GUSTAFSON: Russian nuclear power – unsanctioned – is prospering worldwide

INTELLINEWS, By Professor Thane Gustafson in Washington January 8, 2023
As the Western nuclear industry flounders, Russia’s Rosatom is building nuclear power plants (NPPs) on time and under budget around the world, while selling uranium to the US……………….
Russia’s nuclear industry is thriving, thanks mainly to its international business. According to Aleksey Likhachev, CEO of Rosatom, Russia’s nuclear monopoly, Russia is currently at work on 23 nuclear power units in a dozen different countries, including China, India, Belarus, Turkey, Hungary and Egypt. It sold $10bn worth of products abroad in 2022, a 15% increase on the year before, and its current foreign order book stands at over $200bn. Rosatom is actively courting new customers, mostly in the developing world; it offers a “full service” package that covers construction and operation, as well as the supply and reprocessing of nuclear fuel. The Russian government actively supports Rosatom with low-interest financing. In short, Russian nuclear power is on a roll.
But that is not all. In addition to building and operating new NPPs, Rosatom exports enriched uranium to numerous countries around the world, including the US and Europe. (In addition, Rosatom provides services to five EU counties that operate Russian-built NPPs.) Even though the revenues are not comparable (only about $1bn per year), the fuel exports are key politically. Because of this dependence, Russia’s nuclear industry is not under Western sanctions (as discussed further below), and it is not likely to be so any time soon. At this moment, Rosatom is able to operate without impediment, both at home and abroad; one of the few sectors in the Russian economy to be able to do so.
For both the US and Europe the implications are serious. First, they will continue to depend on Russian enriched uranium for several years more, potentially weakening their common front on sanctions. (Indeed, there have already been substantial disagreements among EU members over their policy toward Russian nuclear power.)
…… . Russia should continue to hold a commanding position in nuclear power for some time to come. …..

…. Putin named a politician, Sergei Kiriyenko, (above)to head the nuclear programme. Kiriyenko had had a mixed career up to that time – including a disastrous five-month stint as prime minister that coincided with Russia’s 1998 financial meltdown – but he turned out to be a talented manager. He regathered Rosatom’s wandering assets under one roof and after seeing off the oligarchs, he brought the industry’s unruly suppliers and contractors to heel. During the next eleven years he built Rosatom into a powerhouse. In 2016, Putin rewarded him with a secret medal and a top job, as Number 2 in the Kremlin’s Presidential Administration, where he is today.
The secrecy was no accident. When Rosatom was created in 2007, it inherited both the civilian NPPs and the military weapons assets. Kiriyenko made vigorous efforts to disentangle the military wing from the civilian, but the separation proved easier to achieve on paper than in reality. Today, the civilian and the military parts of Rosatom remain connected at the hip, as many parts of the nuclear supply chain, beginning with the mining of uranium, serve both military and civilian customers inside Russia.
But the military part was (and is) funded directly by the government, while the civilian part was supposed to be self-supporting. For Kiriyenko, this was a crucial difference. He had begun with ambitious plans for expanding nuclear power inside Russia, but he soon realised that there was little domestic demand for new NPPs in an electricity sector dominated by gas, and so Kiriyenko turned his sights on the foreign market. For this he needed to persuade the international community that Rosatom had become essentially a civilian business, in other words to fashion a new “commercial” image for the company. By and large he was successful, and Rosatom owes its present prosperity largely to the international business he built.
The impact of Western sanctions
Because of its important role as a supplier of uranium and nuclear fuels to NPPs around the world, including the US, Rosatom is not under Western sanctions. The US, in particular, relies on Russia for low-enrichment uranium for its own NPPs. Although efforts are under way to develop substitutes, for the present Rosatom is simply too valuable to sanction.
But even if sanctions were to be imposed, Rosatom’s operations would be largely unaffected by them. Internally, its supply chain, which as mentioned runs from uranium mining to power plant construction and operation, depends very little on the outside. ………….
Rosatom’s international business might be somewhat more vulnerable to sanctions, but so far there is little sign of it. Only one country, Finland, has pulled out of an ongoing project with Rosatom. ………………………….
Multiple challenges ahead
Yet quite apart from sanctions, Rosatom and Russian nuclear power may face multiple challenges ahead. One of them is technological progress. …………
Russia is the only country in the world to operate nuclear-powered icebreakers and floating NPPs, both of which are powered by small reactors. The Russian experience in designing and building small reactors goes back decades to the Soviet era, and there have been multiple generations of successively improved designs. Rosatom is working on deploying them not only on nuclear icebreakers and floating platforms, but also on land.
…………………….. The key to the future of SMRs, in the longer term, will likely be so-called “Generation IV” reactors, based on revolutionary designs that break entirely from the traditional light-water-reactor technology. But Generation IV is still an immature technology, and the race for leadership in G-IV is only now getting under way.
The more proximate threat to Rosatom’s leading position is Beijing. China has a vigorous nuclear programme, which is entirely independent of Russia…………………………………………
Finally, the ultimate challenges for Rosatom may be safety and reputational risk. Ever since the Chernobyl disaster in 1986, the Russian nuclear industry has had an excellent safety record. But the Russian invasion of Ukraine raises a serious new threat. There are four NPPs operating in Ukraine – ironically, all of them of Soviet manufacture. Russian [?] missiles have already landed close to one of them, the Zaporizhzhia plant, which is located close to the current battle line between Russian and Ukrainian forces. Just who is responsible for the safety of the plant is in dispute……………for Rosatom this plan is full of risks. If the plant were damaged and there were radioactive contamination, quite apart from the further suffering this would inflict on the Ukrainian people, for Rosatom the reputational damage would be extreme.
