nuclear-news

The News That Matters about the Nuclear Industry Fukushima Chernobyl Mayak Three Mile Island Atomic Testing Radiation Isotope

Talking football pitches but not in Qatar

thttps://www.nuclearpolicy.info/news/talking-football-pitches-but-not-in-qatar/ 5 Dec 22, Whilst the World Cup action on the pitch in Qatar is the current focus of many millions of fans of ‘the beautiful game’, the UK/Ireland Nuclear Free Local Authorities are seeking out the answer to a football-related question much nearer to home. 

Rolls-Royce has been talking big about the prospects for its so-called Small Modular Reactors in recent days, but everyone remains confused as to how big the reactor is. Although the intended power output is clear, at 470 MW being roughly compatible with a first-phase Magnox nuclear reactor, various media articles have reported the SMR as occupying a surface area amounting to between ‘one and a half and ten football pitches’.

Football’s world governing body, FIFA, sets international standards for the dimensions of playing pitches based on metres, but even these are at variance. The length of a pitch can be between 90 metres and 120 metres from goal line to goal line and the width between 45 metres and 90 metres.

Quite a difference, so the NFLA decided they want to use Wembley Stadium with a playing pitch of 105 metres by 68 metres as a reference football pitch most people can relate to.

The Chair of the UK/Ireland Nuclear Free Local Authorities Councillor David Blackburn has just written to Tom Samson, Chief Executive Officer of Rolls-Royce SMR, seeking out the answer.

Councillor Blackburn said “If we do not know how big it is we do not know what we are dealing with, and it is way overdue for Rolls-Royce to provide clarity. With the FIFA standard size of a football pitch being variable, we have gone for Wembley Stadium as a reference most people, whether football fans or otherwise, can relate to. We have asked how many ‘Wembley’s’ will the SMR fill? It is now over to Mr Samson to respond. We shall of course bring you the final score when we have it.”

December 5, 2022 Posted by | Small Modular Nuclear Reactors, UK | Leave a comment

Australia a”pot of gold” for America’s military section to wage war in space

US Space Force eyes ‘prime’ Australian real estate for future warfare operations, ABC News, By defence correspondent Andrew Greene 3 Dec 22

Visiting senior US military officers believe Australia is a “pot of gold at the end of the rainbow”, as they eye off this continent’s “prime” geography for future space operations.

Key points:

  • US military officials visiting Australia say conflict in space in the next few years is a very real prospect
  • They believe the war in Ukraine is demonstrating the growing importance of space as a new war-fighting domain
  • Australia’s southern location and potential launch sites near the equator make it an attractive prospect for future operations

Top-ranking members of the US Space Force are warning of China’s growing capability in the emerging military domain as they meet defence counterparts and local industry representatives.

“I’m visiting my allies and we’re talking about future partnerships that we can have,” US Space Force Lieutenant-General Nina Armagno told reporters in Canberra.

“This is prime country for space domain awareness,” the director of staff of the US Space Force added while speaking at the Australian Strategic Policy Institute.  

The three-star general has travelled to Canberra along with Lieutenant-General John Shaw, the deputy commander of the US Space Command who is responsible for America’s combat capabilities above Earth……………………………..

Both of the visiting military officers believe the war in Ukraine is demonstrating the growing importance of space as a new war-fighting domain…………………………..

Australia’s own Defence Space Command was only formally stood up in March, but General Armagno says this country already has the natural advantage of its southern-hemisphere geography and potential launch sites close to the equator.

“It seems as [if] Australia is sitting on a pot of gold at the end of the rainbow, really, for our common national security interests,” she said.   https://www.abc.net.au/news/2022-12-02/us-space-force-eyes-australian-real-estate-future-warfare/101724368

December 2, 2022 Posted by | AUSTRALIA, space travel, weapons and war | Leave a comment

USA trying to use Philippines as a guinea pig for its unviable small nuclear reactors – and for military purposes.

“With recent plans by the US Department of Defense to build an advanced mobile nuclear microreactor prototype in Idaho, Manila should not allow Washington to use Philippine military bases as prototype areas for these reactors.

