The nuclear industry’s cunning strategy to pass its clean-up costs to the tax-payer
The nuclear bailout nobody’s talking about, https://highlandcountypress.com/Content/In-The-News/In-The-News/Article/The-nuclear-bailout-nobody-s-talking-about-/2/20/60902, By Marty Schladen, Ohio Capital Journal, 19 Oct 20, https://ohiocapitaljournal.com/
Ohio state government continues to be gripped by an alleged $61 million bribery scandal involving a billion-dollar nuclear bailout.
But while the effort for that bailout was brewing as part Akron-based FirstEnergy’s strategy to prop up and spin off unprofitable nuclear power plants, another part of the strategy might have resulted in an additional — and potentially larger — bailout in a separate venue.
And, some observers warn, many more such bailouts throughout the country might be on the way.
In February, seven months after Gov. Mike Dewine signed the $1.3 billion ratepayer bailout that mostly would subsidize two Northern Ohio nuclear plants, FirstEnergy might have gotten an even bigger break in U.S. bankruptcy court. That’s when Judge Alan M. Koschik signed off on a settlement that largely excused FirstEnergy from footing part of the bill to clean up the aging nuclear plants in Ohio and another in Pennsylvania that it had bequeathed to to its successor, now known as Energy Harbor, in the event that company goes belly up.
If the new company can’t make a go of it with the nuclear and coal plants that had been owned by FirstEnergy, taxpayers could well be on the hook for whatever part of the estimated $10 billion nuclear cleanup that Energy Harbor and a trust fund it’s required to maintain can’t.
Those are cleanups that, for financial reasons, will take 60 years — decades during which the crumbling cooling tower of the company’s Davis-Besse plant, for example, will loom over the Lake Erie shoreline in view of South Bass Island, one of Ohio’s premier tourist attractions.
Energy Harbor’s “financial future doesn’t look bright and when we say (FirstEnergy) needs to set aside money for (shutting down and cleaning up the plants), their response is going to be, ‘The bankruptcy court approved the reorganization, FirstEnergy isn’t on the hook anymore,’” said Margrethe Kearney, senior staff attorney at the Environmental Law & Policy Center, which is appealing the bankruptcy ruling to the 6th U.S. Circuit Court of Appeals in Cincinnati. “This is a way that bankruptcy is increasingly being used by companies — to shed their environmental liability.”
And, Kearney said, companies across the country that own nuclear generators likely will try to use the bankruptcy to ease looming cleanup costs off of their books and onto the backs of taxpayers.
“Especially here in the Midwest we have a lot of nuclear power plants, a lot of them are coming to the end of their useful life, most of them are out of the money, so it doesn’t really make sense to invest in them because natural gas and renewable energy is less expensive and we’re going to have a real crisis when it comes to the decommissioning of power plants and the financial ability to pay for them,” she said.
A doozy of a scandal
The Ohio Capitol was rocked in July when the FBI arrested then-House Speaker Larry Householder and four associates in what U.S. Attorney David DeVillers said was “likely the largest bribery and money-laundering scheme ever in the state of Ohio.”
DeVillers alleged that $61 million flowed from FirstEnergy and related companies through 501(c)(4) dark money groups and into campaigns of House candidates who later elected Householder speaker, a perch from which he shepherded House Bill 6, the $1.3 billion bailout, to passage. (House Bill 6 was cosponsored by Hillsboro Republican State Rep. Shane Wilkin and Rep. Jamie Callender, a Lake County Republican.)
The money also funded a nasty, xenophic campaign to block a voter initiative to repeal HB 6, while Householder and his associates simultaneously lined their own pockets with some of the loot, DeVillers said.
It wasn’t the only such scandal to break in July. In Illinois, Commonwealth Edison and parent company Exelon admitted to an eight-year bribery scheme targeting people around Illinois House Speaker Michael Madigan, who hasn’t been charged. One of the things the company received from the legislature during that period was a $2.35 billion bailout of two struggling nuclear power plants in that state.
In Ohio, nobody from FirstEnergy has been charged. But DeVillers in July said his investigation was far from over.
In September, Ohio Attorney General Dave Yost named FirstEnergy and associated companies as defendants in a civil suit. Among other things, it demanded that bailout funds be blocked and that the companies that funded the HB 6 scheme either fire the officials involved or see the companies themselves dissolved.
Who was in charge?
The funds promised by HB 6 were far from the first ratepayer largesse enjoyed by companies related to FirstEnergy, whose name graces the stadium in which the Cleveland Browns play. Last year, Ohio Rep. Mark Romanchuk, R-Ontario, said the company’s Ohio nuclear plants had received $10.2 billion in state subsidies since 1999.
