Fukushima at 12 via Nuclear Hotseat

NH #611: SPECIAL – Fukushima at 12: Voices from Japan – On the Ground w/Beverly Findlay Kaneko

Nuclear Hotseat

Nuclear Hotseat

NH #611: SPECIAL – Fukushima at 12: Voices from Japan – On the Ground w/Beverly Findlay Kaneko

Nuclear Hotseat

Nuclear Hotseat

NH #611: SPECIAL – Fukushima at 12: Voices from Japan – On the Ground w/Beverly Findlay

CLICK HERE to download This Week’s Episode #611

Fukushima 12th Anniversary: Voices from Japan, On the Ground w/Beverly Findlay-Kaneko

This Week’s Special Featured Interview:

Beverly Findlay-Kaneko provides an “on-the-ground in Japan” report on the current situation faced by people living with the aftermath of the 2011 Fukushima Daiichi nuclear disaster. Beverly lived in Yokohama, Japan, for 20 years until March 2011, after the Great Eastern Japan Earthquake and the start of the Fukushima nuclear disaster.  She worked at Yokohama National University and The Japan Times.  Beverly has a Master’s degree in East Asian Studies from Stanford University and speaks Japanese fluently. She is the producer behind our Voices from Japan series and this year is the Voice from Japan.

I spoke with Beverly Findlay-Kaneko on February 27, 2023.

Links from the interview:

  • Hokkaido Nuclear Waste opposition article – Asahi Shimbun
  • Yonomori Denim – Sho Kobayashi’s business attempting to help rebuild Tomioka in northeast Japan. You can follow them on Instagram@yonomori_denim . And here’s a QR code, for those who understand how to use one:

Read/listen

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Fukushima plant head: Too early to predict decommissioning via The Mainichi

[…]

“Going forward, we have to face unconceivably difficult work such as retrieving the melted debris” from inside the reactors, said Ono, who heads the plant and is president of Fukushima Daiichi Decontamination & Decommissioning Engineering Co.

Earlier this year, a remote-controlled underwater vehicle successfully collected a tiny sample from inside one of the three melted reactors — only a spoonful of about 880 tons of highly radioactive melted fuel and other debris that must be safely removed and stored.

The status of the debris in the primary containment chambers of the Unit 1, 2 and 3 reactors remains largely unknown, Ono said.

Removal of melted debris is set to start in Unit 2 sometime after September this year following a nearly two-year delay. The removal of spent fuel in the Unit 1 reactor’s cooling pool is set to begin in 2027 after a 10-year delay because of the need to dismantle parts of the building damaged by hydrogen explosions.

The plant should be ready for workers to finally concentrate on removing the melted debris from the reactors after all spent fuel is taken out of the cooling pools by 2031, Ono said.

The government is maintaining its original goal of completing the plant’s decommissioning by 2051. But some experts say removing all of the melted fuel debris by then is impossible and suggest a Chernobyl-style entombment of the plant, an option that could help reduce health risks while the plant’s radioactivity gradually decreases.

“I still consider this goal as a major guidepost,” Ono said. “We can’t say what will happen in 30 years. We can’t say, but roughly imagining the next 30 years, I believe that it is necessary to carefully and precisely build up the current plan in order to safely, steadily and quickly proceed with the decommissioning.”

Before that, however, the biggest issue is the disposal of large amounts of treated but still radioactive water from the plant, he said.

Water used to cool the three damaged reactors has leaked into the basements of the reactor buildings and has been collected and stored in about 1,000 tanks that cover much of the plant’s grounds.

The government and TEPCO say the tanks must be removed so facilities can be built for the plant’s decommissioning. The tanks are expected to reach their capacity of 1.37 million tons later this year.

Most of the radioactivity can be removed from the water during treatment, but tritium cannot be separated, and low levels of some other radionuclides also remain. The government and TEPCO say they will ensure the water’s radioactivity is far below legal limits and will dilute it with large amounts of seawater before its planned discharge into the ocean.

Local fishing communities have fiercely objected to the plan, saying their already damaged business will suffer more because of the negative image caused by the water release. Neighboring countries, including China and South Korea, and Pacific Island nations have also raised safety concerns.