Save the country from the perils of nuclear reactors, NAKED THOUGHT

https://www.manilatimes.net/2022/12/03/opinion/columns/save-the-country-from-the-perils-of-nuclear-reactors/1868797

By Charlie V. Manalo, December 3, 2022

AS the United States government, invoking provisions of the Enhanced Defense Cooperation Agreement (EDCA), requests for additional military bases, five on the island of Luzon alone, the idea of the country playing host to mobile nuclear reactors is not far-fetched.

This is for the simple reason that whoever crafted the agreement made it so vague, it did not provide for any restrictions on the type of facilities and materials the US would be using in constructing its bases in the Philippines.

And this has been aggravated further by the enactment of the Public Service Law which opens the country’s airports to foreign ownership, giving the US all the resources needed to construct its own airports which it could use as military bases under the guise of a commercial airport.

Anyway, former congressman Terry Ridon, convenor of Infrawatch Philippines, sent me a copy of an article he wrote on the subject, explaining clearly its implications. It’s entitled, “Reject mobile nuclear reactors in PH bases-Infrawatch Philippines,” which I’m publishing in its entirety.

“With recent plans by the US Department of Defense to build an advanced mobile nuclear microreactor prototype in Idaho, Manila should not allow Washington to use Philippine military bases as prototype areas for these reactors.

According to an April report by The Associated Press, the US DoD ‘signed off on the Project Pele plan to build the reactor and reactor fuel outside of Idaho and then assemble and operate the reactor at the lab.’

As this is a project initiated by the US defense department, its military objectives had been disclosed by Jeff Waksman, project manager for Project Pele, saying, “Advanced nuclear power has the potential to be a strategic game-changer for the United States, both for the (Department of Defense) and for the commercial sector.”

The US DoD further said that the reactor designs are ‘high-temperature gas-cooled reactors using enriched uranium for fuel.’

PH microreactor deployment

Under the Enhanced Defense Cooperation Agreement between the Philippines and the United States, there are no restrictions to Washington on the type of facilities and materials it will construct and install in Philippine military bases, except a specific restriction against installing nuclear weapons.

However, Philippine authorities should be reminded that this restriction does not assuage fears that the country will not be involved in regional military conflicts because EDCA allows the installation of conventional military weapons which may approximate the breadth and fatal impact of nuclear weapons.

More importantly, in the event that nuclear microreactors are produced by the US DoD at scale, these small nuclear plants can, in fact, be installed in EDCA locations in different parts of the country.

This is alarming because the country has yet to decide and implement its national policy on nuclear development based on the policy direction of President Ferdinand Marcos Jr.

In fact, it needs to be made clear that nuclear microreactors in EDCA locations in the country will not be used for civilian purposes but for military objectives by the United States in the Indo-Pacific.

This distinction alone should give the current government pause on allowing nuclear microreactors to be deployed in EDCA locations in the future.

More importantly, military nuclear microreactors will allow Washington to deploy different kinds of weapons to influence the security arrangement in the South China Sea and the greater Indo-Pacific.

Military purposes

Further, as nuclear microreactors in EDCA areas will certainly be used for military purposes, this might prompt other regional actors to accuse Manila of violating the Bangkok Treaty, the treaty declaring Southeast Asia as a nuclear weapons-free zone and other weapons of mass destruction.

With a military nuclear microreactor in Philippine soil, Washington may be able to operate high-powered conventional military weapons which may be equivalent to weapons of mass destruction.

Certainly, Manila should follow its treaty obligations in the region, particularly as other strong powers are also looking at Manila to temper its pivot toward Washington.

Finally, allowing this kind of deployment in EDCA areas diminishes the current call of President Marcos to carefully proceed with nuclear research and development for civilian purposes.

The focus of the government should be considering whether nuclear energy should be part of the current energy mix and whether the Bataan Nuclear Power Plant should be revived.

It should also consider developing other aspects of nuclear technology, which can benefit health care and other critically important sectors.

As such, allowing nuclear microreactors in EDCA areas or anywhere in the Philippines should not be on the agenda.”