The attorney general’s lawsuit says that four years ago, what to do about the failing nuclear plants was at the heart of what he said was a corrupt scheme to obtain a bailout.
“In late 2016, FirstEnergy Corp. had a problem,” the suit says. “The nuclear power generation plants it owned through its subsidiary FirstEnergy Solutions Corp. had turned from assets to liabilities.”
It also said that by spinning off the plants, passing the bailout and sending its former subsidiary through bankruptcy, FirstEnergy did lasting harm to the state. That’s because, the suit said, FirstEnergy had potentially shifted some of the burden to clean up the Perry and Davis-Besse reactors in Ohio from itself and onto the taxpayers.
“Ohio’s environmental future has been damaged, because the costs for the ultimate decommissioning of the nuclear plants are now secured by Energy Harbor, a company with far smaller capitalization than FirstEnergy Corp.,” the suit said. “To the extent that decommissioning and environmental repair costs exceed Energy Harbor’s ability to pay, those costs will be borne by Ohio through its ratepayers or taxpayers — a scenario that already played out once in the FirstEnergy Solutions’ bankruptcy plan that created Energy Harbor.”
Yet, FirstEnergy maintains that after 2016 its leaders had no control over the former subsidiary that owns nuclear as well as coal plants in Ohio and Pennsylvania.
“FirstEnergy leadership has not had any decision-making power regarding the strategic direction of FES since November 2016, and FirstEnergy and Energy Harbor are now separate, unaffiliated companies,” FirstEnergy spokeswoman Jennifer Young said in September after the Ohio attorney general’s lawsuit was filed.
However, that claim seems hard to credit because FirstEnergy CEO Chuck Jones is also CEO of FirstEnergy Services.
Until June, First Energy Services provided the power plant-owning company that became Energy Harbor with many — if not all — of the services one would associate with running it. They include “administrative, management, financial, compliance, ethical, external affairs, and political and regulatory advocacy services. ”
For her part, Young said that the companies are independent because they have separate boards.
Long-term strategy
In late 2016, as FirstEnergy was spinning off the company that after bankruptcy became Energy Harbor, Jones announced a strategy of seeking a bailout for the spun-off company’s failing nuclear assets.
“We are advocating for Ohio’s support for its two nuclear plants, even though the likely outcome is that FirstEnergy won’t be the long-term owner of these assets,” Jones said.
In an affidavit supporting criminal charges against the former Ohio speaker and others, FBI Special Agent Blane Wetzel introduces the case for a criminal conspiracy by referring back to that time.
“In 2016, (FirstEnergy) Corp.’s nuclear generation future looked grim,” it said. “In its November 2016 annual report to shareholders, Ohio-based (FirstEnergy) Corp. and its affiliates reported a weak energy market, poor forecast demands, and hundreds of millions of dollars in losses, particularly from its nuclear energy affiliate…
“Given this backdrop, (FirstEnergy) announced future options for its generation portfolio as follows: ‘legislative and regulatory solutions for generation assets’; asset sales and plant deactivations; restructuring debt; and/or seeking protection under U.S. bankruptcy laws for its affiliates involved in nuclear generation.”
On March 31, 2018, Energy Harbor predecessor FirstEnergy Solutions exercised one of those options when it filed for Chapter 11 protection in the U.S. Bankruptcy Court of the Northern District of Ohio.
Broad immunity
By the time FirstEnergy Solutions emerged from bankruptcy in February, it had a new name, Energy Harbor, and it had largely released its former parent company, FirstEnergy Corp., from any responsibility to clean up the nuclear plants it used to own.
“It makes it really difficult to get into the pockets of the parent if the subsidiary runs out of money,” Kearney, of the Environmental Law and Policy Center said of the settlement.
In fact, the release worked out between FirstEnergy, a primary creditor, and its former subsidiary was so broad that Judge Koschik disallowed part of it, saying it would make the overall settlement legally unconfirmable.
“The only (nuclear cleanup) ‘mechanism’ offered by (Energy Harbor) is its own assumption of these long-term environmental obligations and a promise that as a reorganized debtor with new capital structure facilitated by (FirstEnergy Corp.), it will stalwartly stand by and satisfy these claims if and when they arise,” Koschik wrote.
FirstEnergy and its former subsidiary modified the “third-party releases” and Koschik signed off on the overall settlement.
But he did so without allowing Kearney’s group to put on testimony from an expert witness, Peter Bradford, a former commissioner with the U.S. Nuclear Regulatory Commission. Bradford planned to testify that there were expenses far in excess of what the commission — which is responsible only for the cleanup of radioactive material — requires nuclear operators to pay into a trust fund, Kearney said.
