ANS Nuclear Cafe

“Many states have made carbon dioxide–reduction plans with no hope of success. But if they want to meet even a portion of those goals, they must put nuclear power back on the table.” So opined Tim Cavanaugh, senior editor at the Mackinac Center for Public Policy, in an essay published by The Hill on March 23.

The nonproliferation-related monitoring of nuclear reactor operations received a boost from a new study focusing on the use of seismic and acoustic data for such purposes, ScienceDaily reported last week. The study, conducted by investigators at Oak Ridge National Laboratory, was published March 9 in the journal Seismological Research Letters.

Findings regarding the corrosion resistance of two promising structural materials for fusion reactors were recently reported by ScienceDaily. The research, published in the April 1 issue of Corrosion Science, was conducted by a team led by Masatoshi Kondo of the Tokyo Institute of Technology. The researchers describe details of the high-temperature compatibility of the two materials with the liquid breeding blanket (BB) surrounding the reactor core.

The Department of Energy and Idaho National Laboratory announced this week that the sixth major core overhaul of the Advanced Test Reactor (ATR) is complete, after an 11-month outage that began in April 2021. The ATR was built as a key piece of mission support for U.S. Navy programs and first reached full power in 1969. Today it remains “the world’s largest, most powerful and flexible materials test reactor,” in the words of INL—quite a feat for a reactor that was planned over 60 years ago.

Smart Growth America—in partnership with the National Association of Development Organizations, the Center for Creative Land Recycling, and the Nuclear Decommissioning Collaborative—is hosting a webinar titled “Nuclear Communities Forum 2022” on Friday, April 1, from 11 a.m. to 3:15 p.m. (EDT).

Register now. The webinar is free and open to all.

According to a report published by the World Economic Forum, the top two skills that will help humans thrive in the fourth industrial revolution (i.e., the age of machine learning and artificial intelligence) are critical thinking and complex problem-solving.

My journey of discovery spans nearly four decades and four careers: the U.S. Navy, commercial nuclear power, the Nuclear Regulatory Commission, and consulting for the federal government. Along this journey, I was fortunate to gain a vast amount of experience in solving complex problems through the teachings of W. Edwards Deming, Joseph M. Juran, and others.

An article posted on the Interesting Engineering website on March 10 highlights a recent YouTube video that provides an overview of the advantages, current status, future possibilities, and practical challenges of small modular reactors, along with a look at the even smaller microreactors. The video is available on the “Undecided with Matt Ferrell” channel. Ferrell describes himself as “a UI/UX [user interface/user experience] designer by trade” and “a lifelong tech enthusiast.”

The election last week of Yoon Suk Yeol as president of South Korea has provided a big boost for that nation’s nuclear energy-related stocks. Yoon, of the conservative People Power Party, defeated Lee Jae-myung, of the incumbent liberal Democratic Party, on a pro-nuclear platform. As reported by marketwatch.com, Yoon has promised to “reinvigorate the nuclear-energy industry by reactivating suspended atomic power plants and resuming building new ones.”

The European Union could reduce imports of Russian natural gas by more than a third within a year through a combination of measures that would support energy security and affordability and would be consistent with the European Green Deal, according to a new report from the International Energy Agency.

“Nobody is under any illusions anymore,” said IEA executive director Fatih Birol on announcing the release of the report, A 10-Point Plan to Reduce the European Union’s Reliance on Russian Natural Gas. “Russia’s use of its natural gas resources as an economic and political weapon shows Europe needs to act quickly to be ready to face considerable uncertainty over Russian gas supplies next winter. . . . Europe needs to rapidly reduce the dominant role of Russia in its energy markets and ramp up the alternatives as quickly as possible.”

After offering a small shred of hope that it might be persuaded to keep its remaining power reactors in operation a bit longer to reduce its dependence on Russia for energy, Germany has opted to continue with its nuclear phaseout. The last three operating German reactors, Neckarwestheim-2, Isar-2, and Emsland, are slated for shutdown later this year.

Today’s #ThrowbackThursday post looks back at some of Nuclear News’s reporting on the Fukushima Daiichi accident, which was initiated 11 years ago tomorrow. The news reporting includes the initial coverage of the event from the pages of Nuclear News in April 2011 and the in-depth coverage of the 2011 ANS Annual Meeting, where special sessions focused on the accident.