December 2, 2022 Posted by | Philippines, Small Modular Nuclear Reactors | Leave a comment

Small modular reactor plans to be blocked by the Scottish government

Plans to power a refinery in Scotland with a Rolls-Royce small modular
reactor (SMR) are likely to stall due to opposition from the Scottish
government. Government officials have said they will block any moves to
power the Grangemouth refinery on the Firth of Forth with a nuclear
reactor. According to the Sunday Telegraph, talks have taken place between
chemicals group Ineos and Rolls-Royce, and the two companies are understood
to have considered whether the plant could be powered by an SMR.

New Civil Engineer 30th Nov 2022 https://www.newcivilengineer.com/latest/scottish-small-modular-reactor-plans-to-be-blocked-by-government-30-11-2022/

December 2, 2022 Posted by | politics, Small Modular Nuclear Reactors, UK | Leave a comment

Ukraine’s nuclear plants face uncertain future after Russian attacks

Attacks on Ukraine’s power grid took all 15 of the nation’s nuclear reactors offline for the first time ever. Russia also retains control of Zaporizhzhia Nuclear Power Plant, the largest nuclear power station in Europe

New Scientist, TECHNOLOGY | ANALYSIS 25 November 2022 By Matthew Sparkes

Ukraine’s nuclear power stations have been caught, both politically and literally, in the crossfire ever since the start of Russia’s invasion. But this week, for the first time in history, all 15 of its nuclear reactors were taken offline by fighting.

Zaporizhzhia Nuclear Power Plant (ZNPP), near the Ukrainian city of Enerhodar, is Europe’s largest nuclear power station and has been in Russian hands since in March. The final working reactor at ZNPP was shut down in September as a precautionary measure. Nuclear plants supply power to the grid when operating, but when shut down they actually draw power from it in order to run vital cooling and safety systems, which means disruption to electricity supply is a major concern.

On 23 November, shelling of power infrastructure in Ukraine by Russian troops led to blackouts that caused emergency diesel generators to start up at ZNPP, as well as at reactors across Ukraine’s three other nuclear plants that had previously made it through the war with relatively little disruption.

In a statement on its website, Ukrainian nuclear operator Energoatom said that for the first time in the 40-year history of the Ukrainian nuclear power industry, all of its nuclear power plants were not producing power, instead relying on diesel back-up generators. Access to the national grid resumed on 25 November………………………………………..


Olena Pareniuk
, a scientist working at the Chernobyl site, says the process of restarting a nuclear power plant is long and difficult, but that the energy supply is sorely needed by Ukraine’s citizens, who are experiencing widespread blackouts across the country.

“It won’t [come in time to] help us through winter,” she says. Equipment will need to be checked, which is a job that cannot be rushed, she says. ……….  https://www.newscientist.com/article/2348196-ukraines-nuclear-plants-face-uncertain-future-after-russian-attacks/

November 30, 2022 Posted by | technology, Ukraine | Leave a comment

Ineos corporation to join Rolls Royce’s messy consortium, to push for Small Nuclear Reactors in the Great British Nuclear Swindle

 Rolls-Royce is in talks with Ineos to build a mini nuclear reactor to power the chemicals group’s Grangemouth refinery.

Rolls is heading a government-backed consortium to develop between 20 and 30 small modular nuclear reactors but is in need of customers to help to reduce the risk of the venture.

Ministers are finalising plans to support SMRs through a body called Great British Nuclear, which will be responsible for getting
planning permission and undertaking the preparation work on the new sites. Rolls’ talks with Ineos, first reported by The Sunday Telegraph, are understood to be at an early stage. Ineos’s Grangemouth refinery in Scotland is a joint venture with PetroChina and refines crude oil and produces chemicals.

 Times 28th Nov 2022

https://www.thetimes.co.uk/article/rolls-royce-in-talks-over-first-mini-nuclear-reactor-for-ineos-at-grangemouth-8dzx0pbdw

November 28, 2022 Posted by | business and costs, Small Modular Nuclear Reactors, UK | Leave a comment

Small Modular Nuclear Reactor cost overruns: the same old problems haunt new nuclear in Utah

 Much hope is being placed on Small Modular Reactors (SMR) making new
nuclear plants competitive. But David Schlissel at IEEFA summarises their
research into the publications, updates and statements coming from the
stakeholders involved with the SMR by UAMPS (Utah Associated Municipal
Power Systems) and NuScale Power Corporation that shows that costs are
going out of control, a persistent problem in the nuclear industry.