……. The challenges ahead are real, but they will come more from technological changes and rising competition from China, than from sanctions, from which Rosatom in any case remains so far exempt. https://www.intellinews.com/gustafson-russian-nuclear-power-unsanctioned-is-prospering-worldwide-266160/
Delay to small nuclear reactors as ministers battle over costs

Sunday January 08 2023, 12.01am GMT, The Sunday Times Harry Yorke
A funding deal for the first fleet of mini nuclear reactors is not expected to materialise for at least another 12 months, amid a row in government over the cost of Britain’s wider nuclear ambitions.
Last year, in order to triple domestic nuclear capacity to 24 gigawatts by 2050 — a quarter of the UK’s projected electricity demand — Boris Johnson set out plans for eight new large reactors alongside the development of small modular reactors (SMRs).
The government also announced the formation of Great British Nuclear (GBN), a body responsible for helping to deliver the next generation of reactors and SMRs by identifying potential sites, developers and investors.

At present only one plant, Hinkley Point C, is under construction, with the financing and final investment decisions on Sizewell C still pending. However, even though all but one of the UK’s existing plants are set to be shut down by the end of the decade, the government’s nuclear strategy now appears at risk of stalling amid internal disagreements.
In particular, Whitehall sources have revealed that there remains significant uncertainty over the scale of state investment in SMRs. Rolls-Royce, which has created designs for a 470 megawatt SMR and wants to
begin building factories, has called for ministers to enter funding talks and start placing orders. Rolls is understood to be seeking a commitment for four initial SMRs at a cost of about £2 billion each, which it
believes would unlock orders from interested foreign buyers.
But a senior government source said the Treasury would not sign off on any orders or significant funding until the technology had approval from the Office for Nuclear Regulation, which is not expected until 2024.
While the government has already invested £210 million in Rolls’s technology, the Department for Business, Energy and Industrial Strategy (BEIS) is also still assessing whether its competitors, including GE Hitachi, may offer “more viable” alternatives.
Insiders have signalled that the government may opt to launch yet another competition to gather further evidence before any firm deals are struck. More broadly, Treasury ministers harbour big concerns over the
costs associated with GBN, which officials have warned is billions over budget. While officials expect GBN to be announced early this year, after months of delays, the internal wrangling could lead to changes to both the body’s scope and funding.
Times 8th Jan 2023
Pentagon pressures NATO allies to boost arms flow to Ukraine

January 8, 2023, Rick Rozoff Interfax-Ukraine January 7, 2023 https://antibellum679354512.wordpress.com/2023/01/08/pentagon-pressures-nato-allies-to-boost-arms-flow-to-ukraine/
USA to seek from its allies to expand military aid to Ukraine – Pentagon
U.S. Secretary of Defense Lloyd Austin, (pictured above) in a phone conversation with his Ukrainian counterpart Oleksiy Reznikov, said the United States will convince its allies of the need to increase military assistance to Kyiv, according to the Pentagon.
Austin reaffirmed its commitment to encouraging allies and partners to provide additional air defense systems, combat vehicles and other critical capabilities to support Ukraine.
Arms flow to Ukraine
Date: January 8, 2023Author: Rick Rozoff0 Comments
Interfax-Ukraine
January 7, 2023
USA to seek from its allies to expand military aid to Ukraine – Pentagon
U.S. Secretary of Defense Lloyd Austin, in a phone conversation with his Ukrainian counterpart Oleksiy Reznikov, said the United States will convince its allies of the need to increase military assistance to Kyiv, according to the Pentagon.
Austin reaffirmed its commitment to encouraging allies and partners to provide additional air defense systems, combat vehicles and other critical capabilities to support Ukraine.
At the same time, the U.S. minister said assistance would be provided “as much as needed.”
The Pentagon also said Austin had already discussed with German Defense Minister Christine Lambrecht ways to increase assistance in the run-up to the meeting of the Ukrainian Defense Contact Group in Ramstein, Germany.
Austin appreciated Germany’s decision to provide Ukraine with a Patriot air defense battery and Marder infantry fighting vehicles.
According to Ukrainian Ambassador to the United States Oksana Markarova on her Facebook page, in addition to a new $3.075 billion U.S. military aid package for Ukraine, Washington provides “$682 million in additional foreign military funding to stimulate and compensate for the transfer of military equipment to Ukraine from allies and partners”.
Ukrainian News
January 7, 2023
Defense Minister Reznikov discusses new military aid to Ukraine with Pentagon head Austin
Defense Minister Oleksii Reznikov announced that he discussed the details of the new U.S. aid package to Ukraine with his American colleague Lloyd Austin.
We discussed the details of the new U.S. security assistance package for Ukraine and the next Ramstein-style meeting with Lloyd Austin,” Reznikov emphasized.
According to the head of the Ministry of Defense of Ukraine, this largest the United States’ aid package gives Ukraine “new opportunities to liberate our territory in the east and south.”