Koschik’s refusal to hear from Bradford is a big part of why the Environmental Law and Policy Center and associated groups are appealing the bankruptcy settlement, although they also have briefed the appellate court on the federal criminal and state civil actions surrounding the HB 6 bailout scandal.
“We are asking to have our expert heard on the nuclear decommissioning issues,” Kearney said. “That doesn’t mean that the entirety of the bankruptcy proceeding will be reopened.”
Cleanup of the century
Asked last week about what it would cost to clean up its former nuclear plants in Ohio and Pennsylvania, FirstEnergy’s Young said, “FirstEnergy’s liabilities related to nuclear decommissioning are hypothetical and comparable to any former owner of nuclear generating facilities. The bankruptcy did not change that. The other questions you asked about decommissioning would need to be directed to Energy Harbor since they are the current owners and operators of the plants and are primarily liable for decommissioning. As you’ll recall, Energy Harbor is a separate company now unaffiliated with FirstEnergy.”
Calls and emails to two Energy Harbor spokesmen were unanswered.
Young said that as of June, Energy Harbor’s nuclear decommissioning trust funds were worth about $2 billion.
The cleanup envisioned for Perry and Davis-Besse plants in Ohio and the two Beaver Valley units in Pennsylvania would extend for the better part of a century — from 2021 through 2083, according to 2018 studies performed for FirstEnergy as part of the bankruptcy. Kearney said the longevity of the process isn’t because the cleanup is so complex. It’s because the money in the trust fund isn’t enough to pay for it now, so it needs time to grow.
However, based on the estimates commissioned by FirstEnergy, it’s hard so see how $2 billion would be enough. They list four categories of costs associated with the cleanup:
• Decommissioning, including a 17% contingency;
• Hefty NRC license-termination fees (fees are a major source of the agency’s funding);
• Spent-fuel management; and
• Non-nuclear demolition.
Taken together, the combined estimated cost to shut down and clean up all the facilities is $9.6 billion in 2014 dollars. And not nearly all of the $2 billion in the trust fund will be allowed to grow until 2074 to meet it.
The total cost to clean up Beaver Valley Unit 2, for example, is estimated at just under $2 billion, or about 20% of the total.
The timeline in the estimate calls for about an eighth of that — $233 million — to be spent through 2026 preparing for a 48-year “dormancy” period. The estimate says that it will cost between $6 million and $7 million a year for the first 33 years and $3 million to $4 million a year for the next 15.
In other words, if Energy Harbor were to stop paying into the trust fund tomorrow, far less than $2 billion will be allowed to grow until the final cleanup starts in 2075.
The estimates were financed by an interested party, FirstEnergy. But even if they weren’t, Kearney stressed that they could be significantly off — especially since they’re drawn out over such a long period. She said, however, “That $2 billion represents about half of the (overall) estimated cleanup costs.”
The uncertainty over how much the nuclear cleanups will cost and whether Energy Harbor can pay for them makes it unjust that its bankruptcy let FirstEnergy off the hook — especially in light of the criminality alleged in Ohio’s other nuclear bailout, the state’s official consumer representative said.
“An inadequate funding of the future decommissioning costs for the Davis-Besse and Perry nuclear power plants would also be of concern to Ohioans who, one way or another, may ultimately be asked to pay the tab for any shortfall in funding of these costs,” the Office of the Ohio Consumer Counsel said in a brief filed with the 6th Circuit. “Such a result would be objectionable for consumers.”
The OCC needn’t have limited his claims to the potential burden to Ohioans. As things stand now, if Energy Harbor can’t cover the cost of the cleanup, it will fall on all U.S. taxpayers.
Read the federal complaint
https://assets.documentcloud.org/documents/6999130/Ohio-House-complaint.pdf
Marty Schladen has been a reporter for decades, working in Indiana, Texas and other places before returning to his native Ohio to work at The Columbus Dispatch in 2017. He’s won state and national journalism awards for investigations into utility regulation, public corruption, the environment, prescription drug spending and other matters.
Many 1000s sick in USA, but government spending priority is $billions, $trillions – for nuclear missiles!