The original target power price of $55/MWh has risen to $100 (with subsidies)
and is likely to rise further by the time it’s switched on in 2030, says
Schlissel. Construction costs and delays are the main causes (as usual). So
concerned are potential customers that, since February 2022, only 101MW of
the plant’s total 462MW have been subscribed to.

It will be difficult to
secure financing for the plant without a fully subscribed project.
Meanwhile, IEEFA figures say renewable resources and battery storage will
provide reliable electricity at lower cost than the UAMPS plant, even if
the price for the power from the project is just $58 per MWh. And
renewables and battery costs are still declining.

 Energy Post 25th Nov 2022 more https://energypost.eu/small-modular-reactor-cost-overruns-the-same-old-problems-haunt-new-nuclear-in-utah/

November 25, 2022 Posted by | business and costs, Small Modular Nuclear Reactors, USA | 1 Comment

World’s Biggest Nuclear-Fusion Project Faces Delays as Component Cracks.


Cracks in a key silver-lined component are creating new delays and cost
overruns in the $23 billion project to prove whether nuclear fusion can
generate limitless clean energy.

The International Thermonuclear
Experimental Reactor, or ITER, under construction in southern France is
being funded by the European Union and countries including China, India,
Japan, Russia and South Korea. The world’s biggest experiment aims to show
that mimicking the power that makes stars shine can produce clean energy
that could help slow global warming on Earth.

But new ITER Director-General
Pietro Barabaschi warned members this week the project faces problems that
are potentially “extensive,” along with new requirements for time and
money that “will not be insignificant.”

Bloomberg 25th Nov 2022

https://www.bnnbloomberg.ca/world-s-biggest-nuclear-fusion-project-faces-delays-as-component-cracks-1.1851192

November 25, 2022 Posted by | EUROPE, technology | Leave a comment

Confusion over nuclear wastes from small modular reactors

Managing NuScale, other SMR waste will be ‘roughly comparable’ with conventional reactors, DOE labs find Utility Dive Stephen Singer, 23 Nov 22

Dive Brief:

  • Two studies differ over how much nuclear waste would be a factor with small modular reactors, or SMRs, such as those planned by NuScale and TerraPower.
  • The Argonne and Idaho national laboratories say managing waste from SMRs would have few challenges compared with traditional light water reactors. Spent fuel is thermally hot and highly radioactive, requiring remote handling and shielding.
  • A study led by Stanford University and the University of British Columbia says SMRs will generate more radioactive waste than conventional nuclear power plants…………………………… more https://www.utilitydive.com/news/smr-modular-reactor-nuclear-waste-doe-stanford-0

November 24, 2022 Posted by | Small Modular Nuclear Reactors, USA, wastes | Leave a comment

Lawmaker says Filipinos will be ‘guinea pigs’ in nuclear pact with US

ABS-CBN News Nov 24 2022

MANILA — House Deputy Minority Leader France Castro is against negotiations for a civilian nuclear pact between the United States and the Philippines, saying it poses threat to the health and safety of Filipinos.

According to the ACT Teachers party-list representative, the Filipinos will become “guinea pigs” in this nuclear energy cooperation deal known as “123 agreement”.

The pact, among initiatives announced during US Vice President Kamala Harris’s recent trip to the Philippines, can lead to the future sale of US nuclear reactors to Manila.

“The US and the Philippines agreed to have a… testing of what we call the nuclear equipment here in the Philippines,” Castro told ANC’s “Headstart” Thursday.

“So, we are being made as guinea pigs in this experiment. This would affect our health, of course, our safety and the environment,” she added.

The Makabayan bloc, led by Castro, has filed House Resolution 582 to investigate the “123 agreement”.