Return to studying baby teeth for radioactivity from nuclear weapons and nuclear facilities

St. Louis baby teeth study sparked nuclear test ban 60 years ago
Now, the baby tooth study from decades ago carries new life in the form of a Harvard study.
by: Joey Schneider, Jan 7, 2023 https://fox2now.com/news/missouri/st-louis-baby-teeth-study-sparked-nuclear-test-ban-60-years-ago/
ST. LOUIS – A famous study involving the baby teeth of St. Louis area children helped lay the foundation for a treaty to ban atmospheric nuclear testing 60 years ago.
A group of scientists, led by physician Louise Reed and St. Louis-area professor Barry Commoner, launched the study in December 1958 through the Greater St. Louis Citizen’s Committee for Nuclear Information. The mission: To determine whether radioactive fallout and nuclear energy had a negative impact on children’s health.
From 1958 to 1970, researchers collected more than 320,000 baby teeth of children from various ages, primarily from those in the St. Louis area.
The study followed a 1956 report from the U.S. Public Health Service, which hinted that St. Louis and other Midwestern cities could have alarming levels of radioactivity in water, air and milk following above-ground nuclear tests around the United States. In the decade leading up to that, officials had moved forward with nearly 100 nuclear tests, some that happened above-ground and spurred concerns of exposure, according to the Arms Control Association.
Preliminary case studies determined that children born in 1963 had levels of strontium 90, a radioactive isotope found in bomb fallout, nearly 50 times higher than children born in 1950. A limited study published by Science Magazine in 1961 presented similar findings.
“The immediate radiation danger moved public opinion, which influenced Congress to pass and President John F. Kennedy to implement the Limited Test Ban Treaty in 1963,” said the Missouri History Museum on the research. “They knew that a by-product of nuclear weapons testing is death-dealing, cancer-causing radiation. Some elemental isotopes last for thousands of years while others decay quickly, but airborne debris drifts for miles from explosions, falling onto food and water.”
Kennedy campaigned for president in strong opposition to nuclear testing, according to the John F. Kennedy Presidential Library. However, he entered his term at the height of the Cold War and faced mounting pressure after the Soviet Union conducted dozens of above-ground nuclear tests. In 1962, he reluctantly announced that the United States would resume atmospheric testing.
As Kennedy attempted to negotiate a ban on such testing, the findings of the St. Louis baby tooth study came to his attention. Negotiations to end atmospheric radioactive testing, the issue at the center of the baby tooth study, intensified midway through 1963.
By July, Kennedy had reached an agreement with the Soviet Union to exclusively conduct nuclear tests underground. By August, government officials from the Soviet Union, the United Kingdom, and the United States gathered in Moscow to sign what is officially known as the “Treaty Banning Nuclear Weapon Tests in the Atmosphere, in Outer Space and Under Water” or “Partial Test Ban Treaty.”
“Let us if we can step back from the shadows of war and seek out the way of peace. And if that journey is 1,000 miles or even more, let history record that we, in this land, at this time, took the first step,” said Kennedy on the agreement in a televised speech on July 26, 1963.
The initial baby tooth study continued through 1970. A research team acquired 85,000 of the tested teeth for a 2001 analysis that concluded 12 children who died of cancer had strontium 90 levels twice as high as others alive during the time of research. Some scientists denounce those findings to this day.
Now, the baby tooth study from decades ago carries new life in the form of a Harvard study. Researchers hope to collect tens of thousands and determine a possible connection between metals and cognitive decline at an older age. Harvard neuroscientist Marc Weisskopf launched the study in 2021, and one survey for the project remains ongoing.
According to a report from DrBicuspid.com, Japanese filmmaker Hideaki Ito is also working on a documentary about the original study and visited St. Louis last year for some groundwork.
Coal Boss Compiles Lastest Nuclear Dump Report for Government who have just Approved his Coal Mine.

Originally posted on Keep Cumbrian Coal in the Hole: High Level Cronyism and Corruption – Coal and Nuclear Waste Still not raising an eyebrow in the press or by NGOs is the fact that the coal boss Mark Kirkbride is the Government’s key advisor on the dumping of nuclear wastes in big holes. The latest…
Coal Boss Compiles Lastest Nuclear Dump Report for Government who have just Approved his Coal Mine. — RADIATION FREE LAKELAND
Australia’s contribution to AUKUS should be a next generation conventional submarine

By Kym Bergmann, 08/01/2023 https://asiapacificdefencereporter.com/australias-contribution-to-aukus-should-be-a-next-generation-conventional-submarine/
Sherlock Holmes teaches us that when all possible explanations have been eliminated, the only remaining answer – no matter how improbable – must be correct. As prospects are diminishing that Australia will be able to receive a nuclear-powered submarine before the 2050s, policy makers are faced with two choices: do nothing, or fast track something that will add significantly to the undersea warfare capabilities of the three AUKUS partners.
The latest development is that two US Senators – one serving and one just retired – Democratic Chair of the Senate Armed Services Committee Jack Reed and his Republican predecessor Senator James Inhofe, have warned that the US does not have the capacity to build submarines for Australia. Previously, Australian officials have dismissed any negative commentary about the nuclear submarine plan as “noise”, but this is getting hard to ignore.