TEPCO plans to finish construction of the facilities needed for the water discharge in the spring and then receive safety approval from nuclear regulators. A final inspection and report by an International Atomic Energy Agency mission are expected before the release begins.

The operator still needs to work on an “easy to understand” explanation and scientific evidence to help people understand the release, Ono said.

“The decommissioning of Fukushima Daiichi itself is based on the understanding and trust of everyone in society,” he said.

Read more.

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“I started prioritizing treatment over my dreams for the future”: Public testimony of a young woman diagnosed with thyroid cancer after Fukushima disaster via CNIC

[…]

The first oral arguments were heard on March 26, 2022, at the Tokyo District Court. The following is the public testimony of one plaintiff, a young woman in her 20s, who was diagnosed with thyroid cancer when she was in high school. She describes the sobering trajectory of her life after diagnosis, from traumatic surgery and treatment to interrupted dreams of college graduation and employment. A recording of her testimony (in Japanese) can be heard on the website of Our Planet TV here.

Translated by Elicia Cousins

“It was my middle school graduation ceremony that day. “This is it, isn’t it!” My friends and I sat around chatting and taking lots of pictures with our digital cameras. I think it was snowing a bit at that time.

When the earthquake hit, I was video chatting with another friend about the graduation ceremony. At first, we casually noted that an earthquake was happening, but then the shaking suddenly got stronger and a ballpoint pen fell onto my head from somewhere. “Oh no!” (Yabai!) I heard someone say, and the call dropped.

My house is going to get crushed, I thought. The shaking continued for what felt like a hellishly long time.

I became aware of the nuclear accident when the actual explosion happened. I heard a rumor that radiation would turn the sky pink, but because that didn’t happen, I didn’t develop a sense of crisis.

March 16 was the day that that high school entrance exam results were posted. The trains were stopped because of the earthquake, so I heard the results at my middle school instead. I walked to school, and after seeing the results, I stood outside talking to my friend for a long time before walking back home again. I had no idea that radiation levels were very high that day.

My thyroid cancer was detected through the prefectural health survey.

I still have a very clear memory of the moment I found out. That day, I was wearing new clothes and sandals. My mom drove me to the examination.

There were several doctors involved in the examination process. Did the exam take a long time? Or was it quick? Now I’m not so sure. I can’t be certain, but I think that the moment the doctor took the ultrasound scan of my neck, their face clouded a bit. The examination was extensive.

People who had been called up after me were already finished with their exams. “You’re the only one who took longer,” my mom said. “Maybe you have cancer,” she joked as we left the venue. In that moment, I never suspected that I’d need a more detailed follow-up examination.[…]

The night before the surgery, I couldn’t sleep at all. I was filled with worry, and even though I felt like crying, there were no tears. But I thought, if this is what it will take to heal… so I went ahead with the surgery.

Things were way worse after the surgery.

When I came to, I felt fatigued and feverish. The anesthesia didn’t work well for me, I often threw up in the middle of the night, and I felt sick and nauseous. To this day, I can clearly remember how excruciating that experience was. I sometimes have nightmares about the surgery, hospitalization, and treatment.

After the surgery, my voice was gone, and I could hardly speak for three months.

I ended up enrolling at a university in a neighboring prefecture rather than my top choice school in Tokyo, partly because my family was worried about my illness. But I couldn’t even go to that school for very long, because my thyroid cancer came back.

The recurrence was detected at the very first health checkup I had after enrolling in college, and I had no choice but to quit. I hadn’t healed after allAnd the cancer has even metastasized to my lungs. The feelings were unbearable. I didn’t heal. I didn’t know where to channel my emotions. This time, I really might not be able to live much longer, I thought.

Since I now knew how difficult surgery was, I became depressed thinking about having to go through it all over again. The second surgery ended up taking longer than expected, and because the cancer had metastasized to my lymph nodes quite a bit, the cut on my neck got bigger.

Once again, the anesthesia didn’t sit well with me and I threw up in the middle of the night. Having to suction phlegm out of my chest was particularly painful. After the second surgery I lost all sensation around my clavicle, and it still feels strange whenever I touch that area.