The group said modular or microreactor nuclear power plants are still at an experimental stage and are only legally being made in US bases…………………… https://news.abs-cbn.com/video/news/11/24/22/filipinos-will-be-guinea-pigs-in-nuclear-pact-with-us-solon

November 24, 2022 Posted by | Philippines, politics, Small Modular Nuclear Reactors | Leave a comment

USA Vice-President For the Nuclear Industry Kamala Harris on a marketing jaunt for NuScam’s Small Nuclear Reactors to Southeast Asia

Thailand, Philippines, Indonesia – nuclear reactors such a jolly idea in this earthquake ring of fire ?

US to supply Thailand, Philippines with modular nuclear reactors

BenarNews staff, 2022.11.23, Bangkok.

The United States says it will help Thailand and the Philippines with a new civilian nuclear technology to reduce climate-damaging emissions, but experts warn the final products are years away from being operational and other hurdles exist.

Plans by the U.S. to supply its longtime Southeast Asian allies with so-called small modular reactors (SMRs) were unveiled during Vice President Kamala Harris’ trip to both countries in recent days.

While attending the Asia-Pacific Economic Cooperation meetings in Bangkok last weekend, Harris launched a new clean energy partnership with Thailand.

From there, the vice president went to the Philippines where she announced that Washington and Manila were starting negotiations on the 123 Agreement, which would allow for civilian nuclear cooperation.

The U.S. nuclear technology plans for Thailand and the Philippines are firsts involving Southeast Asian nations.

The SMRs, which can be as small as a bucket and transportable, are to be constructed under “the highest standards of safety, security and nonproliferation,” officials said.

Another country in Southeast Asia that has shown interest in developing such reactors – Indonesia – appears to be looking at designs from several countries. [Never mind about the earthquakes?]

In a press release, the White House said the new partnership with Thailand would “build capacity for the secure and safe deployment of advanced nuclear reactor technologies.”

“This partnership will help Thailand take advantage of the unique benefits of SMRs that provide 24/7 reliable power, complement other clean energy sources, use a small land footprint and incorporate advanced safety features.” 


The Thai government has set a goal of Net Zero Emissions by 2065, but no timeline for the SMR partnership. Washington praised the “unique benefits” of reactors which, besides providing reliable power, also fight climate change.

Small modular reactors generally are defined as advanced nuclear reactors with a capacity of less than 300 MW, according to the International Energy Agency.

A reactor could be as small as a five-gallon (18.9-liter) bucket. The traditional design has fuel and control rods, and energy is transported through boiling water, according to NuScale, a U.S. SMR manufacturer, which estimated initial costs at about U.S. $500 million.

The agreement with Manila calls for the U.S. and the Philippines to cooperate on advanced nuclear technologies to ensure energy security as that Southeast Asian country transitions to clean energy.

Once in force, the 123 agreement “will provide the legal basis for U.S. exports of nuclear equipment and material to the Philippines. The United States is committed to working with the Philippines to increase energy security and deploying advanced nuclear reactor technology as quickly as safety and security conditions permit to meet the Philippines’ dire baseload power needs,” the White House said in a statement.

Under President Ferdinand Marcos Jr.’s father, the late dictator Ferdinand E. Marcos, the Philippines began construction of the Bataan Nuclear Power Plant in 1976, in an area about 100 km (62 miles) west of Manila. The plant, constructed above a major fault line, was mothballed amid safety concerns after the 1986 Chernobyl disaster.

Today, the Philippines runs a couple of research reactors for training and education purposes while Thailand has no nuclear power.

……….. Tanagorn said Thais were concerned about safety in light of the 2011 Fukushima nuclear disaster caused by a tsunami in Japan. Other obstacles are the limited number of investors and the lack of domestic laws and regulation of nuclear activities.

John Timmer, science editor of Ars Technica, a web portal focusing on science and technology, said that with nuclear reactors, the principle is always “safety first.”

“The approval process for that reason tends to be long and includes a lot of documentation,” he said.

“The SMRs are designed to be much safer, but they haven’t been built (in the U.S.) in a final form yet, so it’s difficult to say whether the real-world experience will show that to be the case and also how useful they’ll be for addressing climate change,” Timmer told BenarNews.