Pentagon estimates cost of new nuclear missiles at $95.8B
By ROBERT BURNS, 29 Oct 20,
WASHINGTON (AP) — The Pentagon has raised to $95.8 billion the estimated cost of fielding a new fleet of land-based nuclear missiles to replace the Minuteman 3 arsenal that has operated continuously for 50 years, officials said Monday. The estimate is up about $10 billion from four years ago. The weapons, known as intercontinental ballistic missiles, or ICBMs, are intended as part of a near-total replacement of the American nuclear force over the next few decades at a total cost of more than $1.2 trillion. Some, including former Defense Secretary William J. Perry, argue that U.S. national security can be ensured without ICBMs, but the Pentagon says they are vital to deterring war. The Trump administration affirmed its commitment to fielding a new generation of ICBMs in a 2018 review of nuclear policy……… The current fleet of 400 deployed Minuteman missiles, each armed with a single nuclear warhead, is based in underground silos in Montana, North Dakota, Colorado, Wyoming and Nebraska. Their numbers are governed in part by the 2010 New START treaty with Russia, which is due to expire in February. Russia wants to extend the treaty but the Trump administration has set conditions not accepted by Moscow. The U.S. also is building a new fleet of ballistic missile submarines to replace the current Ohio-class strategic subs; a new long-range nuclear-capable bomber to replace the B-2 stealth aircraft; a next-generation air-launched nuclear cruise missile; and a new nuclear command and communications system. It also is working on updated warheads, including an ICBM warhead replacement for an estimated $14.8 billion…….. Last month the Air Force awarded Northrop Grumman a $13.3 billion contract for engineering and manufacturing development of the new missiles. The total “lifecycle” cost, including operating and sustaining the missiles over their expected lifetime into the 2070s, is set at $263.9 billion. https://apnews.com/article/politics-e4b80421be5dba5c5f5a162e55ac0d94 |
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USA aiming to beat Russia, China etc, in marketing nuclear reactors to Poland
US to cooperate on Poland’s nuclear plans, Argus 9 October 2020, The US and Poland are set to sign an agreement to co-operate on Poland’s nuclear development programme, envisaging construction of 6-9GW of nuclear generation capacity, with the first unit to start in 2033.US secretary of energy Dan Brouillette and Poland’s secretary of energy infrastructure Piotr Naimski today agreed to sign a long-term agreement between the governments of both countries to co-operate on Polish nuclear development.
The agreement, which had been already signed by the US side and is to be signed by Poland in the near future, provides that over the next 18 months the countries will work together on a financial and technical report on Poland’s nuclear power programme. This report will be the basis for US long-term involvement and for the Polish government to take final decisions on construction of nuclear power plants in the country, the US Department of Energy said……….. Earlier this year a Polish nuclear consortium led by government-controlled PGE sold its stakes in the PGE EJ 1 subsidiary, which initially was to be developing nuclear plants. In 2009 PGE said it planned to develop 6GW of nuclear capacity. Since then the company has struggled to come up with a financing model, and it recently opted to abandon its nuclear plans and focus on renewables. Under the current financing model, Poland plans to set up a joint venture with strategic foreign investors for development of the plants, with the Polish government maintaining at least 51pc. Tentative partners, beyond US companies, include firms from France and South Korea. https://www.argusmedia.com/en/news/2151529-us-to-cooperate-on-polands-nuclear-plans |
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Britain’s zero emissions policy will bring many 1000s of jobs, investing in green infrastructure
help to achieve Boris Johnson’s national renewal mission, a report
published today says. Investment in green infrastructure and technologies
will prevent long-term scarring of the labour market in the wake of the
Covid-19 crisis, the report by the London School of Economics adds.
this summer to “build back better, build back greener, build back
faster” after GDP collapsed by a record 19.8 per cent as a result of a
national lockdown.
government investment would create the maximum number of jobs while also
helping to achieve the UK’s commitment of carbon neutrality, including
renewable energy infrastructure, electric vehicle production and home
energy efficiency retrofits. The UK was the world’s first major economy
to enshrine in law a commitment to reach net zero carbon emissions by 2050.
https://www.thetimes.co.uk/edition/business/net-zero-goal-will-be-ally-of-recovery-w09wcx7hn
The frenzy to promote small nuclear reactors – shown in Google news headline articles today when you search ”nuclear”
Google nuclear headlines today pointed to 96 articles on nuclear issues
By far the topic most covered most was the ”need” for new generation nuclear reactors for energy. – 24 articles in all, mostly enthusing about small nuclear reactors. Several of these involved the marketing of USA reactors to other countries.
The next most popular pro nuclear topic was nuclear fusion . (7 articles.) Other prominent pro nuclear themes were claims on safety, and action on climate. There were 50 pro nuclear articles in all.
There were 21 anti-nuclear articles. A few denied the claims on nuclear safety, and action on climate. Others dealt with the Fukushima nuclear waste water to be released into the Pacific ocean, with questions on nuclear economics.
