Another nail in the coffin of the ‘integral fast nuclear reactors’ championed by nuclear lobby shills
Jim Green.Nuclear Fuel Cycle Watch South Australia https://www.facebook.com/groups/1021186047913052/– 9 May 19
Another nail in the coffin of the ‘integral fast reactors’ 
championed by Ben Heard, Barry Brook et al.A decision on the fate of UK’s Plutonium stockpile remains years away. http://corecumbria.co.uk/briefings/a-decision-on-the-fate-of-uks-plutonium-stockpile-remains-years-away/?fbclid=IwAR2yPVluaq70YaoxikF_paOTbJ9BwleBhtGQb6kF0vI2sT4Ae-0M7HIItrE, 6th May 2019 The much delayed update from the Nuclear Decommissioning Authority (NDA) on its plans for dealing with Sellafield’s burgeoning plutonium stockpile was quietly published at the end March 2019 under the title ‘Progress on plutonium consolidation, storage and disposition’. The lack of fanfare for its publication may be attributable to the absence of any major breakthrough in progress since the NDA’s 2014 Position Paper and the subsequent warning given to a Sellafield Stakeholder Group in 2016. Continue reading
NuScale’s 12 Small Modular Nuclear Power units will cost $3 billion.
NuScale Gains Potential Financial Backing for Worldwide SMR Deployment, Power , 05/01/2019 | Sonal Patel NuScale Power, the front-runner in the race to commercialize small modular reactors (SMRs), has bagged another major backer that could broaden its nuclear supply chain base and expand its financial standing.
On April 29, NuScale signed a memorandum of understanding (MOU) with Doosan Heavy Industries and Construction (DHIC), a South Korean–based engineering, procurement, and construction contractor with a wide global network, that supports deployment of NuScale’s Power Module worldwide. “The relationship includes DHIC, a member of the Doosan Group, and potential Korean financial investors, which, commensurate to final due diligence, plan to make a cash equity investment in NuScale,” NuScale said on Monday. …..
That project, which is to be built at a 890-square-mile site at the Department of Energy’s (DOE’s) Idaho National Laboratory near Idaho Falls, will feature a plant comprising a dozen 60-MWe modules. NuScale anticipates the first module could be operational by 2026 and full plant would be operational by 2027.
However, NuScale’s design certification application, which it submitted to the the Nuclear Regulatory Commission (NRC) in December 2016 covers 50-MWe modules. The company increased the module’s capacity to 60-MWe in June 2018, citing optimization through advanced testing and modeling tools. The breakthrough would boost the power capacity of the 12-module UAMPs facility from 600 MWe to 720 MWe, it said. ….
According to NuScale, the first 12-module facility, even at 684 MWe (net), could cost up to $3 billion to build. ……https://www.powermag.com/nuscale-gains-potential-financial-backing-for-worldwide-smr-deployment/
Pentagon’s strange and dangerous plan for small nuclear reactors at the battle scene
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A New Kind of Nuclear War; The Pentagon pushes for fission for fighting, POGO,BY MARK THOMPSON 19 Apr19 “…… the Pentagon wants to build flyable and truckable nuclear-power plants to generate the power U.S. troops need to wage war deep in hostile territory.The concept of micro-nuclear power plants on the battlefield is both inspired and insane. The idea of landing portable nuclear reactors inside a war zone is as outlandish—economically and environmentally—as it sounds.