Maybe the report by the nuclear-powered submarine task force due in March will prove the critics wrong, but unless it comes up with a concrete schedule with dates, legally enforceable commitments and so on, Australia needs to have a Plan B. A document that emphasises intentions, good will, more discussions, dialog, harmonising requirements, committees, and further investigations gets us nowhere.
Even the most vocal critics of conventional submarine technology concede that they nevertheless retain some performance advantages, such as in complex, shallow water littoral environments. They are also comparatively cheaper to build and – depending on their size and complexity – a nation can acquire at least three conventional submarines for every nuclear-powered boat.
A new generation fleet of Australian conventional submarines could see some of them permanently based in Guam – or even Japan – making an important contribution to USN-led coalition operations in areas such as the South China Sea. Some could also travel to the UK, though what contribution they could make to joint security from there is unclear, but the gesture might be politically worthwhile.
A commitment to actually doing something to help ourselves would also go over well in Washington. US figures are reportedly surprised and disappointed at the supine position of Australia, which seems to believe a solution for our defence needs will be handed to us on a platter. Why should Australia expect the US to solve our submarine problems for us? First and foremost, this a challenge to be met by the sovereign Australian government and not offshore it like some sort of strategic help line.
The quickest solution for Australia would be to forget about the Collins Life of Type Extension due to start in 2026 and fast track the local construction of the South Korean KSS-III Batch 2 design – now owned by Hanwha – which could see boats in the water from 2030. These are long-range conventional submarines that achieve a very low indiscretion rate by using lithium-ion batteries and other advanced technologies that were never part of the cancelled Attack class program. Their endurance could be further expanded by building a resupply base on Christmas Island – surrounded by deep water and easy to protect – that would give them an extra 25% time on station.
Another option would be a Next Generation Collins class – a larger version of the Swedish A26 submarine, similar to the one favoured to be chosen by the Netherlands to meet their need for a long-range oceanic submarine. A Third Generation Collins in the 2050s could be nuclear-powered, with the involvement of both the US and the UK. That’s called long term planning and is probably closer to the spirit of AUKUS because it would contribute to sovereign capability.
For all the boosters of nuclear-powered submarines, we say this: unless Australia has a highly skilled construction base, we will be condemned to forever seeking to buy them from the US or the UK – and, as we are witnessing, the chances of that ever happening are receding. As those two nations learned from the Sea Wolf and Astute programs, without a continuous submarine construction program, the loss of skills can be catastrophic.
The only sure way to guarantee that Australia will be able to build nuclear powered submarines – other than the reactors themselves – is to be able to transition from building large, advanced conventional submarines to something with a different propulsion system. Put simply: those arguing that an interim submarine is too inconvenient are condemning to death the idea of the local build of a nuclear-powered boat. We will need a skilled, experienced, existing workforce, existing program management and existing local supply chains.
The only sure way to guarantee that Australia will be able to build nuclear powered submarines – other than the reactors themselves – is to be able to transition from building large, advanced conventional submarines to something with a different propulsion system. Put simply: those arguing that an interim submarine is too inconvenient are condemning to death the idea of the local build of a nuclear-powered boat. We will need a skilled, experienced, existing workforce, existing program management and existing local supply chains.
From the fossil fuel frying pan into the fission fire

“Coal to Nuclear” plan is old thinking at its worst
From the fossil fuel frying pan into the fission fire — Beyond Nuclear International
Another smokescreen that obscures real climate solutions
By Linda Pentz Gunter
They’ve given it a snappy little acronym, one that is perhaps supposed to masquerade as a sort of scientific-sounding calculus — C2N. After the failure of the much-trumpeted “nuclear renaissance” that never was, the nuclear lobby and its federal lackeys have come up with another PR clunker — Coal 2 Nuclear (hence, C2N). In reality, this is less C2N than CPR for an ailing nuclear power industry.
Unfortunately, to arrive at this dangerously out-of-touch scheme, our tax dollars had to be wasted on yet another U.S. Department of Energy (DOE) report. Its conclusion was that, “hundreds of U.S. coal power plant sites could convert to nuclear power plant sites, adding new jobs, increasing economic benefit, and significantly improving environmental conditions.”
Notice the word “could” though. Not “will”. Because it’s more of the same aspirational irrationality that is driving the small modular reactor fantasy in the first place, the version of nuclear power that would supposedly dot the defunct coal plant landscapes.
The DOE study was conducted by Argonne National Laboratory, Idaho National Laboratory, and Oak Ridge National Laboratory. Their self-interested conclusions then, come as no surprise.
C2N is enough to make you despair — or confirm your pre-existing suspicions — that our leadership is blind and deaf to the reality of the climate emergency we are facing. They are truly mired in the mud of outdated thinking, clinging to failed and foolish energy plans that have long been supplanted by demonstrably better, faster, cheaper, safer and more workable options, ergo renewable energy, energy efficiency and conservation.
More than 3 million of the 7.8 million jobs in the US energy sector are in areas aligned to America’s goal of being carbon neutral by 2050”, reported the World Economic Forum in July 2022. “This means renewable energy jobs in 2021 accounted for around 40% of total energy jobs.”
But no, the DOE would rather spend decades dangling before depressed coal communities the false promise of “new jobs” and “economic benefits” in a phantom new nuclear sector. It’s a con and the worst form of betrayal and guess whose fingerprints are all over this?