I’ve had people say some shockingly heartless things about my surgical scars. Like when someone asked if they were the result of a suicide attempt. People have said things that never would have crossed my mind. These surgical scars will never go away. Now I always pick clothing that will cover them up.

After the surgery, I had to get isotope treatment for the lesions caused by the lung metastasis. This is a treatment where you take concentrated radioactive iodine pills in order to expose the cancer cells to radiation.

I did outpatient treatment for the first and second round. For this treatment, since you’re ingesting radioactive iodine, you end up becoming an exposure risk to the people around you. After I got my dosage at the hospital I’d go home and isolate myself, but I was worried about exposing my family to radiation. I drank the iodine twice, but the cancer didn’t go away.

For the third round I needed to take a larger amount of iodine, so I had to stay at the hospital. My room at the hospital was at the end of a long, white hallway and through several doors. There were yellow and red signs pasted everywhere, warning of radiation. It was a hazardous area despite being inside a hospital. As for the room itself, you can only bring in previously approved items. That’s because anything you bring in becomes contaminated.

Nurses don’t come into that hospital room. The doctor just comes in once a day to do an examination. I felt bad that the doctor had to come in knowing that they’d be exposed to radiation. I didn’t want anyone to have to sacrifice themselves because of me.

Two or three doctors came into my room with the medicine. The medicine was in a cylindrical plastic case.

Drinking the medicine was a race with time. One doctor took the white capsule out with tweezers, placed it in a paper cup, and handed it to me.

They then immediately left the room, closing the lead door behind them and then instructing me through the speakerphone to drink the medicine. I quickly gulped down the medicine with some water.

After I swallowed, they checked the inside of my mouth through the door. They then held a radiation-monitoring device over my stomach to confirm that the capsule got there, and then I was instructed to lay down on the bed. The doctor then told me over the speakerphone to change the orientation of my body every 15 minutes.

As for food, I was first shown a meal on the TV screen in order to make sure that I could eat all of it without leaving anything on my plate. They didn’t want to give me any more than I could eat, so as to minimize the amount of contaminated waste.

That night, a wave of nausea suddenly came over me. I felt so sick. The feeling wouldn’t go away so I panicked and pressed the button to call the nurse, but the nurse didn’t come. I thought I’d better not throw up on the bed, so I rushed to the bathroom.

When I later told the nurse that I’d thrown up, they just prescribed some anti-nausea medicine. By then it was already past 2am, and I couldn’t sleep very well.

The next day onward, I completely lost my appetite, and I usually had them bring me just medicine and not meals. I threw up once or twice on the second day too.

Until then, I’d almost never thrown up in my life. I ended up bursting a blood vessel in my eye because of the strain of throwing up, and my eye became bright red. Through the door, the nurse checked my condition, and prescribed some eye drops.

I felt sick for the rest of the time I spent in that room. I was just waiting for the time to pass.

In that room, there was a square radiation monitoring device attached to the wall near the ceiling. It looked like an air conditioner. On the bottom right of the device was a display window that would show the radiation measurement. When I stepped closer to it, the number would shoot up, and when I stepped away the number would go down again.

I spent three days like this, and finally it became time to leave. I had to throw away everything I’d been wearing, like my pajamas, into a garbage can made of lead. I changed into the clothes I’d stored in a locker, opened the lead door, and walked with the nurse down the long hallway and through multiple doors.

After this treatment, one of the side effects I had to deal with was that I couldn’t produce saliva normally. It became difficult to swallow food with a low water content, and my sense of taste changed.

That hospitalization experience was the harshest yet. I don’t want to have to go through it again.

I went through such a painful experience, and yet the treatment didn’t work that well. It didn’t do what it was supposed to, and I ended up feeling like it was all a waste. Before, I was motivated to get treatment with the assumption that it would cure me. Now, I just think, I hope this treatment at least slows down the progression of my illness.

After becoming ill, I’ve started prioritizing cancer treatment over my dreams for the future. Because of treatment, I’ve given up on everything—college, the studies I’d been focusing on in order to pursue the career I wanted, and even going to concerts I’d been so excited for.