Yet the Pentagon’s nuclear push didn’t “go critical”—achieve a self-sustaining atomic reaction—on its own. “It is the culmination of a patient, decade-long effort by nuclear lobbyists to interest Defense and its congressional overseers in a costly product—small nuclear reactors—that few in the private sector seem to want,” Edwin Lyman, a senior scientist at the Union of Concerned Scientists, wrote in the Bulletin of the Atomic Scientists in February. “The Pentagon is precisely the savior small nuclear reactor vendors need: deep-pocketed and unbeholden to return-seeking investors.” Beyond that, the Pentagon’s nuclear advocates argue that battlefield nuclear reactors would improve the environment and help jump-start the nuclear-reactor business, creating thousands of well-paying jobs in the process. That meshes with the U.S. nuclear industry’s push to peddle more civilian reactors abroad, including a meeting with President Trump in February. “He really wanted to hear from us on what our views are on how we win the global nuclear energy technology race,” said J. Clay Sell, head of Maryland-based X-energy, an advanced nuclear-reactor company seeking business in Jordan. …. it should come as no surprise that the nuclear industry is pulling out all the stops as it sees climate-change concerns giving it a second lease on life, even as renewable energy (wind, solar, hydroelectric) is now producing more power in the United States. The NEI spends about $2 million annually seeking favors from the federal government. Conveniently, the Trump Administration is seeking to bail out the nuclear industry. The nuclear industry’s push isn’t only in Washington, DC. It’s gaining traction with state legislatures as well, most notably in Pennsylvania, home to Three Mile Island, the site of the most serious nuclear-power plant accident in U.S. history. In the last three years, Exelon, which operates Three Mile Island, has ramped up its lobbying efforts in Pennsylvania, in hopes of boosting taxpayer subsidies. The Pentagon has had a long-standing romance with nuclear power, dating back to Hiroshima and Nagasaki……. the Pentagon is trying to build support for the plan by noting that mini-nukes have heart-warming peaceful uses, too. “A small mobile nuclear reactor would enable a more rapid response during Humanitarian Assistance and Disaster Relief (HADR) operations,” it said earlier this year in a “request for information” seeking outside help to develop portable atomic reactors for war zones……. The Pentagon wants a reactor capable of generating between 1 and 10 megawatts (enough for a base housing at least 1,000 troops for three years without refueling. Weighing no more than 40 tons, it must be “sized for transportability by truck, ship, and C-17 aircraft.” And to avoid the problems posed by water-cooled reactors, it needs to be cooled by “ambient air,” just like the original VW Beetle and its distinctive putt-putt engine…….. The unit will be “semiautonomous—Not requiring manned control by operators to ensure safe operation,” the Pentagon says. Starting it up should take less than three days, and shutting it down should take no more than a week. Their basic design is as simple as nuclear power gets: as the reactor fuel decays, it generates heat that is then turned into electricity. The Pentagon plans on funding up to three designs before tapping a winner from among them. Other nations—Canada, China, and the United Kingdom—are also exploring such small reactors……. Lyman of the Union of Concerned Scientists says the “lobbying push” to build micro-nukes for the U.S. military comes from the U.S. Nuclear Industry Council. The Washington-based trade group says it is “composed of over 80 companies” and “represents the ‘Who’s Who’ of the nuclear energy supply chain community, including key utility movers, technology developers, fuel cycle companies, construction engineers, manufacturers and service providers.” But nuclear insiders also are playing a critical role. Among the authors of that key Defense Science Board report were some atomic heavyweights, including co-chairman Michael Anastasio, the only person to ever run two of the nation’s nuclear labs (he is the former head of Los Alamos in New Mexico, and Lawrence Livermore in California), and William Madia, who served as director of the Oak Ridge National Laboratory in Tennessee, and Pacific Northwest National Laboratory in Washington state. …… There are proliferation risks associated with deploying nuclear reactors amid wars. The 2016 Defense Science Board report suggested that portable nuclear reactors be fueled only with low-enriched uranium that couldn’t be turned into nuclear weapons, although it conceded they would represent “a lucrative target to become a dirty bomb if breached.” The Pentagon’s January 2019 solicitation said that “technology, engineering, and operations must demonstrate minimization of added proliferation risk.” Of course, the U.S. government has been through this before, dating back to President Eisenhower’s “Atoms for Peace” initiative. That led to the first nuclear reactors in Iran and Pakistan. Harnessing nuclear power on the battlefield would require changes in U.S. military training, nuclear regulation