With C2N, Senator Joe Manchin of West Virginia (Democrat in name only and with his pockets full of coal money), is throwing his most deprived constituents under a petroleum-powered bus. He is leading those who need work today down a long and winding road to C2N that will deliver little if anything and nothing anytime soon.
All of this is in line with a collective madness that appears to have taken over significant swaths of human society. In November, UN General Secretary, António Guterres, desperate to steer us away from our final precipice, issued his most strident and urgent warning yet:
“We are in the fight of our lives and we are losing … And our planet is fast approaching tipping points that will make climate chaos irreversible,” Guterres said. “We are on a highway to climate hell with our foot on the accelerator.”
He was speaking at the opening of the COP27 UN climate summit in Egypt, or the “COP-out” as some cynics prefer to call it, given the abject failure of these annual meetings to ensure enforcement of the pledges made, albeit most are still woefully inadequate.
The US DOE meanwhile, prefers to dwell in the dark ages of denial. “A coal to nuclear transition could significantly improve air quality,” the department alleged in its report. But this ignores the fact that nuclear power plants and the nuclear fuel chain routinely release radioactivity, especially dangerous to children. Among more than 60 epidemiological studies worldwide, most found increases in rates of leukemia among children under five living near nuclear power plants. The rates increased the closer children lived to the plant.
And it ignores the fact that air quality could be improved faster and more significantly by shifting from coal to renewables rather than to nuclear, thereby also avoiding the cancer-causing emissions delivered by nuclear power.
Of course, “air quality” would be rendered meaningless if/when one of the C2N plants suffers a serious accident. Such an event would release large amounts of fast-traveling radioactive iodine-131 gas, followed by clouds of heavier radioactive fallout such as cesium and strontium. A major disaster, such as those at Chernobyl in 1986 and Fukushima in 2011, even released “hot” particles such plutonium into the environment.
This outcome is made even more likely by virtue of the reactor choices for these C2N sites, which include small modular reactors, sodium-cooled fast reactors and very high temperature reactors, all designs vulnerable to fires, leaks, explosions and other major failures.
Needless to say, a C2R program (Coal to Renewables), the most obvious choice staring our federal government in the face, just wasn’t even on the cards. That would have meant relinquishing the stranglehold —and renouncing the pocket-lining dollars — of the big fossil fuel and nuclear corporations.
As M.V. Ramana and Cassandra Jeffery noted with such precision on these pages, the powers that be are “far more devoted to maintaining the current system for as long as it is feasible,” rather than exploring genuine climate solutions.
C2N preserves that status quo, operating inside a spectacularly failed system that, nevertheless, continues to enrich the already wealthy and preserve the monopoly enjoyed by large, inflexible and already obsolete forms of energy production such as nuclear power.
An argument made by these entrenched establishment forces is that moving from coal to nuclear allows for a continued electricity supply system that is “always on”, reinforcing the myth that base load energy is somehow beneficial.
Nuclear reactors “run uninterrupted,” Maria Korsnick, head of the industry lobbying group, Nuclear Energy Institute, told an audience of Purdue University students in October when stumping for C2N. “Every hour of every day, rain or shine.”
But, as George Harvey explained in CleanTechnica: “Base load power may supply the electricity in the middle of the night in many cases, but power from other sources could be used instead.” Clinging to base load is related to cost, not demand and efficiency.
Already back in 2017, the Brattle Group conducted an analysis for the Senate Energy and Natural Resources Committee — Advancing Past “Baseload” to a Flexible Grid, in which the group concluded that the base load concept was outdated. Base load, it said, has now been left behind by the economics of a changing electricity landscape that have rendered it “no longer very relevant”.
Much more efficient, said the report, is an electricity demand and supply met with high renewable generation. In their graph illustrating this, nuclear power is nowhere to be seen.
And of course, nuclear power invariably doesn’t “run uninterrupted.” It must power down or off during violent storms, droughts or heatwaves, or due to offsite grid instability, and shut down for extended periods during refueling and maintenance. And, as exemplified most recently by France, it can simply break down altogether for extended periods.
If the C2N reactors ever do happen, it will be decades in the future. By then, those who needed the work in the 2020s, falsely promised by C2N, will be retired or deceased. Our coastlines may well be underwater. If we did enough in time to save ourselves, we will be on smart grids using distributed generation.
“Nuclear energy is going to create incredible new career opportunities all over the country,” Korsnick told the Purdue students. According to the dictionary definition, “incredible” means “not credible; hard to believe”. That about sums it up.
Linda Pentz Gunter is the international specialist at Beyond Nuclear and writes for and curates Beyond Nuclear International.
Sizewell C: How will the £20billion plant be fully-funded?
Campaigners will have their day in court to challenge the “woeful
decision” to give the go-ahead to the Sizewell C nuclear plant – just part
of a challenging year ahead for the huge project.
The government approved the £20billion-plus twin reactor on the Suffolk coast last summer and has
already pledged £700million of public money towards it along with a levy
on power bills.
But that still leaves huge decisions to be made as to where
the rest of the money will come from and how the power plant – which will
provide electricity for six million homes – will be fully funded.
Ministers say the financial investment decision (FID) will be made in this parliament
– which means in the next two years, though it could come sooner than that.
Construction work on the reactors will start soon after. Early work this
year will continue on the main development site and also to relocate some
buildings at Sizewell B to make room for Sizewell C.
