Air Force Eyes Nuclear Microreactors at Two Bases by 2030

The U.S. Air Force has identified Buckley Space Force Base in Colorado and Malmstrom Air Force Base in Montana as potential locations for on-site nuclear microreactors. The goal is to have these reactors operational by 2030, enhancing the energy resilience and security of these critical military installations. This initiative reflects a broader effort within the Department of Defense to explore advanced energy solutions that can provide reliable power in diverse and challenging environments.

Microreactors offer a compact and potentially more secure alternative to traditional power sources. Unlike large-scale nuclear power plants, microreactors are designed to be small, self-contained, and transportable. They can provide a consistent energy supply, reducing reliance on vulnerable external grids. For military bases like Buckley and Malmstrom, which house essential national security assets, this enhanced energy independence is crucial.

Buckley Space Force Base is a vital hub for space-based missile warning systems and satellite operations, hosting elements of the Space Delta 4 and Space Delta 2. Malmstrom Air Force Base is one of three U.S. Air Force bases that maintains and operates intercontinental ballistic missiles (ICBMs), specifically the Minuteman III. The continuous operation of these facilities is paramount. A microreactor would provide a dedicated power source, ensuring operations continue uninterrupted during grid outages or other emergencies, directly impacting the 341st Missile Wing at Malmstrom and the space operations personnel at Buckley.

The Air Force's interest in microreactors aligns with a broader push within the Department of Defense to adopt innovative energy technologies. The DoD is one of the largest energy consumers in the world, accounting for approximately one percent of total U.S. energy consumption, and its energy needs are only growing. Microreactors represent a potential solution to address these needs while also reducing the military's carbon footprint and enhancing energy security. The DoD's operational energy strategy aims to improve military capabilities, reduce costs, and mitigate risks by promoting energy efficiency and diversification.

While the selection of Buckley and Malmstrom as potential sites is a significant step, the project still faces regulatory hurdles and requires further environmental and safety assessments. The Nuclear Regulatory Commission (NRC) will play a crucial role in licensing and overseeing the deployment of these microreactors. Community engagement and public acceptance will also be critical to the successful deployment of these microreactors. The Air Force will need to address concerns about nuclear safety, waste disposal, and potential environmental impacts to gain public support. The Air Force anticipates holding public forums and releasing environmental impact statements to address community concerns.

The successful implementation of microreactors at these bases could pave the way for wider adoption across the military. If the pilot projects at Buckley and Malmstrom prove to be safe, reliable, and cost-effective, the Air Force and other branches of the military could deploy microreactors at other critical installations, enhancing energy resilience and operational effectiveness across the force. This initiative marks a significant step towards a more secure and sustainable energy future for the U.S. military. The Army, for example, has also expressed interest in microreactors for forward operating bases.

The pursuit of microreactors can be seen as a modern parallel to the Army Nuclear Power Program (ANPP) of the 1950s and 60s, which aimed to develop small nuclear reactors for remote military installations. While the ANPP ultimately faced challenges due to cost and safety concerns, the current microreactor initiative benefits from advancements in reactor technology and a renewed focus on energy security. The ML-1, a mobile nuclear reactor developed under ANPP, serves as a historical example of the military's long-standing interest in portable nuclear power.

For service members and veterans, the deployment of microreactors could have several practical implications. Enhanced energy security at military bases translates to more reliable infrastructure and uninterrupted services, including healthcare, housing, and recreational facilities. Veterans relying on base services, particularly those residing near Buckley and Malmstrom, could benefit from a more resilient power grid. Furthermore, the development and operation of microreactors could create new job opportunities for veterans with relevant technical skills, such as nuclear engineering and reactor operation.