There were 13 articles that didn’t ‘take sides’ – basically factual articles about nuclear wastes, safety, and international politics.
On the subject of nuclear weapons all of the articles opposed them, although one could be interpreted as suggesting that there’s a need to counteract China’s developments.
South Africa the first sucker to get American experimental nuclear reactor + $billions in bribes?
US firm ‘aims to build a nuclear power plant’ in South Africa, https://www.thesouthafrican.com/news/us-firm-aims-to-build-a-nuclear-power-plant-in-south-africa/What pandemic? An American investment group is looking to pump billions into South Africa, with one eye on a new nuclear power plant for Mzansi.by Tom Head 2020-10-18
The future of South Africa’s energy supply could be shaped by a cash injection from the United States of America. The government, in their ongoing discussions with NEDLAC and foreign investors, has entertained the idea of letting an international development firm finance and build a new nuclear power plant in Mzansi.
AN AMERICAN NUCLEAR POWER PLANT IN SOUTH AFRICA?As Bloomberg has confirmed, The US International Development Finance Corp (DFC) has signed a letter of intent to support plans laid out by NuScale, an American technology group that are ready to kick on with this project. Amongst the billions of dollars they’ve pledged to South Africa, a ‘secure, reliable energy supply through the construction of new nuclear plants’ is their major priority. A CONTINENTAL FIRST FOR SOUTH AFRICA?
The DFC released a statement last week, confirming that they would be pioneering in their ambitious blueprint. Should a new nuclear plant get the green light, this would be the first IPP funded by the USA throughout the whole of Africa. The future of South Africa’s energy supply could be shaped by a cash injection from the United States of America. The government, in their ongoing discussions with NEDLAC and foreign investors, has entertained the idea of letting an international development firm finance and build a new nuclear power plant in Mzansi. further R4.5 billion would be spent on public transport development over the next 12 months. |
International Monetary Fund recommends a carbon price, for the economy as well as for the climate
climate change will actually help us deal with the recession. Acting on
climate change boosts growth in the short term and massively prevents
economic destruction later.
global temperatures will increase “well above the safe levels agreed to
in the Paris agreement, raising the risk of catastrophic damage for the
planet.” the IMF report is not all doom and gloom – it actually
proposes a way out – a carbon price.
need massive investment. Together they can prevent catastrophic climate
change while also getting us out of a recession. Win-win. And no political
party has any excuse not to act.
USA marketing NuScam small nuclear reactors to Africa

US to support new nuclear power project in South Africa https://businesstech.co.za/news/energy/441510/us-to-support-new-nuclear-power-project-in-south-africa/, Bloomberg17 October 2020 The United States International Development Finance Corp. pledged to support NuScale Power LLC, a US nuclear energy technology firm, to develop 2,500 megawatts of power in South Africa.
South Africa’s government drafted an economic recovery plan in conjunction with business and labour groups several months ago in a bargaining forum known as the National Economic Development and Labour Council, in the wake of the coronavirus pandemic.A version of the strategy that was discussed by the cabinet this week, and seen by Bloomberg, includes suggestions to secure reliable energy supply through the construction of new nuclear plants.
The draft envisages R23 billion ($1.4 billion) being allocated to galvanize private investment in infrastructure and R4.5 billion being spent on public transport over the next 12 months, but provides scant detail on where the money will come from.
The DFC, which ended its prohibition on supporting nuclear power in July, signed a letter of intent to support NuScale’s bid for South Africa’s independent power producer program, the development bank said in an emailed statement on Friday.
“If successful, NuScale would be the first US nuclear energy IPP on the continent and would help support energy resilience and security in one of Africa’s leading economies,” the DFC said.
800-meter-long seawall being constructed, as Japan plans to reopen damaged Onagawa nuclear complex
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Japan’s damaged nuclear reactor set to reopen https://www.aa.com.tr/en/asia-pacific/japan-s-damaged-nuclear-reactor-set-to-reopen/2005798, Quake-hit Onagawa nuclear complex awaits final approval by Miyagi provincial officials, Riyaz ul Khaliq |14.10.2020 ANKARAJapan’s nuclear reactor hit by a 2011 earthquake in the northeastern Miyagi province will resume operations by the end of this year, according to officials, the local media reported on Wednesday.