East Anglian Daily Times 4th Jan 2023
https://www.eadt.co.uk/news/23225503.sizewell-c-will-20billion-plant-fully-funded/
SMRs – an oversold hype?
https://renewextraweekly.blogspot.com/2023/01/smrs-oversold-hype.html 8 Jan 23 Writing in the venerable US journal Bulletin of the Atomic Scientists, Markku Lehtonen takes at look at Small Modular Reactors (SMRs), warning that they may be being oversold. He says ‘Despite the boost from the Ukraine crisis, it is uncertain whether SMR advocates can muster the political will and societal acceptance needed to turn SMRs into a commercial success. The economic viability of the SMR promise will crucially depend on how much further down the road towards deglobalization, authoritarianism in its various guises, and further tweaking of the energy markets the Western societies are willing to go. Moreover, the reliance of the SMR business case on complex global supply chains as well as on massive deployment and geographical dispersion of nuclear facilities creates its own geopolitical vulnerabilities and security problems’.
A key issue for the selling of SMRs is ease of deployment . Well it may not be as easy as some hope, although the US Nuclear Regulatory Commission has recently moved to allow ‘advanced nuclear plants’ to be built in thickly populated areas. The NRC decision entitled ‘Population-Related Siting Considerations for Advanced Reactors,’ was passed subject to one vote against from Commissioner Jeffery Baran, who said ‘multiple, independent layers of protection against potential radiological exposure are necessary because we do not have perfect knowledge of new reactor technologies and their unique potential accident scenarios… Unlike light-water reactors, new advanced reactor designs do not have decades of operating experience; in many cases, the new designs have never been built or operated before.’
There may be other ways for NRC to smooth the path ahead . NIRS/WISE Nuclear Monitor 904, reports on the views of Dr Ed Lyman, from the US Union of Concerned Scientists, who says SMRs and Advanced Modular Reactors are likely to be expensive and he lists some other possible ways to ‘cut corners on safety & security to cut costs’, that the industry would like NRC to consider. Here are some of them:
• Allow nuclear power plants to have a ‘small containment-or no physical containment at all’.
• No offsite emergency planning requirements.
• Fewer or even zero operators.
• Letting the plants have ‘fewer NRC inspections and weaker enforcement.’
• ‘Reduced equipment reliability reporting.’
• ‘Fewer back-up safety systems.’
• ‘Regulatory requirements should be few in number and vague.’
• ‘Zero’ armed security personnel to try to protect an advanced nuclear plant from terrorists.
We are almost talking about a ‘wild west’ free for all! Hopefully some sense will prevail. And a more balanced view of possibilities, risks and benefits will be taken, in the US, and also in the UK, where there are plans for developing 20-30 PWR-type SMRs as part of the UK plan to triple UK nuclear capacity by 2050.
Will it really happen? There certainly are a lot of very different ideas being mooted, beyond just mini-versions of Pressurised Water-cooled Reactors, including sodium cooled fast neutron reactors, molten flouride salt reactors, and high temperature helium cooled reactors. But as I explored in my recent book, looking back how these ideas emerged and were then abandoned in the early days of nuclear experimentation, I’m not convinced that any of the new nuclear, variants large or small, has much of a future. Renewables are arguably a far better bet. And I’m not alone in thinking that SMRs are not the way ahead.
Russian computer hacking team targeted 3 USA nuclear weapons facilities
A Russian hacking team known as Cold River targeted three nuclear research
laboratories in the United States this past summer, according to internet
records reviewed by Reuters and five cyber security experts.
Between August and September, as President Vladimir Putin indicated Russia would be
willing to use nuclear weapons to defend its territory, Cold River targeted
the Brookhaven (BNL), Argonne (ANL) and Lawrence Livermore National
Laboratories (LLNL), according to internet records that showed the hackers
creating fake login pages for each institution and emailing nuclear
scientists in a bid to make them reveal their passwords.
Reuters 6th Jan 2023
https://www.reuters.com/world/europe/russian-hackers-targeted-us-nuclear-scientists-2023-01-06/
Sizewell C Nuclear Project’s biggest stumbling block is its funding problem.
Everything you need to know about the future of Sizewell C power station
in 2023.
Sizewell C’s biggest stumbling block surrounds its funding. The
government’s £700 million commitment is merely a small amount of the
estimated final cost, which is likely to run above £25 billion.
In November, Business, Energy and Industrial Strategy Secretary Grant Shapps
confirmed that the government had bought out China General Nuclear’s stake
in the project. However, it’s reported that around 60 per cent of the
funding is yet to be found. Most of the returns for the investors will come
when they sell electricity to businesses and households around the UK.
However, the government has also said that it will allow investors in new
nuclear to get money through the so-called Regulated Asset Base model.
Suffolk Live 5th Jan 2023
https://www.suffolklive.com/news/suffolk-news/everything-you-need-know-future-7989137
Dear US Congress, thank you for saving Australia from itself

by Rex Patrick | Jan 7, 2023 https://michaelwest.com.au/dear-us-congress-thank-you-for-saving-australia-from-itself/
Is “bad news” out of US Congress about an AUKUS nuclear submarine deal a blessing in disguise? Former submariner and senator Rex Patrick says US politicians, though acting in the interests of the US, may save Australia from itself, and $170 billion too.
