Paris Ortiz-Wines

“Nuclear is finding its way into real acceptance and enthusiasm, and that’s really exciting.” So said secretary of energy Jennifer Granholm at the COP27 climate conference last November.

For the past 65 years, humanity has harnessed the power of the atom. Since the grid connection of the world’s first commercial nuclear plant in 1957, nuclear has been an unsung hero in providing reliable, clean energy for generations. Nuclear is the world’s fourth-largest source of energy and the second-largest low-carbon source of energy, per Our World in Data.

And yet, it wasn’t until September of 2021, when it became increasingly clear that the world was entering an energy crisis, that nuclear found its way back into the spotlight. Five months later, with the invasion of Ukraine, countries dependent on Russian gas found themselves in a precarious and costly position.

Nuclear dismantling and decommissioning company APTIM said it is on schedule to wrap up field activities decommissioning the U.S. Navy’s Surface Ship Support Barge (SSSB) by April, with project closure slated for June. The company announced yesterday that its team has completed the demolition of the barge’s former spent fuel water pool, also referred to as the “wet pit,” or the heart of the vessel.

NuScale Power, the Portland, Ore.–based small modular reactor developer, announced last week that it has placed the first upper reactor pressure vessel (RPV) long-lead material (LLM) production order with South Korea’s Doosan Enerbility.

NIST's Center for Neutron Research in Gaithersburg, Md. (Photo: NRC)

The Nuclear Regulatory Commission has authorized the restart of a test reactor at the National Institute of Standards and Technology, in Gaithersburg, Md. The reactor was shut down in February 2021 when a fuel element became damaged during startup and approach to full power. The incident violated the NRC’s fuel cladding temperature safety limit, although public health and safety were not affected, according to the agency.

The reactor is located at NIST’s Center for Neutron Research.

“Right now, our country is deficient in nearly every aspect of the fuel cycle. This must change and it must change quickly,” said Sen. Joe Manchin (D., W.V.), chairman of the Senate Committee on Energy and Natural Resources (ENR), as he opened a Full Committee Hearing to Examine the Nuclear Fuel Cycle on March 9. “Whether it is uranium mining, milling, conversion, enrichment, nuclear fuel fabrication, power generation, or nuclear waste storage and disposal, there is much work to be done, starting with conversion and enrichment. Simply put, Russia dominates the global market, representing nearly half of the international capacity for both processes.”

Christopher Hanson

The origins of the Nuclear Regulatory Commission’s robust international program date back to 1953, when President Eisenhower, in an address to the United Nations, promised to share U.S. nuclear expertise with the world. This commitment underpins our international programs today.

The NRC’s early focus was cooperating with countries operating U.S. reactor technology to leverage collective operating experience. But requests for assistance grew steadily, and the 1986 Chernobyl nuclear accident made clear that international assistance was vital for global safety. We helped promote development of independent regulators in the former Soviet Union, and in a 1994 report, the independent NRC Office of the Inspector General praised how the NRC assisted Ukraine in establishing laws, regulations, and enforcement capacity.

The Texas Department of State Health Services issued a public notification of a missing radiographic camera in Houston, Texas, on March 11. According to the department, the last known location of the device was 4040 Little York Road, on the northern edge of the city.

Proponents of Diablo Canyon nuclear power plant received the heartening news on March 2 that the Nuclear Regulatory Commission had granted a “timely renewal” exemption to allow the plant to continue operating while its new license renewal application was under review. The exemption came after the NRC denied in January plant owner Pacific Gas & Electric’s request for the agency to resume review of its original license renewal application.

Craig Piercy
piercy@ans.org

I have always enjoyed reading BP’s annual Energy Outlook. It’s usually the first major energy report of the new year, and while it is written by a fossil fuel company, it’s one with well-documented clean energy intentions. So, assuming you dial in the right “bias correction,” it’s a good hot take on macro energy trends.

The 2023 edition essentially confirms what we have all been thinking: The Russia-Ukraine war has caused “persistent effects” in the global energy landscape, which in turn have accelerated the shift to clean technologies.

Nuclear fares well. Its share of energy generation grows in all three of the report’s scenarios. In fact, only nuclear and renewables see growth as a percentage of total world primary energy between now and 2035.

X-energy, the Rockville, Md.–based small modular reactor developer, has announced its plan to open the first Xe-100 reactor fleet management, monitoring, and training facility—the Plant Support Center–East (PCSE)—in the fourth quarter of this year.