Miyagi Governor Yoshihiro Murai will formally announce his consent to restart the nuclear reactors at Onagawa complex by the end of the year, the Kyodo News agency said. Early this year, the 825,000-kilowatt reactor, operated by Tohoku Electric Power Company, won the approval of the country’s Nuclear Regulation Authority. All the three reactors were shut down when the massive quake and a 13-meter tsunami hit northeastern Japan on March 11, 2011, flooding the underground floors of the No. 2 unit. Nearly 10,000 people lost their lives while over 4,000 others are still missing. Onagawa nuclear reactor is the second such disaster-ravaged complex, after the Fukushima nuclear disaster, to pass stricter nuclear safety standards. The world has witnessed the worst nuclear disaster in 1986 at Chernobyl in today’s Ukraine. Unlike the Fukushima Daiichi plant of Tokyo Electric Power Company, the Onagawa plant’s emergency cooling system did not fail and underwent no meltdown after hit by the earthquake and tsunami. To restart the Onagawa nuclear reactors, the consent of local government leaders is the last remaining step needed after it cleared a national safety screening in February. Tohoku aims to restart the No. 2 unit of Onagawa nuclear complex in 2022 at the earliest. Currently, a 800-meter-long seawall at the plant is under construction. The operator has already decided to scrap unit No. 1. Murai would be the first governor of a disaster-hit province to allow resumption of a damaged nuclear reactor’s operations. The 2011 earthquake and tsunami triggered one of the world’s worst nuclear crises in Japan’s Fukushima province which caused all of Japan’s 54 reactors to halt. However, since then, nine units at five plants of the country have restarted following regulatory and local approvals. “When the plenary session [of the local assembly] shows its stance, I will make a decision upon hearing the opinions of mayors of cities, towns, and villages within the prefecture,” Murai said. |
USA to market nuclear reactor to Bulgaria
Bulgaria to hold talks with U.S. companies over new nuclear reactor, SOFIA, Oct 13 (Reuters) – Bulgaria’s government gave state-owned energy firm Bulgarian Energy Holding (BEH) a green light on Wednesday to start talks with U.S. companies on plans to build a new nuclear reactor at its Kozloduy power plant, the energy minister said……
On Tuesday, Prime Minister Boyko Borissov said the new reactor should be based on U.S. technology and allow diversification in nuclear energy ….
Petkova did not name the companies that would be involved in talks, but said they were developers of nuclear technology, including those who work on small modular designs. She said she would have until the end of January to present the results from the research, which will explore potential technology that could be used for the new unit at the Kozloduy plant and options for its construction. Petkova did not name the companies that would be involved in talks, but said they were developers of nuclear technology, including those who work on small modular designs. She said she would have until the end of January to present the results from the research, which will explore potential technology that could be used for the new unit at the Kozloduy plant and options for its construction. https://www.reuters.com/article/bulgaria-nuclear-kozloduy/bulgaria-to-hold-talks-with-us-companies-over-new-nuclear-reactor-idUSL8N2H44VI |
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Struggling Japanese towns look to nuclear waste storing and the money associated
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MANSION WITHOUT A TOILET: TOWNS IN JAPAN SEEK TO HOUSE, STORE NUCLEAR WASTE OUT OF NECESSITY, https://www.firstpost.com/tech/science/mansion-without-a-toilet-towns-in-japan-seek-to-house-store-nuclear-waste-out-of-necessity-8904851.html Radioactive waste needs to be stored away for a few centuries in thick concrete structures underground so it won’t affect humans and the environment.
Two remote towns in northern Japan struggling with rapidly graying and shrinking populations signed up Friday to possibly host a high-level radioactive waste storage site as a means of economic survival.
Japanese utilities have about 16,000 tons of highly radioactive spent fuel rods stored in cooling pools or other interim sites, and there is no final repository for them in Japan — a situation called “a mansion without a toilet.”
Japan is in a dire situation following the virtual failure of an ambitious nuclear fuel recycling plan, in which plutonium extracted from spent fuel was to be used in still-unbuilt fast breeder reactors. The problem of accumulating nuclear waste came to the fore after the 2011 Fukushima nuclear power plant disaster. Finding a community willing to host a radioactive dump site is difficult, even with a raft of financial enticements.