We are concerned that what was initially touted as a ‘do no harm’ opportunity to support Australia and the United Kingdom and build long-term competitive advantages for the US and its Pacific allies, may be turning into a zero-sum game for scarce, highly advanced U. SSNs,” wrote the Democrat and Republican heads of the Senate Armed Services Committee.
“Over the past year, we have grown more concerned about the state of the US submarine industrial base as well as its ability to support the desired AUKUS SSN [Nuclear Submarine] end state”.
“We believe current conditions require a sober assessment of the facts to avoid stressing the US submarine industrial base to the breaking point.”
These two Senators have nailed it.
Scotty’s greatest marketing moment
The AUKUS submarine was a ‘brain fart’ of Prime Minister Scott Morrison who was facing disquiet within the Liberal Party ranks (I know; as a Senator and submariner, they were raising the issue with me) over the French designed Attack Class replacement submarine program.
It was an idea supported by a Defence Department which had, in the 12 years since the future submarine project had been initiated, spent five billion taxpayer dollars delivering no submarine, and more than $8.5 billon on other failed projects.
On the morning of September 16, 2021, Morrison stood up in a stage-managed announcement staring US President Biden, then UK Prime Minister Boris Johnson and Morrison. Apart from the fact that President Biden didn’t know Morrison’s name, it was Morrison’s greatest ‘Scotty from Marketing’ moment.
While waving a big and distracting nuclear submarine hand to the camera, his other hand was behind his back silently putting a death to the French submarine program, something that would very shortly after cause a diplomatic rift between Australia and France.
Then opposition leader, Anthony Albanese, was given a briefing on AUKUS and the new submarine plans just 24 hours prior to the announcement. In the face of the oncoming election, Albanese made the political call to give the announcement Labor’s full support. Indeed, pursuing a ‘small target’ political strategy, Labor was embarrassingly desperate to avoid a fight about national security.
Not good for Australia
It was only after the dust had settled that the right questions started to be asked; simple questions like how much, when and where?
The cost soon emerged. The French submarine program has taken an expensive $50 billion submarine program and blown out to an unaffordable $90 billion. The AUKUS submarine was to invoke a cost ‘chain reaction’, coming in at a bankrupting $170 billion. We were jumping out of the financial frying pan and into the fire.
2040 what?
The commissioning date soon emerged. 2040! Noting the rationale for the switch from a French to an AUKUS program was the rising geo-political tension in our regions, the AUKUS submarine was to be delivered even later that the French solution. In an environment where Defence itself had warned our defence procurement warning time had been reduced to less than 10 year, it made no sense to embark on a program that delivers a first capability in 20 years.
Then the build discussions started. The nuclear submarine was not to be built in Australia, rather the US. We were going to sell out Australia industry, and in particular our hard-won competent submarine sustainment industry. We were going simply export $170B, most of the jobs and a sovereign capability the taxpayer had spent billions developing.
Not good for the US either
And the US Congress is now coming to the realisation that the AUKUS program will not be good for the US either.
Supporting Australia’s submarine program will put even more pressure on the US submarine industry trying to build 12 new Columbia Class ballistic missile submarines and meet the demands of supplying the US Navy with its own Virginia Class submarines.
This is not surprising. The US Congressional Research Service has been issuing reports for the better part of a decade that highlight the growing pressures on and limited capacity of the two American submarine construction facilities. The industrial capacity problem is already acute.
The old Los Angeles Class submarines are retiring faster that the Virginias can be brought online.
Now the Senate Armed Services Committee has finally realised what would be involved in supporting the AUKUS submarine.
Please help pal!
Not having built or operated nuclear submarines before, and as the only country in the world that would be operating nuclear submarines without an established nuclear power industry, Australia’s dependency on the US would be significant. Training, shipbuilding, operating and maintaining a nuclear submarine, nuclear safety … we would need a lot of help with all of it.
We are talking about nuclear reactors. The US can’t half commit to this. AUKUS nuclear submarines will be a considerable distraction to the entire US submarine enterprise at a time when they don’t need distraction.
But the public concerns of the senators only tell half the story.
China conflict looms, before the subs arrive
Conflict between the US and China is more likely to occur in the next decade, than in the 2040’s when a first AUKUS nuclear submarine would be fully operational.
A decision by the US to support an AUKUS nuclear submarine would be a decision resigning their close Asia-Pacific ally to the operating of ageing Collins class submarines in the very period a high-end submarine partnering capability was needed most.
Stupid and stupider, but political momentum
The whole AUKUS nuclear submarine thing has a political momentum about it which will bring about national security downsides for both countries.
As indicated above, the Labor Party leadership signed up to this massive project on 24 hours’ notice and little information. Now, completely captured by the ‘Department of Largely Failed Procurement and No Accountability’, Albanese, Defence Minister Richard Marles and Defence Industry Minister Pat Conroy have been supplied with a full barrel of naval Kool Aide, and they’re chugging it down.
Cold hard analysis, such as that being conducted by the US Congress, might be the only thing that saves Australia from itself.
Analysis Shows U.S. Wind and Solar Could Outpace Coal and Nuclear Power in 2023
EcoWatch By: Common Dreams, January 8, 2023, By Jake Johnson
A new analysis of federal data shows that wind and solar alone could generate more electricity in the United States than nuclear and coal over the coming year, critical progress toward reducing the country’s reliance on dirty energy.