The deadline for submitting comments on the Department of Energy’s request for information on using a consent-based approach to siting federal facilities for the interim storage of spent nuclear fuel is Friday, March 4.

The Department of Energy last week released America’s Strategy to Secure the Supply Chain for a Robust Clean Energy Transition, billed by the DOE as “the first-ever comprehensive plan to ensure security and increase [the nation’s] energy independence.”

The 76-page document was produced in response to President Biden’s February 2021 executive order on U.S. supply chains, which called for a plethora of department reports on the subject, including one from the DOE on supply chains for the energy-sector industrial base.

What they’re saying: “Taking bold action to invest in our supply chains means America will reap the tremendous opportunities that tackling climate change presents to kickstart domestic manufacturing and help secure our national, economic, and energy security,” said Secretary of Energy Jennifer Granholm. “The strength of a nation relies on resilient and reliable critical supply chains across sectors, and DOE’s report provides the key strategies and recommendations for Congress and the federal government to act now to help deliver more jobs and a stronger, cleaner future.

This year has been a good one so far regarding interest from state legislatures in the potential of nuclear energy. Examples reported by Nuclear Newswire include, in January, an Indiana bill to incentivize the construction of small modular reactors, and this month, West Virginia’s repeal of its ban on new nuclear plant construction and legislation in Illinois aimed at achieving the same end in that state. Slipping under our radar until now, however, is a measure in Oklahoma introduced earlier this month that would create a feasibility study to examine the possibility of nuclear power in the Sooner State.

Last week’s announcement from the Tennessee Valley Authority about its “New Nuclear Program,” which outlines the potential development of the Clinch River site near Oak Ridge National Laboratory in Eastern Tennessee, is the catalyst for this week’s #ThrowbackThursday post. The Clinch River site was originally planned to be the location for the Clinch River Breeder Reactor, a project that, at the time, was meant to be the future of the nuclear industry in the United States.

Macron

As part of its drive for carbon neutrality by 2050, France will build at least six new nuclear reactors in the coming decades, according to a February 10 article from Reuters. "What our country needs, and the conditions are there, is the rebirth of France's nuclear industry," French president Emmanuel Macron said as he announced France’s new nuclear strategy.

Macron also said that he wanted to extend the life spans of France’s existing nuclear plants.

The price tag: The six new plants would be built and operated by state-controlled energy provider EDF, which has estimated the cost of those plants total at about 50 billion euros (about $57 billion), depending on financing conditions, according to the article.

The first new reactor, an evolution of the European Pressurized Reactor (EPR), would come on line by 2035, Macron said. The article added that the country would embark on a study to determine whether a further eight reactors beyond the initial six would be needed.

The way in which some New Mexico lawmakers are ganging up against Holtec International’s plans to build a consolidated interim storage site for spent nuclear fuel makes it seem that everyone in the state is against the project, no matter that the benefits would far outweigh any risks.

But, as a recent editorial in the Albuquerque Journal illustrates, the communities of southeastern New Mexico, where the facility would be located, are firmly behind the project. They are, after all, well versed in nuclear technology and cognizant of the economic and social benefits it would bring.

Two GOP lawmakers are calling on the Government Accountability Office to undertake an assessment of the Nuclear Regulatory Commission’s preparedness to review and approve advanced reactor applications.

In a February 4 letter to the GAO, Sen. Shelley Moore Capito (R., W.Va.), ranking member of the Senate Environment and Public Works Committee, and Rep. Cathy McMorris Rodgers (R., Wash.), ranking member of the House Energy and Commerce Committee, wrote, “Recent NRC actions concerning certain licensing activities raise questions about the agency’s capability to manage effectively first-mover applications for new, advanced technologies.”

Small modular reactor developer NuScale Power has informed the Nuclear Regulatory Commission via letter that a combined license application (COLA) for the Carbon Free Power Project’s SMR plant is expected to be submitted to the agency in January 2024. The COLA will be for a six-unit 77-MWe plant.

The public power consortium Utah Associated Municipal Power Systems launched the Carbon Free Power Project in 2015 to develop, own, and operate the nation’s first SMR plant, to be located at Idaho National Laboratory, with reactor technology supplied by NuScale.

A full-scale, electrically heated prototype for the Department of Energy’s Microreactor Applications Research Validation and Evaluation (MARVEL) project was fabricated in just nine months, according to an article published by Idaho National Laboratory on January 31. The article explains in part how a team from the lab’s machine shop created the prototype.