US regulator approves TerraPower's first nuclear reactor construction

The US Nuclear Regulatory Commission has granted TerraPower permission to begin building its innovative sodium-cooled nuclear reactor in Kemmerer, Wyoming. Backed by Bill Gates, the Natrium project marks the first such approval in nearly a decade and aims to integrate energy storage for better compatibility with renewables. Construction is expected to wrap up by 2030, though an operating license remains pending.

On March 4, 2026, the US Nuclear Regulatory Commission (NRC) issued its first construction permit for a nuclear reactor in almost a decade, allowing TerraPower to start work on a site in Kemmerer, Wyoming. The company, founded and financially supported by Bill Gates, is developing the Natrium reactor in partnership with GE Hitachi Nuclear Energy as part of the Department of Energy's Advanced Reactor Demonstration Program.

The Natrium design features liquid sodium cooling, which keeps the coolant liquid without the high-pressure challenges of traditional water-cooled reactors. However, sodium's reactivity with air or water poses potential risks. As a fast-neutron reactor, it can process certain isotopes that might otherwise become radioactive waste. The plant's capacity is 345 megawatts, smaller than typical one-gigawatt facilities, and includes salt-based thermal storage to hold heat for later electricity generation. This setup enables temporary output up to 500 megawatts and supports operation alongside variable renewable energy sources.

TerraPower selected the Kemmerer site in 2021 and submitted its application in early 2024, just before the ADVANCE Act passed in June 2024 to streamline nuclear approvals. The NRC completed its review nearly 10 months ahead of schedule. Globally, only about 25 significant sodium-cooled reactors have been built, with the US last constructing one in the 1960s and operating one in the 1990s.

The project, a public-private partnership, is projected to cost at least $4 billion and finish by 2030, though delays are anticipated for this first-of-its-kind build. It arrives too late for the near-term surge in data center power needs driven by AI. An operating license is still required, and while the current administration favors simplifying such processes, the timeline may extend into the next one.

Advocates highlight nuclear power's role in providing low-carbon energy without the emissions of coal or gas plants, especially amid rising demands from technology infrastructure. Critics, however, emphasize safety concerns and challenges in managing nuclear waste, questioning the net environmental benefits.

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US Air Force C-17 unloads pioneering 5-megawatt microreactor at Hill Air Force Base, Utah, in first military airlift of portable nuclear tech.
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US military airlifts unfueled 5-megawatt microreactor from California to Utah in first-of-its-kind move

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The Pentagon and the Department of Energy flew an unfueled, 5-megawatt microreactor built by California startup Valar Atomics on a C-17 from March Air Reserve Base in California to Hill Air Force Base in Utah on Feb. 15, 2026, in what officials described as the first such airlift aimed at speeding deployment of portable nuclear power for military and civilian use.

Following the US Nuclear Regulatory Commission's approval for TerraPower's Natrium small modular reactor (SMR) in Wyoming, SK Innovation and Korea Hydro & Nuclear Power (KHNP) are expanding their collaboration on the project, leveraging their investments and expertise to build an SMR ecosystem for industrial applications like data centers.

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The Trump administration has announced a partnership with Valar Atomics to test its small-scale nuclear reactor for government use. On February 15, the reactor was transported from California to Utah's Hill Air Force Base. This move aligns with efforts to advance nuclear energy for national defense and innovation.

Climate Minister Kim Sung-whan announced on January 26 that South Korea will construct two new nuclear reactors by 2038 at the latest, reflecting public support amid growing demand for clean energy. This is part of the 12th basic plan for electricity supply and demand covering 2026-2040, continuing the previous administration's initiative to address climate change through carbon emission reductions.

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The No. 6 reactor at the Kashiwazaki-Kariwa nuclear power plant in Niigata Prefecture restarted on Tuesday after a scheduled brief halt for inspections. Tokyo Electric Power Company Holdings reactivated it at 6:25 a.m., finding no issues in turbine-related equipment. This marks the first electricity generation in about 14 years for the unit.

The Japanese government has approved Tokyo Electric Power Company Holdings' new business turnaround plan, targeting ¥3.1 trillion ($20.2 billion) in cost cuts over 10 years starting from fiscal 2025. The measures address massive expenses from the 2011 Fukushima No. 1 nuclear meltdown, achieved via business streamlining, reduced investments, and asset sales. Tepco expects to return to profitability next year, assuming a reactor restart.

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South Korea has restarted the Gori-2 nuclear reactor at the Gori Nuclear Power Plant in Busan after a three-year suspension for safety checks and improvements. Operator Korea Hydro & Nuclear Power Co. received permission to resume operations last November. The reactor began commercial operations in April 1983 as the country's third nuclear power unit.

 

 

 

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