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See the full story · 8 sourcesThe effort is expected to lead to a total of more than 20 reactors being installed within five years.
Listen Summarise The US Army will invest US$2.2 billion to install small nuclear reactors at five bases, aiming to have over 20 reactors in operation within five years. The reactors are micro reactors under 20 megawatts, designed to provide reliable power even if bases are isolated from local grids. The programme aims to boost military base resilience against grid attacks and advance the US nuclear industry by supporting new reactor technology development. AI generated
WASHINGTON – The US Army is planning to deploy small reactors to power five bases across the country, investing US$2.2 billion (S$2.8 billion) to accelerate the Trump administration’s efforts to boost America’s nuclear industry.
Under the Janus programme, the Army has tapped five suppliers that will each be working at a single site, according to a statement on Aug 26.
The effort is expected to lead to a total of more than 20 reactors being installed within five years, with at least one going into service by the end of September 2028.
The initiative is part of the Trump administration’s broader push to revive a US nuclear industry that has regained momentum but added little capacity in decades.
The White House aims to quadruple US reactor capacity by 2050, while the Air Force in April announced plans to power three sites with reactors.
But the military projects will rely on untested designs and some suppliers that have little or no track record of building power plants, creating a risk that some of these projects could fall behind schedule or miss key milestones.
“There are no companies that have complete micro reactor designs,” Jeff Waksman, principal deputy assistant secretary of the Army for installations, energy and environment, said during a conference call.
“We know that this is going to be very difficult and that there’s a very real chance that one or more of these companies will fail.”
These are the nuclear suppliers that will be responsible for building, owning and operating power plants at the sites:
Antares Nuclear Inc – Fort Bragg, North Carolina
Radiant Industries Inc – Fort Benning, Georgia
Westinghouse Electric Co – Fort Drum, New York
BWX Technologies Inc – Fort Campbell, Kentucky
The companies are pursuing a broad range of technologies and sizes, though all are developing so-called micro reactors: power plants that typically have less than 20 megawatts of capacity.
That’s much smaller than the conventional nuclear plants that are widely used today and usually have about 1 gigawatt of capacity.
The smaller size is better suited for a base or campus, and are designed to supply reliable electricity even if the facility is isolated or cut off from the local power grid.
Westinghouse is known for its large nuclear plants, but the Janus programme involves a new design that has never been built.
BWXT has a long history of supplying reactors for US Navy vessels and has been involved in an earlier military project, but this effort involves a larger design.
General Atomics is a defence contractor with a strong background in nuclear energy, but it’s also developing a new reactor for the army programme.
Antares and Radiant are both startups that have yet to deliver completed systems to a customer.
The efforts to install nuclear reactors at Department of Defence sites is designed to make US military bases more resilient as adversaries target the power grid, according to Lucian Niemeyer, a former assistant secretary for defence who served during Trump’s first administration.
“We realise the grid is prime target,” said Niemeyer, who is now a principal at The United Coalition for Advanced Nuclear. “There are cyber threats facing our grid, there are drone threats. What the DOD is trying to do is get those targets off the grid.”
The programme is also aimed at advancing the US nuclear industry, Waksman said.
Having reactors in service at military bases will help the suppliers move forward with developing and licencing civilian projects.
“There’s always that big first-of-a-kind risk with any new reactor technology,” he said. “We believe that this will be the spear tip, not just for micro reactors, but for all advanced reactors in the United States.” BLOOMBERG
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