“I’ve been hearing about SMRs for about a decade,” he said, adding that “until we build and get a sense what operating them is like and what costs are like, I’m going to be a bit skeptical.”

Cost is another obstacle.

“We’ve never built one of these, so this is going to be a learning experience and for the first few years. It’s going to be more expensive and more complicated to complete,” Timmer said.

‘Widespread misconceptions’

Economist John Quiggin, a professor at the University of Queensland in Australia, listed economic viability of nuclear power plants compared to coal, gas or solar and wind facilities as one of the “widespread misconceptions.”

“When pressed, nuclear fans will mostly shift the argument to the ill-defined notion of ‘small modular reactors,’ which don’t actually exist, and may never [exist],” Quiggin said, noting there are operating examples of small reactors, but “those are made on a one-off basis and are expensive because they forgo size economies.”

Once the reactors can be factory-produced “the ‘modular’ idea is to counter this loss with the economic gains of high-volume,” he said.

“There has been a lot of talk lately about a revival of nuclear power, partly in response to the need to replace the energy previously supplied by Russia, and partly as a longer-term response to climate change,” Quiggin said.

While in office U.S. President George W. Bush launched a nuclear power program, which led to talks of a “nuclear renaissance” but yielded only two projects despite no effective opposition “except from consumers objecting to the massive costs.”

Quiggin expects that the number of SMRs constructed will be also “tiny.”

“The work of decarbonizing energy supply will be done almost entirely by the sun and the wind,” he said.

Jason Gutierrez in Manila contributed to this report. https://www.benarnews.org/english/news/philippine/nuclear-reactors-11232022142149.html

November 24, 2022 Posted by | ASIA, marketing, Small Modular Nuclear Reactors, USA | Leave a comment

NuScam’s Utah small nuclear reactor project in doubt – needs $billions of tax-payer support

Want to buy into a nuclear power project? This Utah group would like to talk.

UAMPS is still looking at small reactors in Idaho, but cost estimates are climbing and they need more partners.

After seven years, the Utah Associated Municipal Power Systems is still pursuing a series of small nuclear reactors at the Idaho National Laboratory as their clean-power solution.

And, after seven years, they still need more company.

UAMPS, which has 50 members that coordinate on buying and delivering electricity, will soon be updating the 27 entities that have opted into the “Carbon-Free Power Project,” and the price is going up.

The CFPP, a partnership between UAMPS and NuScale Power, an Oregon company developing small nuclear reactors, had given the members an earlier estimate of about $58 per megawatt-hour for power from the project, which was well above what they’re currently paying for power. And now it’s looking closer to be in the $80 to $100 per megawatt-hour by the time it would come online in 2029.

Meanwhile, the UAMPS members who have committed to the project would only take about a quarter of the CFPP’s planned 462-megawatt capacity. UAMPS’ incoming CEO Mason Baker acknowledges that isn’t enough…………..

Baker said they are looking for partners both inside and outside UAMPS. There were originally 36 interested members, but concerns over costs and risks were enough for Logan, Bountiful and others to withdraw in 2020…………………………………………

Is it a too-risky business?

Both Laurie Mangum, energy services director for St. George City. and Dennis Bott, mayor of Brigham City said they would like to see more financial participation from the federal government to lower the risk. The Department of Energy has committed $1.4 billion to the project. “I’d like to see them double or triple that,” Bott said.

UAMPS spokesman LaVarr Webb said completion of the latest cost estimates will trigger an “off-ramp” opportunity for the 27 participants. And if the price estimate exceeds a certain level, UAMPS will have the option to walk away with most of its costs recouped. If they do proceed, UAMPS will issue bonds to pay for the project, and power ratepayers in those cities will pay back the bonds through their monthly bills……………………….

The environmental watchdog group HEAL Utah has opposed the project since its inception, and Executive Director Lexi Tuddenham said CFPP can’t gain enough participants because of the open-ended financial risk of nuclear energy. She pointed to nuclear projects in South Carolina and Georgia that have seen large cost overruns.

