstream pipeline resulted in Europe buying more expensive U.S. fracked gas. Still, Russia found outlets for its oil and gas. Exxonmobil took home a record-breaking $56 billion in profits for 2022. Yet Europe needed $640 billion in energy subsidies through the winter to stabilize the disrupted market. African countries were largely unable to cushion the shocking thirty-year-high energy cost spike, another example of African citizens suffering under the political machinations of wealthier nations.

After one year of war in Ukraine, the ripples across the global economic landscape – from cold homes in Europe to famine in the horn of Africa – prove this war is about energy. It should be no surprise, as U.S. arsenals shift from Europe to the Pacific, one harbinger of war in Asia is new nuclear energy policy. After years of increased military presence, arms sales, drills, and missile testing, Japan moves further from its nuclear taboo, and the U.S. continues to antagonize China and intervene on the Korean Peninsula. Japan has now approved draft legislation to allow limitless longevity for reactors, prolonging operation of some to 60 years. As part of their return to nuclear, Japan pledged to build 20 “next-generation” reactors to replace those scheduled for decommissioning. North Korea has increased plutonium processing. South Korea will add more nuclear reactors in lieu of promises to add new renewable energy infrastructure. South Korea and Japan sit under the U.S. nuclear umbrella, but analysts are clamoring at the possibility the two nations could develop their own nuclear arsenals.

From construction of new reactors, to growth in the market for U.S. natural gas, to unfathomable profits for weapons manufacturers whose contracts are inextricably linked with the nuclear power industry, the energy crises caused by the Ukraine war serve U.S. interests – albeit not the interests of the hungry, poor, sick, or unhoused. It is important to note, in the same year, renewables produced more energy than ever before and the affordability and accessibility of renewable technology grew. Though we are still on a cusp of transition, projections continue to confirm renewables can provide faster, cleaner energy than nuclear. Essential energy decisions cast the specter of two very different paths: a future that builds human and environmental well-being or a future of unabated avarice.

— un.org, Feb. 13, 2023; Reuters, Jan. 11, 2023; BBC, Oct. 18, 2022

Failed Fukushima System Should Cancel Wastewater Ocean Dumping

Failed Fukushima Fixes Falling Like Dominoes

U.S. Depleted Uranium to Make Ukraine War Dirtier

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