[…]

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Living on a Deadline in the Nuclear Age. Some Personal News via Common Dreams (Reader Supported News)

By Daniel Ellsberg


Dear friends and supporters,

I have difficult news to impart. On February 17, without much warning, I was diagnosed with inoperable pancreatic cancer on the basis of a CT scan and an MRI. (As is usual with pancreatic cancer–which has no early symptoms–it was found while looking for something else, relatively minor). I’m sorry to report to you that my doctors have given me three to six months to live. Of course, they emphasize that everyone’s case is individual; it might be more, or less.

I have chosen not to do chemotherapy (which offers no promise) and I have assurance of great hospice care when needed. Please know: right now, I am not in any physical pain, and in fact, after my hip replacement surgery in late 2021, I feel better physically than I have in years! Moreover, my cardiologist has given me license to abandon my salt-free diet of the last six years. This has improved my quality of life dramatically: the pleasure of eating my former favorite foods! And my energy level is high. Since my diagnosis, I’ve done several interviews and webinars on Ukraine, nuclear weapons, and first amendment issues, and I have two more scheduled this week.

As I just told my son Robert: he’s long known (as my editor) that I work better under a deadline. It turns out that I live better under a deadline!

I feel lucky and grateful that I’ve had a wonderful life far beyond the proverbial three-score years and ten. (I’ll be ninety-two on April 7th.) I feel the very same way about having a few months more to enjoy life with my wife and family, and in which to continue to pursue the urgent goal of working with others to avert nuclear war in Ukraine or Taiwan (or anywhere else). When I copied the Pentagon Papers in 1969, I had every reason to think I would be spending the rest of my life behind bars. It was a fate I would gladly have accepted if it meant hastening the end of the Vietnam War, unlikely as that seemed (and was). Yet in the end, that action—in ways I could not have foreseen, due to Nixon’s illegal responses—did have an impact on shortening the war. In addition, thanks to Nixon’s crimes, I was spared the imprisonment I expected, and I was able to spend the last fifty years with Patricia and my family, and with you, my friends.

What’s more, I was able to devote those years to doing everything I could think of to alert the world to the perils of nuclear war and wrongful interventions: lobbying, lecturing, writing and joining with others in acts of protest and non-violent resistance.

I wish I could report greater success for our efforts. As I write, “modernization” of nuclear weapons is ongoing in all nine states that possess them (the US most of all). Russia is making monstrous threats to initiate nuclear war to maintain its control over Crimea and the Donbas–like the dozens of equally illegitimate first-use threats that the US government has made in the past to maintain its military presence in South Korea, Taiwan, South Vietnam, and (with the complicity of every member state then in NATO ) West Berlin. The current risk of nuclear war, over Ukraine, is as great as the world has ever seen.

China and India are alone in declaring no-first-use policies. Leadership in the US, Russia, other nuclear weapons states, NATO and other US allies have yet to recognize that such threats of initiating nuclear war–let alone the plans, deployments and exercises meant to make them credible and more ready to be carried out–are and always have been immoral and insane: under any circumstances, for any reasons, by anyone or anywhere.

It is long past time–but not too late!–for the world’s publics at last to challenge and resist the willed moral blindness of their past and current leaders. I will continue, as long as I’m able, to help these efforts. There’s tons more to say about Ukraine and nuclear policy, of course, and you’ll be hearing from me as long as I’m here.

As I look back on the last sixty years of my life, I think there is no greater cause to which I could have dedicated my efforts. For the last forty years we have known that nuclear war between the US and Russia would mean nuclear winter: more than a hundred million tons of smoke and soot from firestorms in cities set ablaze by either side, striking either first or second, would be lofted into the stratosphere where it would not rain out and would envelope the globe within days. That pall would block up to 70% of sunlight for years, destroying all harvests worldwide and causing death by starvation for most of the humans and other vertebrates on earth.