and licensing, as well as convincing foreign governments to let them on their soil. …….. Training soldiers to deploy and operate portable nuclear power plants would be challenging, although the Army said in the report, “this requirement is not anticipated to be as demanding as that of a nuclear weapon.” Any Army port-a-nuke “must prevent the reactor from going critical when it should not, such as during movement/transport.” While such a reactor “is not expected to survive a direct kinetic attack,” the Army said it would be designed “for the protection of personnel who may be adversely affected by the system or threats to the system.” Outsiders are dubious. “Even a reactor as small as 1 megawatt-electric would contain a large quantity of highly radioactive, long-lived isotopes such as cesium-137—a potential dirty bomb far bigger than the medical radiation sources that have caused much concern among security experts,” the Union of Concerned Scientists’ Lyman warned in the Bulletin of the Atomic Scientists. “At best a release of radioactivity would be a costly disruption, and at worst it would cause immediate harm to personnel, render the base unusable for years, and alienate the host country.” Any radiation leakage would be far more vexing than the cleanup after dumping about 20 million gallons of Agent Orange and other herbicides on Vietnam from 1961 to 1971. “While design simplification and damage-resistant fuel choices help, detailed planning for cleanup and removal of battle-damaged reactors or reactor components will be expensive and pose some technical challenges to resolve,” the Army report said, likely requiring changes to “existing treaties, international agreements, and policies.” At the end of the day, of course, the big bugaboo is what to do with all that spent, but still dangerous, nuclear fuel. But not to worry: the Army has figured that out, too. “Nuclear fuel is a DOE [Department of Energy] responsibility,” the Army notes. “Issues such as recycling of nuclear fuel or long-term disposal are not DOD’s business.” Perfect. Of course, the Energy Department hasn’t figured out what to do with the 80,000 metric tonsof spent nuclear-reactor fuel created by U.S. commercial reactors over the past half-century. Bottom line: thinking about sending portable nuclear reactors off to war is kind of like invading a country with no plan for how to get out. https://www.pogo.org/analysis/2019/04/a-new-kind-of-nuclear-war/ |
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Artificial Intelligence Could Solve Nuclear Fusion’s Biggest Problem
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https://oilprice.com/Energy/Energy-General/Artificial-Intelligence-Could-Solve-Nuclear-Fusions-Biggest-Problem.html
By Irina Slav – Apr 18, 2019, The predictive powers of artificial intelligence could help scientists bring nuclear fusion closer to actually working, researchers from Princeton and Harvard working with the Department of Energy hope.The team, working at the DoE’s Princeton Plasma Physics Laboratory, says they have applied deep learning techniques to computers in order to be able to forecast sudden outages in the reactors used for nuclear fusion that can halt the energy-generating reaction. Nuclear fusion, unlike fission, which is what takes place in traditional reactors, involves smashing particles together and turning them into plasma to generate energy. This takes place in what is called a magnetic fusion machine, or a tokamak. The tokamak produces magnetic fields that keep the superhot plasma inside and keep it moving—and hot—but controlling it for ever-longer periods of time and making it move faster to produce more energy has been a challenge. Many believe we will never be able to make nuclear fusion happen, but researchers are not giving up. Computer technology is a natural ally to scientists in this quest for infinite clean power, but the presence of data to feed into the computers has proved crucial. The Princeton and Harvard scientists used data from two fusion reactors: the Department of Energy’s DIII-D National Fusion Facility in California, operated by General Atomics, and the Joint European Torus tokamak in the UK. What the team learns about predicting outages will be applied to the largest tokamak that is currently in construction in the ITER project in Europe. It may just help solve fusion’s biggest problem: why the particle smashing sometimes stops. If this problem is solved, the world could see a working nuclear reactor in less than 20 years, although many scientists and observers rem |
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Nuclear Transparency Watch warns on the unwisdom of UK government subsidising Small Modular Nuclear Reactors (SMRs)
Small Modular Reactors – of SMRs and ANTs, by Jan Haverkamp http://www.nuclear-transparency-watch.eu/activities/small-modular-reactors-of-smrs-and-ants-by-jan-haverkamp.html
15 April 2019 The debate on Small Modular Reactors continues to warm up. The IAEA recently updated its webpages on the issue. SMRs are currently promoted by parts of the nuclear industry as an answer to the decrease of interest in normal gigawatt (GW)-scale reactors because of economic and technical realities.