The SUN DAY Campaign, a nonprofit that promotes sustainable energy development, highlighted a recently released U.S. Energy Information Administration (EIA) review finding that renewable sources as a whole—including solar, wind, biomass, and others—provided 22.6% of U.S. electricity over the first 10 months of 2022, a pace set to beat the agency’s projection for the full year.
“Taken together, during the first ten months of 2022, renewable energy sources comfortably out-produced both coal and nuclear power by 16.62% and 27.39% respectively,” the SUN DAY Campaign noted Tuesday. “However, natural gas continues to dominate with a 39.4% share of total generation.”…………………… more https://www.ecowatch.com/wind-solar-outpace-nuclear-coal.html
Nuclear fusion may change our world but renewable energy sources will save it: experts
Harnessing nuclear fusion could take more than 40 years, while some solutions already exist
Rossland News, Jan. 8, 2023 By Rachel Morgan, Local Journalism Initiative Reporter, The Pointer
We are living through unprecedented times……………. we are also.. living through unprecedented technological times…….
But experts are already warning that `nuclear fusion’ technology, suddenly being heralded by many as the panacea, the great answer to our planetary climate problem, should not distract from the critical role renewable energy sources are already playing in our quest to cleanse Earth.
While some forms of renewable energy have been used as far back as 2,000 years ago when the Greeks built water mills to turn grains into flour, modern renewable energy technologies first began to take shape over the 19th and 20th centuries. It wasn’t until the turn of the 21st century that technologies like wind turbines and solar panels reached the point of viability as wide scale sources of energy. According to the International Energy Agency (IEA), renewable sources of energy are now, collectively, on track to surpass coal as the number one generator of electricity by 2025.
A month ago, everything changed. Suddenly, the entire conversation around alternative energy has been shifted, forever……………..
When news broke [of a “breakthrough ” in nuclear fusion] there was a sigh of relief across the globe. Immediately, articles began circulating about salvation for the planet as fusion would, inevitably, power a clean energy grid.
But as the novelty of the remarkable breakthrough begins to wear off, researchers and scientists are already wary of the potential negative consequences.
“I was not overly optimistic,” Jean-Thomas Bernard, a visiting professor in the Department of Economics and the Institute of the Environment at the University of Ottawa, says. His expertise deals with the economics of energy use and he addressed the potential of nuclear fusion. “It is a good idea to proceed with developing, doing research on that line. But we are very far from seeing commercial plants being built.”
His concern, like many others in the growing fields dedicated to finding solutions for the most pressing environmental issues, is the danger of being distracted by a silver bullet, especially one that might arrive too late.
It could take more than 40 years before nuclear fusion can be harnessed and scaled to create the amount of electricity needed to change the game. Meanwhile, alternatives that are already doing this, could be suddenly overlooked, in favour of a technology that won’t be ready before catastrophic climate change alters Earth, forever.
Currently, there is research and testing into two different methods to create the type of nuclear fusion the California experiment produced. Both rely on heavy forms of hydrogen which are compressed until they fuse together emitting energy that can create steam to turn a turbine. The process used at the NIF lab relied on laser beams directed at the elements, which needed about 99 percent more energy to actually operate them than what was ultimately produced (the ignition event only measures the energy gain from the laser output, not the electricity required to run the laser machines).
Another process being experimented with across the globe, including in British Columbia, uses magnetic force to create the pressure and heat needed for the elements to fuse. It is unclear which process will result in the biggest gains, using the least amount of initial energy input. It’s also unclear which of the two methods might be realistically scalable, to use for global electricity production. Scientists have also said it is hard to predict how long it will take to advance current technology around each method to the point when nuclear fusion can be widely generated to create energy for everyday human use.
Experts agree it could still be decades before we see fusion contributing to our electricity grid…………
One fear is the nuclear fusion breakthrough will siphon off investments and detract attention from current renewable alternatives, just as those technologies are becoming more and more viable.
Late last year the International Energy Agency released a report with an accompanying article, headlined: “Renewable power’s growth is being turbocharged as countries seek to strengthen energy security”.
…….. Global renewable power capacity is now expected to grow by 2,400 gigawatts (GW) over the 2022-2027 period, an amount equal to the entire power capacity of China today, according to Renewables 2022, the latest edition of the IEA’s annual report on the sector.” https://www.rosslandnews.com/opinion/opinion-nuclear-fusion-may-change-our-world-but-renewable-energy-sources-will-save-it-experts/
Nuclear weapons and the resistance to reality
Rev. Peter Kakos, Northampton 8 Jan 23 https://www.gazettenet.com/Letter-to-the-editor-49451478
In response to J.M. Sorrell’s perceptive litany, “Resistance to reality,” (Gazette, Jan. 4), permit me to add our decades’ long blind eye to the terrifying global presence of nuclear weaponry, the summation of which keeps us held captive to the harshest fact: that we are poised for extinction.
What degree of madness possesses our citizenry to remain inured to this ominous threat to all humanity, let alone our own beloved homeland? Like it or not, the studied estimates inform us that only two percent of the current number of roughly 7,000, are needed to virtually extinguish civilization. (see the thorough analysis of the Physicians For Social Responsibility’s 5-year-long Back From The Brink campaign).
Today, not tomorrow, the nuclear abolition cause has eight billion reasons to demand to know what rude awakening will it take to overcome this ultimate resistance to reality?
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