So far as I can find out, this scientific near-consensus has had virtually no effect on the Pentagon’s nuclear war plans or US/NATO (or Russian) nuclear threats. (In a like case of disastrous willful denial by many officials, corporations and other Americans, scientists have known for over three decades that the catastrophic climate change now underway–mainly but not only from burning fossil fuels–is fully comparable to US-Russian nuclear war as another existential risk.) I’m happy to know that millions of people–including all those friends and comrades to whom I address this message!–have the wisdom, the dedication and the moral courage to carry on with these causes, and to work unceasingly for the survival of our planet and its creatures.

I’m enormously grateful to have had the privilege of knowing and working with such people, past and present. That’s among the most treasured aspects of my very privileged and very lucky life. I want to thank you all for the love and support you have given me in so many ways. Your dedication, courage, and determination to act have inspired and sustained my own efforts. My wish for you is that at the end of your days you will feel as much joy and gratitude as I do now.

Love, Dan

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One year later, new dangers threaten Ukraine’s embattled Zaporizhzhia nuclear plant via Bulletin of Atomic Scientists

By Edward Lyman

Nearly a year after Russia’s March 4, 2022 seizure of the Zaporizhzhia nuclear plant in Ukraine, the facility remains in a precarious state. The site has endured fire, structural damage, and five temporary losses of all offsite power as the result of shelling, and the grid connection remains fragile. Unprecedented attempts by Rafael Grossi, the director general of the International Atomic Energy Agency, to create a “safety and security protection zone” around the plant have so far been unsuccessful. And now events many miles away from Zaporizhzhia are posing an additional threat to critical aspects of its operations, reinforcing the need for urgent actions to ensure its safety as fighting intensifies.

Like most nuclear plants, the six-reactor Zaporizhzhia facility is situated near a body of water that serves as its ultimate heat sink (UHS), an assured supply of water to its “essential service water system” that enables removal of the radioactive decay heat from shutdown reactors and spent fuel pools. That water system is also used to cool equipment such as the emergency diesel generators needed to provide electrical power when offsite power is lost. (It’s important to note that the essential service water system is distinct from the residual heat removal system that provides cooling directly to the fuel in the reactors in cold shutdown. The residual heat removal system, a closed loop, transfers heat from the reactor cores through heat exchangers to the essential service water system, which then carries the heat away to the UHS.)

At Zaporizhzhia, the water supply for the UHS is provided to cooling ponds from the Kakhovka Reservoir, 80 miles downstream of the plant on the Dnipro River. But in recent weeks, reports indicated that the reservoir’s water level had decreased and stood at 13.98 meters on February 15, according to the International Atomic Energy Agency. Petro Kotin, the president of Ukraine’s state-owned nuclear utility Energoatom, said that if the reservoir level drops below 12.8 meters, then Zaporizhzhia will face an emergency; below 12 meters the situation would become “critical.” If the water level gets too low, then the cooling ponds themselves will not be replenished, and the essential service water system will fail. (Ukraine has accused Russian forces controlling the reservoir dam of draining its water, although, as is typical in this conflict, Russian authorities have denied responsibility and blamed Ukrainian forces for the drop in water levels.)

[…]

Fortunately, there is a reduced risk today that the current situation at Zaporizhzhia would lead to an outcome as dire as Fukushima. First, all six of the reactors have been shut down for at least several months (four in “cold” shutdown and two in “hot” shutdown). Since the decay heat rate decreases significantly over time in a shutdown reactor—dropping by nearly a factor of 100 a few months after shutdown—operators would have a grace period on the order of days, rather than hours, to mitigate a loss of UHS before temperatures rose high enough to cause reactor fuel damage.

Second, the site is better prepared to deal with such an event today than it would have been before Fukushima. In the accident’s aftermath, Ukraine, like many countries, carried out stress tests and developed plans for keeping its reactors safe indefinitely under Fukushima-like conditions—not only the long-term unavailability of electrical power, but also loss of the UHS. 

[…]

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Train derails on way to load N-waste via Beyond Nuclear International

VT rail accident sends a clear warning

The Brattleboro Reformer reports that a train on its way to load up nuclear waste from the decommissioning Vermont Yankee nuclear power station derailed on February 24, 2023. The derailment involved the “spacer” cars to be coupled between freight cars intended to carry nuclear waste out west.  “‘The whole idea of shipping SNF (high level radioactive waste/spent nuclear fuel) all over the country on rail lines is at the heart of what DOE (Department of Energy) wants to start in the years ahead. We should all be nervous about such a development in light of Palestine, OH and many other such incidents,’ said Lissa Weinmann of Brattleboro, the vice chairwoman of the Vermont Yankee Decommissioning Citizens Advisory Panel.”

