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New Safety Test Performed on Nuclear Fuel
The U.S. Department of Energy - Office of Nuclear Energy (DOE-NE) announced on October 4 that researchers at the Idaho National Laboratory performed an experiment that simulated the conditions of a loss of coolant accident (LOCA). This safety test was the first of its kind performed within the U.S. in more than 35 years, and the data collected will help the nuclear industry assess fuel performance, answer regulatory questions, and develop new fuel technologies. According to the announcement, LOCA testing is crucial to determining the behavior of fuels and materials under adverse conditions as well as developing accident tolerant fuels. Read more about this testing at the DOE's website.
NuScale's Reactor Technology to Power Data Centers in Ohio and Pennsylvania
World Nuclear News reported on October 9 that Standard Power intends to develop small modular reactor (SMR) facilities in Ohio and Pennsylvania by enlisting the assistance of the independent global energy development and production company, ENTRA1 Energy. ENTRA1 is NuScale's global strategic partner for the commercialization of SMR technology. Standard Power's plans include NuScale providing 24 units to collectively produce 1,848 MWe of clean energy for the data centers. According to NuScale, "The development of a commercial SMR power facility will not only help the data center achieve carbon reduction targets, but will also support the development of a new clean energy source to meet diverse energy transition needs." Standard Power's founder and CEO Maxim Serezhin believes SMR technology is the solution to delivering reliable 24/7 energy to consumers. He says, "We see a lot of legacy baseload grid capacity going offline with a lack of new sustainable baseload generation options on the market especially as power demand for artificial intelligence (AI)-computing and data centers is growing. By bringing together ENTRA1's superior strengths in project development and investment with NuScale's proven SMR technology, consumers can reduce their emissions footprint."
Ohio's HALEU Demonstration Project Kicks Off
The DOE-NE announced on its website on October 11 that the American Centrifuge Operating (ACO), a subsidiary of Centrus Energy Corp, started enrichment operations at the DOE's facility in Piketon, OH. This brings the nation one step closer to producing the first commercial quantities of high-assay low-enriched uranium, known as HALEU, which is the fuel for the United States' future fleet of advanced reactors. The demonstration project should produce 20-kg of HALEU by the end of this calendar year, and production is expected to continue into 2024 with increasing quantities. ACO's target is an annual production rate of 900-kgs of HALEU per year, with options to produce more in future years. The Ohio-generated fuel will be used to power the initial cores of two demonstration reactors that were awarded under the DOE's Advanced Reactor Demonstration Program.
Missouri's Weldon Spring Site Identified as "One of the Most Unique Tourist Attractions"
The Times of India printed a story on October 10 that identifies Missouri's Weldon Spring Site as "one of the most unique tourist attractions that one will come across in the United States." The article briefly describes the history of Weldon Spring and its status as a legacy site and suggests that visitors should take advantage of the rare opportunity to climb the "mini man-made mountain" (referring to the Weldon Spring Disposal Cell) in which 1.48 million cubic yards of nuclear waste is entombed. The travel feature ends with a cheeky statement that tourists need not rush to visit: "the facility is built to last thousands of years."
Michigan Banks on Hydrogen
The Detroit News reported on October 13 that the DOE is giving the Midwest Alliance for Clean Hydrogen, known as MachH2, $1 billion to develop regional supply chains for the production, distribution, and use of hydrogen in trucks and heavy-duty vehicles. The Midwest hub will produce hydrogen using "diverse and abundant energy sources," the DOE said, including renewable energy, natural gas, and nuclear energy. Whilst most hydrogen fuel today is produced from natural gas, the precise recipe of energy sources MachH2 will use to create hydrogen has not yet been announced. "If you can make the hydrogen with a clean source that's not generating carbon dioxide, then it puts you in a position to decarbonize those industries," said Todd Allen, co-director of MI Hydrogen and the University of Michigan's Glenn F. and Gladys H. Knoll department chair of nuclear engineering and radiological sciences. Energy Secretary Jennifer Granholm is quoted as stating that unlocking the full potential of hydrogen is crucial to American's clean energy future.
Let Us Read, And Let Us Dance
Voltaire declared that these two amusements -- reading and dancing -- will never do any harm to the world and, in service to bonhomie, Dr. Steve Maheras of the Pacific Northwest National Laboratory (PNNL) wanted to highlight two publications of interest to the MRMTC. The National Academies of Sciences, Engineering, and Medicine published a report entitled Laying the Foundation for New and Advanced Nuclear Reactors in the United States. Though unlikely to leave readers fleet of foot, this report explores the existential challenge posed by climate change and the role nuclear power might play in the future. Also of interest, the International Atomic Energy Agency (IAEA) published a report entitled Detection at State Borders of Nuclear and Other Radioactive Material Out of Regulatory Control. This publication provides guidance for States on planning, implementing, and evaluating nuclear security detection systems and measures at State borders. The IAEA website suggests that border guards, customs authorities, and national or local law enforcement might be particularly interested in the guidance developed in this report. That sounds worthy of dancing!
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