When it comes to managing nuclear waste, technology is transforming the way some of the most problematic waste is handled. The idea to transform nuclear waste into glass was developed back in the 1970s as a way to lock away the waste’s radioactive elements and prevent them from escaping. For more than 40 years, vitrification has been used for the immobilization of high-level radioactive waste in many countries around the world, including the United States.

A nuclear-powered hydrogen production facility has commenced operation at Constellation Energy’s Nine Mile Point plant, the company announced this week. The facility is the first of its kind in the United States to generate hydrogen using nuclear power, courtesy of the New York plant’s two boiling water reactors, the 620-MWe Unit 1 and 1,287-MWe Unit 2.

Steven Arndt
president@ans.org

As president of ANS, I am frequently asked, if it is the American Nuclear Society, why are you concerned with what is happening outside the United States? I usually start with a simple response: Although ANS is incorporated in the U.S., the Society has local and student sections as well as members in a number of other countries and is involved with key issues throughout the world. Although this is true—we have seven international sections and four international student sections, and about 10 percent of our membership is from other countries—it is only part of the story. From the very beginning, nuclear science and technology has been an international collaboration. The U.S. certainly can claim leadership in a lot of the advances in the research and industrial applications of our technology, but most of our advances have been based on active collaboration both within and across borders.

During my tenure, I have seen this firsthand. As travel has opened up throughout the world in the past year, I have visited the Latin American and French sections of ANS, as well as the University of Puerto Rico student section, and I have attended a number of ANS-sponsored technical meetings throughout the world.

Two Department of Energy sites recently announced training partnerships with local technical and community colleges designed to offer students hands-on work experience while building a workforce pipeline to waste management jobs.

The Nuclear Regulatory Commission has accepted for review Northern States Power Company’s subsequent license renewal application for its Monticello nuclear power plant. A notice of the agency’s decision, along with information on requests for a hearing in the matter, was published in the March 3 Federal Register.

The Nuclear Regulatory Commission announced last Friday the issuance of 2022 assessment letters to operators of the nation’s commercial nuclear reactors, noting that of the 93 units in the agency’s Reactor Oversight Process, 87 “reached the highest performance category in safety and security,” known as Licensee Response.

The second of three machines that will be used to safely remove waste from the Magnox Swarf Storage Silo at the Sellafield nuclear site in the United Kingdom has successfully been assembled, it was announced by Sellafield Ltd., a subsidiary of the U.K. government’s Nuclear Decommissioning Authority.

A video showing how waste is removed and the Magnox Swarf Storage Silo prepared for decommissioning has been posted to YouTube and can be found here.

Women including Marie Skłodowska-Curie, Lise Meitner, Chien-Shiung Wu, and Katharine Way were key pioneers in nuclear science and technology, but today the visibility of women in the nuclear sector remains low. Women make up just one-quarter of people employed in the nuclear sector, and for STEM positions in that field specifically, they make up just one-fifth of the workforce. About 8,000 of those women responded to an a survey from the OECD Nuclear Energy Agency, and their responses have been captured in Gender Balance in the Nuclear Sector, a new report from the OECD NEA.

Hanford manager Brian Vance discusses the DFLAW program during a panel session at the 2023 Waste Management Symposia. (Photo: DOE)

Hanford’s waste vitrification operations are unlikely to start by the Department of Energy’s year-end goal, said Brian Vance, manager of the DOE’s Office of River Protection and Richland Operations Office for the Hanford Site in Washington state. The DOE is working to meet its obligations to begin processing Hanford’s low-level radioactive tank waste as part of its Direct-Feed Low-Activity Waste (DFLAW) program.

“The probability for 2023 is very low,” Vance said, regarding the department’s plan to begin vitrifying the tank waste. Vance made his remarks during a panel session of the 2023 Waste Management Symposia in Phoenix, Ariz., on February 28.

The American Nuclear Society election is now open, and ANS members can vote for the Society’s next vice president/president-elect and the treasurer.

Each member can help select the new leaders who will guide ANS into the future. This election is an opportunity for members to have a voice and shape the direction of the Society. Elected leaders will be responsible for setting the strategic direction of ANS in the following year and working to further its mission of advancing nuclear science and technology. The leaders also will be responsible for representing the interests of ANS and its members and for ensuring that the Society remains at the forefront of nuclear innovation and discovery.