Dr. David Lowry thinks it is time for a warning: “This article focuses on the UK, but similar arguments as I brought forward in Bratislava would apply to any other European government confronted with requests for support of this new sector.”
Fluor lays off nuclear workers – those involved in the Advanced Mixed Waste Treatment Project
Fluor Idaho to layoff up to 190 workers, By RYAN SUPPE rsuppe@postregister.com, Apr 9, 2019
Many obstacles to small modular nuclear reactors, but U.S. Nuclear Regulatory Commission recommends them, anyway
NRC recommends issuing early site permit for Clinch River Nuclear Site, OAK RIDGE TODAY, APRIL 8, 2019BY The U.S. Nuclear Regulatory Commission has issued a final environmental impact statement, and the staff has recommended, based upon the environmental review, issuing an early site permit for the Clinch River Nuclear Site in west Oak Ridge, where two or more small modular nuclear reactors could be built.The final environmental impact statement, or EIS, was issued by the NRC on April 3. A notice of the EIS and the staff’s recommendation were published in the Federal Register on Monday, April 8.
The 935-acre Clinch River Nuclear Site is located in Roane County along the Clinch River……….
An early site permit is the NRC’s approval of a site for one or more nuclear power facilities. It does not authorize the actual construction and operation of a new nuclear power plant. That requires a construction permit and an operating license, or a combined license. ………
The Clinch River Nuclear Site could be used to demonstrate small modular reactors with a maximum total electrical output of 800 megawatts………
Now that the final EIS has been published, there will be a mandatory hearing with the NRC after a final safety evaluation report is issued. The NRC expects that report to be published in June. The five-member commission will make a decision after the hearing about whether to issue the early site permit.
A contested hearing could be held by the Atomic Safety and Licensing Board panel if a member of the public or an organization successfully files a petition that raises safety or environmental concerns about granting the site a permit, the NRC said.
The NRC said an authorization for the construction or operation of new nuclear units at the Clinch River site is not being sought at this time.
The potential timing of any reactors being built at the site is not clear. Among other things, TVA doesn’t control the reactor certification process.
“There are currently no certified small modular reactor designs available, but TVA will continue working to ensure we are ready to fully evaluate them when they are available,” Hopson said.
Financial considerations would have to be evaluated, and the TVA board of directors would have the final decision “based on what they believe will be in the best interest of the people of the Tennessee Valley,” Hopson said.
Since a design hasn’t been certified for a small modular reactor, TVA used what is known as a “plant parameter envelope” as a surrogate for a nuclear power plant and its facilities when applying for the early site permit. The “plant parameter envelope” estimated the potential environmental impacts of building and operating two or more small modular reactors at the site. TVA used information from four small modular reactor vendors to develop the “plant parameter envelope.”
A reader has asked why TVA might consider adding new generating capacity at the Clinch River site even as it plans to retire coal-fired units like the Bull Run Fossil Plant in Claxton, citing flat or declining demand………https://oakridgetoday.com/2019/04/08/nrc-recommends-issuing-early-site-permit-clinch-river-nuclear-site/
Another new nuclear gimmick going way over budget – the “Virtual Test Reactor”
US nuclear research programme potentially 40% over budget https://www.power-technology.com/news/us-department-
energy-nuclear-research/, By Jack Unwin, 5 Apr 19,The US Department of Energy estimates the nuclear versatile test reactor (VTR) research programme could cost between £3.9bn and $6bn, potentially 40% more than the original $3.5bn estimate given by Idaho National Laboratory head Kemal Pasamehmetoglu. The new estimate comes via a freedom of information request placed by the non-governmental organisation (NGO) Union of Concerned Scientists (UCS).
