Oklo Wins Key Contract to Power Air Force Base with Advanced Nuclear Reactor
Santa Clara, CA – June 11, 2025 – In a landmark move for energy resilience and national security, Oklo Inc. (NYSE: OKLO) has received a Notice of Intent to Award (NOITA) from the Defense Logistics Agency Energy (DLA Energy) on behalf of the Department of the Air Force (DAF) and the U.S. Department of Defense.The contract will see Oklo deploy its innovative Aurora powerhouse – a small, advanced nuclear reactor – to provide clean, reliable power to a critical Air Force installation.
This pilot project marks a notable step towards bolstering energy independence for vital national security infrastructure. Oklo was selected after a rigorous evaluation process, solidifying its position as a leader in advanced nuclear technology.
Powering Eielson Air Force Base in Alaska
Under the anticipated agreement, Oklo will be responsible for the complete lifecycle of the power plant – design, construction, operation, and maintenance. The company will deliver both electricity and heat to Eielson Air Force Base in Alaska under a long-term power purchase agreement. This remote location makes it an ideal testbed for demonstrating the benefits of off-grid, resilient power.
“This Notice of Intent to Award reflects continued confidence in Oklo’s ability to deliver clean and secure energy solutions for mission-critical infrastructure,” stated Jacob DeWitte,
Oklo to Power Alaska’s Eielson Air Force Base: A Technological Leap
Oklo to Power Alaska’s Eielson air Force Base: A Technological Leap
The Partnership: Oklo and Eielson AFB
Eielson Air Force Base (AFB) in Alaska is poised to become a pioneer in energy independence, thanks to a groundbreaking partnership with Oklo, a cutting-edge advanced fission company. This collaboration marks a meaningful shift toward advanced nuclear reactors and clean energy solutions, especially vital in remote and harsh environments like the Alaskan arctic. The project involves deploying one or more of Oklo’s advanced reactors to provide reliable, carbon-free power to the base.this strategic move highlights the USAF’s commitment to lasting energy, reducing its reliance on fossil fuels, and enhancing critical infrastructure resilience.Key benefits include increased energy security, a reduction in greenhouse gas emissions, and lower long-term operational costs.
Why eielson AFB? Strategic Energy Needs
eielson AFB is a strategic location for the U.S. Air Force, requiring a consistent and dependable power supply for various missions. Traditional power sources, often reliant on fossil fuels, are susceptible to price fluctuations, supply chain disruptions, and environmental impacts, a situation common to arctic bases. Utilizing an advanced nuclear reactor offers several key advantages:
- Energy Security: Providing a stable, locally sourced power supply.
- Environmental Benefits: Substantially reducing carbon emissions.
- Cost Competitiveness: Offering long-term cost savings compared to conventional fuel.
- Resilience: Withstanding disruptions to the supply chain and climate issues.
Oklo’s Technology: Microreactors and Their capabilities
Oklo’s innovative approach centers on the deployment of advanced microreactors, designed to be compact, scalable, and highly efficient. The reactors are designed to produce electricity with significantly reduced environmental impact,utilizing innovative fuel designs and advanced safety features. These reactors offer a compelling combination of power density,reduced waste generation,and the ability to operate for extended periods without refueling. This offers tremendous strategic value for bases located in remote,high-latitude locations. the microreactors are planned to undergo extensive testing and safety certifications prior to deployment at Eielson AFB or anywhere else.
Key Features of Oklo’s Microreactors
Oklo’s microreactors boast a range of performance and safety advantages for their potential applications:
- Small Footprint: Designed to fit in even the most space limited regions.
- Extended Operation: Able to operate for many years between refueling.
- Advanced Safety Systems: Featuring inherent safety characteristics.
- Modular Design: Allowing for scalability and easy deployment.
Benefits of Nuclear Power for Eielson AFB & Beyond
the implementation of Oklo’s microreactors at Eielson AFB provides a compelling series of practical benefits, which can set a precedent for other military bases, remote communities, and even industrial applications. The implications extend beyond simply generating electricity; it provides a pathway to a more sustainable,secure,and economically robust future.Nuclear microreactors offer several distinct advantages over traditional power systems. For a location like Eielson AFB, these are especially significant for energy independence and operational efficiency.
Specific Advantages for Eielson AFB:
The advantages of adopting Oklo’s microreactor technology at Eielson AFB are notably significant, given the unique operational and environmental considerations of the location:
| Advantage | Benefit |
|---|---|
| Energy Independence | Reduces reliance on foreign oil and vulnerable supply chains. |
| Carbon Emission Reduction | Eliminates greenhouse gases associated with fossil fuel power generation. |
| Cost Stability | Provides consistent energy costs, eliminating fluctuations associated with fuel prices. |
| Operational reliability | Offers a consistent and stable energy supply, critical for military operations and base security. |
Broader Implications: A Path to Decarbonization and Energy Security
The partnership between oklo and eielson AFB demonstrates the growing role of next-generation nuclear power in the energy landscape. It underscores the possibility of decarbonizing vital sectors, from national defense to industrial operations. The implications stretch even further:
- Community Advancement: Provides a model for remote communities.
- Technological Innovation: Stimulates advancements in nuclear research and related technologies.
- Job Creation: Drives employment in both construction and operation.
real-World Exmaple: The Potential for Energy Resilience in Alaska
Alaska’s unique environmental conditions often present significant energy challenges. Many communities are isolated and powered by diesel generators, an expensive and environmentally damaging practice. The success of the Oklo project at Eielson AFB can serve as a real-world proof of concept. This could be extended to enable microreactors to become a vital solution for securing reliable power in remote areas and for reducing dependence on environmentally costly fossil fuels. The deployment could also offer a chance for the state to reach its carbon reduction targets.
Next Steps: Deployment and Future Outlook
The project at Eielson AFB is currently progressing through various stages, including licensing, regulatory approvals, and detailed site planning. Success hinges on the active cooperation between Oklo,the Air Force,and the various regulatory bodies. Once the reactor is operational, the project has the potential to reshape energy generation and boost the capabilities of national defense. The ongoing progress will likely encourage further innovation, providing clean and dependable energy access in the arctic.