For years now, so-called “low-level” radioactive wastes associated with the decommissioning of Vermont Yankee have been regularly shipped by NorthStar to its Waste Control Specialists, LLC (WCS) dumpsite in Andrews County, Texas. Orano and WCS would also like to ship highly radioactive wastes, not only from Vermont Yankee, but from all U.S. reactors, to their Interim Storage Partners, LLC consolidated interim storage facility at the WCS site, as well. The U.S. Nuclear Regulatory Commission approved that dump’s license application in September 2021, but resistance to it continues.

This is not the first time an empty radioactive waste transport vehicle experienced a shipping mishap bound for the Vermont Yankee nuclear power plant site. An empty container for highly radioactive waste storage, bound for VY on a truck, was involved in a mishap — the truck left the road, onto a soft shoulder, and became stuck there.

[…]

But of course, the real risk involves radioactive waste containers that are full. These Mobile Chornobyl risks are rearing their ugly head, yet again, given the U.S. Nuclear Regulatory Commission’s approval of license applications for consolidated interim storage facilities in Texas and New Mexico.

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第五福竜丸の記述も教材から削除 はだしのゲンに続き、広島市教委 via Yahoo!Japan ニュース(共同)

広島市教育委員会が市立の小中高校を対象にした「平和教育プログラム」の教材から漫画「はだしのゲン」を削除する方針を決めた問題で、米国のビキニ水爆実験で被ばくした静岡県焼津市のマグロ漁船「第五福竜丸」の記述もなくすことが1日、分かった。教員用の指導資料には記述を残し、生徒に概要や参考文献を紹介するという。 【水中爆発の写真】1946年7月1日、米国が太平洋のビキニ環礁で原爆実験を開始した 「死の灰」第五福竜丸にも

 第五福竜丸は69年前の3月1日、太平洋マーシャル諸島ビキニ環礁での水爆実験に遭遇し、乗組員23人全員が被ばくした。日本で反核運動が高まるきっかけとなった。平和教育プログラムで使う市教委作成の「ひろしま平和ノート」では、第五福竜丸は核兵器を巡る世界の現状を学習する中3の部分に掲載されている。乗組員の被ばくや、半年後に40歳で亡くなった無線長の久保山愛吉さんなどを写真とともに紹介している。  市教委がプログラムを再検討する中で「第五福竜丸が被ばくした記述のみにとどまり、被爆の実相を確実に継承する学習内容となっていない」との指摘が出た。

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『はだしのゲン』削除から考える記憶の継承via Radio Dialogue

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My fish Is Your Fish via MISA

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新宿御苑に除染土計画、国「安全性知って」 各地で反対、埋まらぬ溝 via 朝日新聞

 東京電力福島第一原発事故後の除染で出た除染土の再利用で、環境省が実証事業の候補地の一つとする新宿御苑東京都新宿区)の周辺住民の一部らが24日、事業中止を同省に申し入れた。同省は「多くの人に安全性を知ってもらいたい。事業に住民同意が必要とは想定していない」との立場で、両者の溝は埋まっていない。

 住民らでつくる市民団体は参議院議員会館(東京都千代田区)で同省職員に書面を手渡し、事業の中止や、事業の詳細説明、公開説明会の開催などを求めた。申し入れには約50人が参加した。

[…]

 申し入れ後、同省環境再生事業担当参事官室の藤井進太郎・参事官補佐は取材に「質問や意見には丁寧に答え、追加の説明会なども新宿区と相談しながら検討していきたい」と話した。

 市民団体の世話人の1人、平井邦一さん(70)=新宿区新宿一丁目=は取材に、「自分たちが住むそばに、放射能を含んだ土がくることの危険性に憤っている」と話した。申し入れには、事業の別の候補地である埼玉県所沢市で反対活動をする団体も同席した。

[…]

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