The VTR was originally announced by Energy Secretary Rick Perry in February 2018 as part of the Trump administration’s policy to revitalise the US nuclear industry. The facility is expected to be built by 2025 and would be the first nuclear test reactor built by the Department of Energy (DOE) for decades.
It would be the first of a number of fast reactors, which breed their own fuel and increase the amount of energy produced from uranium compared with light water reactors.
Research for the VTR will be led by Idaho National Laboratory, with General Electric (GE) and Hitachi forming a partnership called GE Hitachi Nuclear to provide support for design and safety of the plant.
UCS also estimate that the VTR would cost between $550-$850m per year for the next seven years compared to the $740m in the 2019 budget for the DOE’s entire nuclear technology development, $65m of which was allocated to VTR.
UCS senior scientist Ed Lyman said: “UCS received documents from a Freedom of Information Act request that contained the DOE’s current “rough order-of-magnitude” cost estimate for the Versatile Test Reactor project of US $3.9-6.0 billion.
“These values assume different cost escalation factors over a roughly seven-year period. I estimate the corresponding unescalated cost to be as much as $5 billion. The reactor isn’t really “over budget” yet, because there was no official cost estimate prior to this.
“UCS has many concerns about this project. First, we don’t generally support the development of fast reactors because of their proliferation and nuclear terrorism risks, so we question the rationale for building this facility. Second, we believe this reactor will not be a reliable test reactor because the design is experimental. Third, there are much cheaper options that the DOE has not adequately explored to provide a source of fast neutrons to reactor developers.
“Given the likelihood that any DOE first-of-a-kind nuclear construction project will experience major delays and cost overruns, the project may well end up costing $10 billion or more. That money could be far better spent on working to improve the safety and security of light-water reactors.”
The DOE has also been approached for comment.
UK and EU agree to continue nuclear fusion project in Britain, despite Brexit
UK and EU agree contract that buys more time for Jet nuclear fusion lab, Chemistry World, An agreement between the UK and European commission will guarantee the future of the Joint European Torus (Jet) nuclear fusion facility in Oxfordshire, regardless of the UK’s Brexit plans.
Both parties have signed an extension to Jet’s contract that secures an additional €100 million (£86 million) of EU funding over the next two years and ensures the continuation of research until the end of 2020. The future of Jet has been uncertain for some time following the result of the UK referendum, especially as, when it leaves the EU, the UK is due to pull out of Euratom – the organisation that coordinates nuclear research around Europe, including work at Jet.
The contract will enable the facility to push ahead with planned fusion tests in 2020, and offers job security for its staff of more than 500. It also contains the option to extend operations until 2024, a measure which may be necessary in the run-up to the new international experimental fusion reactor Iter in southern France, which is planned to open in 2025. 1 APRIL 2019….. https://www.chemistryworld.com/news/uk-and-eu-agree-contract-that-buys-more-time-for-jet-nuclear-fusion-lab-/3010319.article
France’s Orano (formerly bankrupt Areva) to send MOX fuel to Japan
ACROnique of Fukushima 31st March 2019 According to the Asahi , Orano is preparing to send MOx fuel to Japan from
2020. It is intended for the Takahama power plant , operated by Kansai Electric in Fukui province. The previous shipment dates from 2017. There are 32 nuclear assemblies that should sail to Japan. The amount of plutonium contained in these fuels is one tonne.
KEPCo will have yet to repatriate 10 tons of plutonium in the form of MOx fuel to clear its stock.
And Japan must also drastically reduce its stock in order to hope to start its reprocessing plant in Rokkashô mura, which is already 24 years behind schedule . However, only four reactors currently operate with MOx in Japan: Takahama 3 and 4, Genkai-3 and Ikata-3 ( see the state of the Japanese nuclear fleet ).
https://fukushima.eu.org/nouvel-envoi-de-mox-vers-le-japon-en-preparation/
15 USA senators re-introduce bill to promote new nuclear reactors
Senate re-introduces bill to help advanced nuclear technology, Legislation was praise by Bill Gates, who has funded an advanced nuclear company. Ars Technica, MEGAN GEUSS – 4/1/2019,
Last week, a bipartisan group of 15 US senators re-introduced a bill to instate the Nuclear Energy Leadership Act (NELA), which would offer incentives and set federal goals for advanced nuclear energy. A smaller group of senators originally introduced the bill in September of last year, but the Congressional session ended before the Senate voted on it.