On Friday, Haruo Kataoka, the mayor of Suttsu town on the northwestern coast of Hokkaido, applied in Tokyo for preliminary government research on whether its land would be suitable for highly radioactive waste storage for thousands of years. Later Friday in Kamoenai just north of Kamoenai, village chief Masayuki Takahashi announced his decision to also apply for an initial feasibility study. Suttsu, with a population of 2,900, and Kamoenai, with about 800 people, have received annual government subsidies as hosts of the Tomari nuclear power plant. But they are struggling financially because of a declining fishing industry and their aging and shrinking populations. The preliminary research is the first of three steps in selecting a permanent disposal site, with the whole process estimated to take about two decades. Municipalities can receive up to 2 billion yen ($19 million) in government subsidies for two years by participating in the first stage. Moving on to the next stage would bring in more subsidies. “I have tried to tackle the problems of declining population, low birth rates and social welfare, but hardly made progress,” Takahashi told reporters. “I hope that accepting research (into the waste storage) can help the village’s development.” It is unknown whether either place will qualify as a disposal site. Opposition from people across Hokkaido could also hinder the process. A gasoline bomb was thrown into the Suttsu mayor’s home early Thursday, possibly by an opponent of the plan, causing slight damage. Hokkaido Gov. Naomichi Suzuki and local fisheries groups are opposed to hosting such a facility. One mayor in southwestern Japan expressed interest in 2007, but faced massive opposition and the plan was spiked. High-level radioactive waste must be stored in thick concrete structures at least 300 meters (yards) underground so it won’t affect humans and the environment. A 2017 land survey map released by the government indicated parts of Suttsu and Kamoenai could be suitable for a final repository. So far, Finland and Sweden are the only countries that have selected final disposal sites |
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Big doubts about the economics of small nuclear reactors for the UK
FT 11th Oct 2020, The big challenge facing small nuclear reactors. When Britain unveiled its
first commercial nuclear reactor back in 1956, Calder Hall in Cumbria had
the ability to generate 50 megawatts of electricity. Fast-forward four
decades to the last reactor the UK completed, at Sizewell in Suffolk. Still
functioning, it has a capacity of 1,200MW. Spot the theme? Yup, ever bigger
reactors.
Size has steadily increased because of simple nuclear economics.
Sizewell B may be able to generate 24 times as much power as a 50MW
reactor. But it doesn’t need 24 times the material inputs and staffing to
generate that extra power. Which all makes it seem faintly
counter-intuitive that Britain is considering downsizing and spending money
on a fleet of so-called small modular reactors.
The government is considering plans to put up to £2bn into developing the technology. A
number of companies, including Britain’s Rolls-Royce and GE Hitachi, are
pitching to sell their products. The aim is to fund prototypes with a view
to kick-starting a new SMR industry.
This would build perhaps dozens of
mini-reactors to [supposedly] help the UK meet its net zero emissions target while also
keeping the lights on, as well as exporting this technically advanced kit.
Large nuclear hasn’t exactly a spotless record when it comes to cost
containment. So why make it harder by forgoing those scale advantages?
Research by a team led by Tony Roulstone at Cambridge university looked at
the relative costs of building a “first of a series” SMR against a
comparable large reactor. It concluded that if you used the same project
techniques as for conventional plants, the SMR would cost (once the
interest costs incurred in construction were taken into account) roughly 70
per cent more per kilowatt (kW) to build than the larger one.
Squeezing that cost back down requires a wholly different approach to construction.
Instead of building everything in the open on a massive building site, as
with large reactors, it means making as much as possible in factories
before shipment to site. The same Cambridge team estimated that with ever
more prefabrication and standardisation of parts, you could ultimately
squeeze the cost down roughly to parity with the larger reactor.
A glance at the history of overruns and delays that plagued the Advanced Gas-cooled
Reactor project in the 1960s should suffice as a reminder. For SMRs to
avoid a similar miserable fate, the government must pick a single
commercial technology which can bring in sufficient private sector
investment and attract export orders. This cannot be some “made in
Britain” industrial exercise. If that’s what’s in prospect, then,
honestly, big is probably best.
https://www.ft.com/content/99307126-bb21-48e3-87aa-301749dec870
Will the UK government sacrifice the beautiful Suffolk coast in its misguided, uneconomic, Sizewell nuclear power push?
East Anglian Daily Times 8th Oct 2020, As councils lose patience with EDF, will Suffolk businesses follow suit?Today East Suffolk lies at a crossroads – the future of the east of the county now seems certain to rest in the hands of London-based civil servants and ministers – and to be honest I don’t know which way they will jump when push comes to shove. The deadline has now passed for councils, businesses, and residents to have their say on whether a two new nuclear reactors should be built on the Suffolk coast at Eastbridge, north of the existing stations at Sizewell.
landscape. But I do worry that there are some in government who do not understand the value of this area to the country as a whole who will be prepared to look on Sizewell C as a shiny investment to try to kick-start the UK economy after the pandemic and in a world no longer governed by EU rules, will pour in government subsidies to make up for the loss of Chinese money.
https://www.eadt.co.uk/ea-life/last-chance-to-stop-sizewell-c-1-6871419?s=09
BBC 8th Oct 2020, Campaigners against a new nuclear power station say they are “resolute”
after their bid to protect woodland was thrown out by the High Court. EDF
Energy, which wants to build two new reactors next to Sizewell B in
Suffolk, was given approval in 2019 to fell Coronation Wood on the site.