“Baseload is important, but nuclear is certainly not the only way to meet that need — in addition to demand-side management, efficiency upgrades, and smart grids,” she said. “Battery storage technology of many types is at a stage where it can provide the reliable and dispatchable energy needed to pair with intermittent sources like wind and solar. In fact it is better and far more efficient at load-following than nuclear, which becomes even less cost effective when it is switched on and off.”………………………………

Still, what about nuclear waste?

From NuScale’s standpoint, the project is still full-speed ahead.

“We have issued the long-lead material specifications for the upper reactor pressure vessel, and the UAMPS project remains on track to start delivering safe and reliable carbon-free energy by the end of this decade,” said Diane Hughes, Vice President of NuScale’s Marketing and Communications. She said UAMPS’ license application is on schedule to be submitted to the Nuclear Regulatory Commission in 2024. The NRC review is expected to completed in 2026, and construction is planned for later that year. NuScale declined to comment on whether the project needed more participation to proceed.

For all of its safety refinements, the CFPP still relies on the fission of uranium, and with that process comes high level nuclear waste that takes up to 250,000 years to decay to a safe level. The U.S. government has never come up with a permanent solution for the waste, which is still stored near the plants that produced it. Like all nuclear power plants, the CFPP will be paying into a federal fund aimed at developing a solution…………  https://www.sltrib.com/renewable-energy/2022/11/24/want-buy-into-nuclear-power/

November 24, 2022 Posted by | Small Modular Nuclear Reactors, USA | Leave a comment

Costs of NuScam’s Small Modular Nuclear Reactors revised upwards – yet again!

 According to industry reports the builders of the NuScale small modular reactor (SMR) project recently submitted revised cost estimates to their muni and co-op partners. Initial cost estimates were for power to be produced at about $58/MWh. This figure was recently revised upwards to roughly $90-$100/Mwh, a projected price increase of 60-70%.

The causes cited by management for these price increases were twofold: inflation (in material costs, i.e. steel) and higher interest rates. This initial NuScale project located at the federal government’s Idaho National Laboratories in Idaho Falls would consist of six 77 MW reactors with the units slated to enter commercial service in 2029-2030. These estimates of per KWH cost are significantly above those we have seen recently for renewables plus storage.

 Oil Price 21st Nov 2022

https://oilprice.com/Alternative-Energy/Nuclear-Power/Are-Small-Scale-Modular-Reactors-Becoming-Too-Expensive.html

November 22, 2022 Posted by | business and costs, Small Modular Nuclear Reactors, USA | 1 Comment

Nuclear power no solution for Canada’s North West Territory

Nuclear power no solution for the N.W.T., some experts suggest, Liny Lamberink · CBC News · Nov 23, 2022 

When it comes to reducing greenhouse gas emissions — nuclear power is a divisive option. 

But for Canada’s North, two academics on different sides of the debate agree: small modular reactors, called SMRs, are not an economically feasible way of getting remote northern communities off of diesel-generated power. 

Since 2017, the N.W.T. government has been part of a working group looking at the possibility of SMRs.

John Richards, a fellow at the C.D. Howe Institute, co-authored a paper published last week that said Canada needs to embrace small modular reactors in order to meet its greenhouse gas reduction goals. 

In a transition to cleaner forms of energy, Richards says Canada can’t entirely rely on solar and wind power because it’s intermittent. He said nuclear power can be used in conjunction with those forms of renewable energy to provide a constant supply of energy — when there’s no wind or no sunlight. 

But, he said, he sees it as an option in Saskatchewan or Manitoba — where there isn’t much more potential for hydro. In the small remote communities in the North, he said, small modular reactors would be too expensive. 

Who will build them?

Small modular reactors are nuclear reactors that use fission to produce energy, similar to existing large reactors, but with smaller power capacity. They’re “modular” because they’re designed to be assembled in a factory, transported by flatbed trucks or trains, and installed where needed. The International Atomic Energy Agency defines reactors as “small” if their output is under 300 megawatts. 