Specifically, the bill authorizes the federal government to enter into 40-year power purchase agreements (PPAs) with nuclear power companies, as opposed to the 10-year agreements that were previously authorized. Securing a 40-year PPA would essentially guarantee to an advanced nuclear startup that it could sell its power for 40 years, which reduces the uncertainty that might come with building a complex and complicated power source.
……. In addition to supporting a 40-year PPA to improve the economics of advanced nuclear reactor research from the private market, the bill directs the Department of Energy’s Office of Nuclear Energy to develop a 10-year strategic plan to support advanced nuclear reactor research. The DOE must also “construct a fast neutron-capable research facility” if the bill passes, which Senate materials say “is necessary to test important reactor components, demonstrate their safe and reliable operation, and ultimately license advanced reactor concepts.”
The bill also directs the federal government to make available some “high-assay low-enriched uranium” for research and testing in advanced reactors. Traditional light-water reactors use low-enriched uranium in which the active U-235 isotope constitutes 3 to 5 percent of the nuclear fuel, according to the World Nuclear Association. High-assay low-enriched uranium, on the other hand, pushes enrichment levels to about 7 percent of the fuel and, in some cases, can go as high as 20 percent.
Finally, the bill directs the DOE to create “a university nuclear leadership program” to train the next generation of nuclear engineers.
On Thursday, Microsoft mogul Bill Gates tweeted his support for the bill. Gates is currently the chairman for an advanced nuclear reactor company called Terrapower, which is developing a traveling wave reactor that uses depleted uranium as fuel (depleted uranium is a by-product of uranium enrichment). Terrapower suffered a political setback earlier this year, as US rules against sharing nuclear technology with China forced the company to abandon its plans for conducting preliminary trials of its technology in that country.
Gates praised this new bill, writing “I can’t overstate how important this is.”
…….. NuScale Power, a company that has made significant progress toward building a small modular reactor in Idaho, also praised the bill. In a statement to a market research company called The Morning Consult, chief strategy officer of NuScale Power Chris Colbert said that “the bill would ‘absolutely’ make it easier and more certain to reach deployment.” https://arstechnica.com/science/2019/03/senate-re-introduces-bill-to-help-advanced-nuclear-technology/
Small and Medium Nuclear Reactors (SMRs) – cost estimates, and what they cost to build
SMR cost estimates, and costs of SMRs under construction, Nuclear Monitor Issue: #872-873 4777 07/03/2019Jim Green ‒ Nuclear Monitor editor
Costs of SMRs under construction https://wiseinternational.org/nuclear-monitor/872-873/smr-cost-estimates-and-costs-smrs-under-construction?fbclid=IwAR1TQA0xJ4bYxnVxJ0Aulcxvp0miMhEP4Vt8YqvLQKrhI3lTDhnrzZxQCE8Estimated construction costs for Russia’s floating nuclear power plant (with two 35-MW ice-breaker-type reactors) have increased more than four-fold and now equate to over US$10 billion / gigawatt (GW) (US$740 million / 70 MW).1 A 2016 OECD Nuclear Energy Agency report said that electricity produced by the plant is expected to cost about US$200/MWh, with the high cost due to large staffing requirements, high fuel costs, and resources required to maintain the barge and coastal infrastructure.2
Little credible information is available on the cost of China’s demonstration 2×250 MW high-temperature gas-cooled reactor (HTGR). If the demonstration reactor is completed and successfully operated, China reportedly plans to upscale the design to 655 MW (three modules feeding one turbine, total 655 MW) and to build these reactors in pairs with a total capacity of about 1,200 MW (so much for the small-is-beautiful SMR rhetoric). According to the World Nuclear Association, China’s Institute of Nuclear and New Energy Technology at Tsinghua University expects the cost of a 655 MWe HTGR to be 15-20% more than the cost of a conventional 600 MWe PWR.3
A 2016 report said that the estimated construction cost of China’s demonstration HTGR is about US$5,000/kW ‒ about twice the initial cost estimates.4 Cost increases have arisen from higher material and component costs, increases in labor costs, and increased costs associated with project delays.4 The World Nuclear Association states that the cost of the demonstration HTGR is US$6,000/kW.5
The CAREM (Central Argentina de Elementos Modulares) SMR under construction in Argentina illustrates the gap between SMR rhetoric and reality. Argentina’s Undersecretary of Nuclear Energy, Julián Gadano, said in 2016 that the world market for SMRs is in the tens of billions of dollars and that Argentina could capture 20% of the market with its CAREM technology.6 But cost estimates have ballooned: Continue reading
American nuclear lobby keen to market new nuclear reactors to overseas, to anyone!