Together Against Sizewell C (Tasc) sought a judicial review, claiming that
decision was unlawful.
USA trying to beat China, in marketing nuclear reactors to Romania
Romania, U.S. to sign cooperation agreements over nuclear reactors, By Reuters Staff, 9 Oct 20, BUCHAREST (Reuters) – Romania’s economy ministry will sign cooperation and financing agreements with the United States
The very costly effort of trying to resuscitate the dying nuclear industry
Nuclear Energy — The High Cost Of A Dying Industry, Clean Technica, October 6th, 2020 by Johnna Crider
Nuclear energy has had a seriously rough year. In an article by OilPrice.com, the author asked a question: “Why is nuclear energy so expensive?” One answer, besides the obvious 2020 curse that was activated when Egyptian authorities opened up 30 ancient wooden coffins in 2019, is that other sources have just gotten much cheaper while nuclear hasn’t……….
As we know, in 2020, the coronavirus pandemic shut down US energy demand, and this added nuclear energy to a long list of energy industries that are begging for taxpayer money — well, in the case of nuclear, even more taxpayer money. And the Trump administration came through for this dying and expensive industry. Back in June, the Department of Energy announced that it would award more than $65 million in nuclear energy research. This would cross-cut technology development, facility access, and infrastructure awards.
PowerTechnology reported that these awards would be for these departments’ nuclear energy programs:
- The Nuclear Energy University Programme
- Nuclear Energy Enabling Technologies
- Nuclear Science User Facilities.
That $65 million will also be poured into 93 advanced nuclear technology projects in 28 states. And the Office of Nuclear Energy, which is part of the US Department of Energy (DOE), has spent more than $800 million on research since 2009. OilPrice noted that the $65 million would probably be “too little, too late for domestic nuclear energy.” CleanTechnica‘s perspective is that nuclear has been long dead and we’re just waiting for the green leaves of the tree (existing power plans) to turn brown (close down). New nuclear is financially hopeless, many times more expensive than renewable energy options even with energy storage costs included.
Global State Of Nuclear Energy
Antony Froggat, who co-authored the report and is a Senior Research Fellow at Chatham House in London, said, “At the same time, COVID-19 puts additional stress on the sector. In economic terms, renewables continue to pull away from nuclear power, over the past decade the cost estimates for utility-scale solar dropped by 89 percent, wind by 70 percent, while nuclear increased by 26 percent.”
Also in the US, force-on-force exercises were suspended. These are simulated terrorist attacks on nuclear power plants that use a mock adversary force to replicate design basis threat characteristics during an attack. These are supposed to help assess and improve readiness in case of an actual terrorist attack on a nuclear reactor.
In Russia and Sweden, control room staff were made to isolate in housing that was located onsite. They lived at their jobs. In Russia, one national operation reported weekly on infections among the nuclear staff. In July, there were a total of 4,500 cases.
Technology Costs
The report compared the costs of solar, onshore wind, and nuclear. The report looked at analyses for the US conducted by Lazard at the end of 2019, which advises on financial matters while managing investment portfolios. This is what they found out in a nutshell:
- Solar PV (crystalline, utility-scale) averaged $40/MWh, compared to $65/MWh in 2015.
- Onshore wind was $41/MWh, compared to $55/MWh in 2015.
- Nuclear is $155/MWh, compared to $117/MWh in 2015.
The report points out that over the past 5 years, the annual Levelized Cost of Energy (LCOE) for nuclear has risen by over 50%. In stark contrast, renewables have become the most inexpensive of any type of power generation. “What is remarkable about these trends is that the costs of renewables continue to fall due to incremental manufacturing and installation improvements, while nuclear, despite over half a century of industrial experience, continue to see costs rising. Nuclear power is now the most expensive form of generation, except for gas peaking plants.”
The report also states that even though Trump’s White House supports nuclear power and coal, both have not thrived at all under his presidency. This is due, the report says, to renewables being cheaper and basic economics. Lazard also assessed that the costs of renewables continue to fall. You can learn more about the nuclear report here.
Whether it’s the curse of 2020 or humans are slowly evolving, we are phasing out of the old and phasing in the new. In the case of energy, it’s renewables, which will benefit not only our planet but the health and well-being of people all across the globe. For now, though, it seems that taxpayers will continue footing nuclear’s expensive high maintenance bills. https://cleantechnica.com/2020/10/06/nuclear-energy-the-high-cost-of-a-dying-industry/
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