Small modular reactors are still in the prototype phase now. Even if they can be built small enough so as not to massively over-supply power in a small remote community, M.V. Ramana — a professor at the School of Public Policy and Global Affairs at the University of British Columbia and a critic of nuclear power — doubts a private sector manufacturer will do so. 

Ramana said a manufacturer would want to be guaranteed there’s a market for the technology, and he thinks they’ll be too expensive for remote communities to buy them. According to Natural Resources Canada, a 20 megawatt SMR for the mining industry is expected to cost between $200 and $350 million.

Ramana co-authored a report that found all the remote communities and all the remote mines in Canada would not generate enough demand to serve as an incentive for a manufacturer to build an SMR factory. 

The price of the technology would also drive up the cost of the power it generates. 

“Our estimates showed that the price of electricity from a small modular reactor built in the remote parts of Canada could cost up to 10 times as much as the cost of electricity from diesel,” he said. 

Too much power

During peak demand in the winter months, Yellowknife uses about 34 megawatts of power, according to the Northwest Territories Power Corporation. Elsewhere in the N.W.T., Inuvik’s peak demand is 5.5 megawatts, while in Jean Marie River, it’s just 0.5 megawatts. 

In an emailed statement to CBC News in late October, Ben Israel, a senior co-ordinator with the N.W.T.’s infrastructure department, said the smallest available size of SMR might still be oversized for most of the territory’s remote communities.

Israel said the territory has been part of an SMR working group since 2017, and that it is also participating in an SMR feasibility study being carried out by the Yukon government. 

“Any development of SMR technology in the N.W.T. would first require extensive demonstration of safety and cost-effectiveness in other jurisdictions — as well as education about the technology … before it would be considered as an option by the Government of the Northwest Territories.”

Kevin O’Reilly, the MLA for Frame Lake, said nuclear energy comes up every so often “as some kind of climate crisis saviour” — and he isn’t convinced yet that it would work. 

“If we want to deal with the climate crisis, I think we need to be looking at some fundamental changes in the way we do things and the way we consume and extract energy.”………………………..  https://www.cbc.ca/news/canada/north/nuclear-power-smr-nwt-north-1.6659679—

November 22, 2022 Posted by | Canada, Small Modular Nuclear Reactors | Leave a comment

Putin touts Russia’s ‘Arctic power’ with new nuclear icebreaker

President vows to develop his country’s nuclear fleet despite current difficulties in Russia’s economy and production.

Aljazeera, 22 Nov 22,

President Vladimir Putin on Tuesday touted Russia’s Arctic power at a flag-raising ceremony and dock launch for two nuclear-powered icebreakers that will ensure year-round navigation in the Western Arctic.

Presiding via video link from the Kremlin at the launch ceremony in St Petersburg in northern Russia, Putin said such icebreakers were of strategic importance for the country.

“Both icebreakers were laid down as part of a large serial project and are part of our large-scale, systematic work to re-equip and replenish the domestic icebreaker fleet, to strengthen Russia’s status as a great Arctic power,” Putin said.

The Arctic is taking on greater strategic significance due to climate change, as a shrinking ice cap opens up new sea lanes.

Vast oil and gas resources lie in Russia’s Arctic regions, including a liquefied natural gas plant on the Yamal Peninsula.

The Kremlin chief pledged to develop his country’s nuclear fleet despite current difficulties in Russia’s economy and production, in an apparent reference to Western sanctions over Moscow’s offensive in Ukraine……………………..

The 173.3-metre (569 feet) Yakutia, with a displacement of up to 33,540 tonnes, can smash through ice of up to three metres. It will enter service in 2024.

Two other icebreakers in the same series, the Arktika and the Sibir, are already in service, and another, the Chukotka, is scheduled for 2026.

Putin said a super-powerful nuclear 209-metre icebreaker known as “Rossiya”, with a displacement of up to 71,380 tonnes, would be completed by 2027. It will be able to break through ice four metres thick………………………………….. more https://www.aljazeera.com/news/2022/11/22/putin-touts-russias-arctic-power-with-new-nuclear-icebreaker

November 22, 2022 Posted by | Russia, technology | Leave a comment