The US is losing the nuclear energy export race to China and Russia. Here’s the Trump 
team’s plan to turn the tide
- Russian and Chinese companies are aggressively pursuing nuclear energy export deals and building more reactors overseas than U.S. firms.
- The Trump administration aims to disrupt that progress by expanding early stage cooperation with countries interested in adopting nuclear energy.
- new initiative aims to make the U.S. the global leader in advanced nuclear reactors poised to hit the market in the coming years.The Trump administration is preparing a new push to help American companies compete in the race to build the next generation of nuclear power plants around the world — a competition the U.S. is currently losing.
In doing so, the administration also aims to push back on the growing dominance of Russia and China in the space, preventing them from expanding their international influence by forging long-lasting nuclear ties with foreign powers.
The State Department plans to expand cooperation with countries pursuing atomic energy long before those nations ever purchase a nuclear reactor. By facilitating early stage talks, the U.S. intends to put American companies first in line to build tomorrow’s fleet of nuclear power plants overseas
We still lead the world in nuclear technology innovation. Our big challenge is taking that incredible IP and those incredible technological innovative breakthroughs and bringing them to market.To be sure, the Energy and Commerce departments actively facilitate U.S. nuclear cooperation with their foreign counterparts. But the State Department now intends to push the issue in talks at the highest levels of government, making it clear that Washington believes cooperation in the nuclear realm is central to its strategic relationships…….
Rise of Russia and ChinaThe U.S. dominated nuclear energy exports decades ago, but faces stiff competition today, including from allies like France and South Korea. But it’s the growing dominance of adversaries in Beijing and Moscow that worries the Trump administration and nonproliferation experts……..
Russia is also changing the rules of the game by offering generous financing that makes nuclear energy affordable to more nations. Moscow is targeting non-nuclear states in the Middle East and Africa with a model to build, own and operate the plants.
The State Department intends to actively dissuade its partners from working with China and Russia, according to Christopher Ford, assistant secretary for international security and nonproliferation.
Ford previewed that message last month at the Hudson Institute in Washington DC: “Russia and China also use reactor sales by their heavily state-supported nuclear industries as a geopolitical tool to deepen political relationships with partner countries, to foster energy dependence by foreign partners, and sometimes even to use predatory financing to lure foreign political leaderships into ‘debt traps’ that give Beijing or Moscow leverage that it can exploit later for geopolitical advantage.”
New plan takes shapeDuring the address, Ford outlined State’s plan to help American companies compete with Chinese and Russian firms.
The department will more closely coordinate nuclear cooperation efforts across agencies and ramp up informal, non-binding talks with nations that might pursue nuclear energy technology. The goal is to expand the number of countries engaged in ongoing communication with U.S. government agencies, nuclear energy companies and researchers.
The State Department will do this by signing nuclear cooperation memorandums of understanding with the countries……..
State’s focus is on teeing up sales of a new generation of nuclear technology expected to come online in the next five to 10 years, the official said.Those include small modular reactors that can be bolted together to form larger units, Terrapower’s traveling wave reactor backed by Bill Gates and microreactors meant to provide enough power for a few thousand homes.
Altogether, there are about two dozen serious designs for advanced nuclear reactors trying to break into the market, said McGinnis. Under McGinnis and Secretary Rick Perry, one of the Energy Department’s top priorities is facilitating the development of these new technologies…….On Tuesday, NuScale Energy signed a memorandum to explore deploying its small modular reactors in Romania, after signing similar agreements with Canada and Jordan.
The U.S. will still have to reach so-called 123 Agreements with foreign countries before American firms can sell nuclear reactors overseas. These agreements place limits on the use of nuclear technology and must be approved by Congress.
These agreements have recently drawn scrutiny from Democratic and Republican lawmakers as Westinghouse bids for nuclear power contracts in Saudi Arabia. The Saudis have long insisted on their right to enrich uranium, something the U.S. usually opposes. The bidding also comes as tension between Riyadh and Capitol Hill has escalated after Saudi agents killed Washington Post columnist Jamal Khashoggi in October. …….. https://www.cnbc.com/2019/03/21/trump-aims-to-beat-china-and-russia-in-nuclear-energy-export-race.html
The sorry history of small nuclear power reactors
Many of the expenses associated with constructing and operating a reactor do not change in linear proportion to the power generated. For instance, a 400 MW reactor requires less than twice the quantity of concrete and steel to construct as a 200 MW reactor, and it can be operated with fewer than twice as many people.
In the face of this prevailing wisdom, proponents of small reactors pinned their hopes on yet another popular commercial principle: “economies of mass production.”
In 1968, the same year Elk River shut down, the last of the AEC’s small reactors was connected to the grid: the 50 MW La Crosse boiling water reactor.19 That plant operated for 18 years; by the end, its electricity cost three times as much as that from the coal plant next door, according to a 2012 news account about the disposal of the plant’s spent fuel. Dealing with the irradiated uranium-thorium fuel proved difficult too. Eventually, the spent fuel was shipped to a reprocessing plant in southern Italy.
Since then, not a single small reactor has been commissioned in the United States.
Without exception, small reactors cost too much for the little electricity they produced, the result of both their low output and their poor performance.
The forgotten history of small nuclear reactors Nuclear Monitor Issue: #872-873 4775 07/03/2019 M.V. Ramana ‒ Simons Chair in Disarmament, Global and Human Security at the School of Public Policy and Global Affairs at the University of British Columbia
the technology remains in stasis or decline throughout the Americas and Europe. …..
A fundamental reason for this decline is indeed economic. Compared with other types of electricity generation, nuclear power is expensive. Continue reading
NuScale includes Romania in its desperate search for taxpayer funding for Small Modular Nuclear Reactors
Romania to explore NuScale SMR deployment, WNN, 19 March 2019 An agreement between US small modular reactor (SMR) developer NuScale Power and Romanian energy company Societata Nationala Nuclearelectrica SA (SNN SA) to explore the use of SMRs in Romania has been welcomed by the US Department of Energy (DOE). The two companies have signed a memorandum of understanding covering the exchange of business and technical information on NuScale’s nuclear technology, with the goal of evaluating the development, licensing and construction of a NuScale SMR for a “potential similar long-term solution” in Romania……… NuScale has also signed MOUs to explore the deployment of its SMR technology in Canada and Jordan. http://world-nuclear-news.org/Articles/Romania-to-explore-NuScale-SMR-deployment
1 This Month
26 September – International Day for the Total Elimination of Nuclear Weapons
PLEASE OPPOSE HR 8255 AND S.3639 – bills would accelerate satellite deployment, with no environmental review or safeguards – https://ncstd5li.quorum.us/campaign/169331/
To see nuclear-related stories in greater depth and intensity – go to https://nuclearinformation.wordpress.com
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