Bluecore Energy has purchased low-enriched uranium for its first nuclear energy system, as per an October 13 announcement. The purchase moves the team closer to fuel fabrication and testing for its compact floating reactor.
The California-based company secured uranium hexafluoride (UF₆) enriched to 4.95 percent uranium-235 through nuclear fuel intermediary WMC. The material is being held at a US nuclear fuel facility outside California while Bluecore advances plans for fuel fabrication, testing, and validation.
The purchase moves the development effort beyond reactor design and non-fueled hardware toward establishing a physical fuel supply. However, Bluecore has not yet reported operating a fueled reactor, and the announcement does not establish a timeline for its first fueled tests.
From enriched uranium to nuclear fuel
The purchased uranium is in the form of UF₆, which is used during the enrichment stage of the nuclear fuel cycle. Before it can be used in a conventional reactor fuel assembly, the material will undergo further processing.
Bluecore will eventually convert the UF₆ into uranium dioxide (UO₂), which it can manufacture into fuel pellets and assemble into nuclear fuel.
Securing enriched uranium establishes an important part of the fuel supply pathway, but it is only one stage in developing an operationalnuclear energysystem. Fuel fabrication, qualification, testing, and regulatory requirements remain ahead.
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Regulatory work advances alongside engineering
Bluecore is pursuing its regulatory and technical development in parallel. In August, the company began pre-application engagement with the US Nuclear Regulatory Commission (NRC), presenting a conceptual overview of its design and discussing its proposed regulatory strategy with agency staff.
The US Coast Guard also participated in the meeting. Its involvement comes as the NRC and Coast Guard establish a framework for coordinating on civilian maritime nuclear projects.
These discussions are part of the company’s efforts to address the requirements for both nuclear technology and its intended maritime deployment. Pre-application engagement does not constitute a construction or operating license.
The company has also secured an Approval in Principle (AIP) from the American Bureau of Shipping (ABS) for its floating nuclear power plant design. Awarded in June 2026, the approval was the first ABS AIP for a US-designedfloating nuclear power plant.
The assessment evaluated the concept against the intent of applicable ABS rules and guides and set out a roadmap of technical requirements to address as the design develops. An AIP is an early design assessment, not final authorization to build or operate a nuclear facility.
Developing nuclear power on a floating platform
Bluecore is headquartered at the Port of Long Beach, California, where it is developing its first maritime nuclear energy system and a prototype reactor module without nuclear fuel.
Thecompany saysit is designing its technology from the outset for floating maritime platforms rather than adapting a conventional land-based nuclear plant. Depending on the application, potential uses could include ports, coastal infrastructure, and artificial intelligence data centers.
Bluecore has emphasized that it does not operate an active nuclear reactor or store nuclear fuel at its Long Beach headquarters. Theenriched uraniumit has purchased is held at a separate US nuclear fuel facility.
The company also recently raised $50 million in seed financing, announced less than three months after it emerged from stealth. It says the funding and latest technical milestones are supporting parallel work on engineering, safety, testing, and regulatory engagement.
The next steps include advancing fuel fabrication and qualification while continuing to develop its reactor system and address federal and maritime requirements.
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Kaif ShaikhKaif Shaikh is a journalist and writer passionate about turning complex information into clear, impactful stories. His writing covers technology, sustainability, geopolitics, and occasionally fiction. A graduate in Journalism and Mass Communication, his work has appeared in the Times of India and beyond. After a near-fatal experience, Kaif began seeing both stories and silences differently. Outside work, he juggles far too many projects and passions, but always makes time to read, reflect, and hold onto the thread of wonder.
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Bluecore Energy has purchased low-enriched uranium for its first nuclear energy system, as per an October 13 announcement. The purchase moves the team closer to fuel fabrication and testing for its compact floating reactor.
The California-based company secured uranium hexafluoride (UF₆) enriched to 4.95 percent uranium-235 through nuclear fuel intermediary WMC. The material is being held at a US nuclear fuel facility outside California while Bluecore advances plans for fuel fabrication, testing, and validation.
The purchase moves the development effort beyond reactor design and non-fueled hardware toward establishing a physical fuel supply. However, Bluecore has not yet reported operating a fueled reactor, and the announcement does not establish a timeline for its first fueled tests.
From enriched uranium to nuclear fuel
The purchased uranium is in the form of UF₆, which is used during the enrichment stage of the nuclear fuel cycle. Before it can be used in a conventional reactor fuel assembly, the material will undergo further processing.
Bluecore will eventually convert the UF₆ into uranium dioxide (UO₂), which it can manufacture into fuel pellets and assemble into nuclear fuel.
Securing enriched uranium establishes an important part of the fuel supply pathway, but it is only one stage in developing an operationalnuclear energysystem. Fuel fabrication, qualification, testing, and regulatory requirements remain ahead.
More from Energy
See AllEnergyNew electric car battery concept promises lighter packs with improved driving rangeEnergyTesla batteries help Texas energy site double storage capacity to 300 megawattsEnergyX-ray imaging detects pores as small as 80 nanometers in nuclear fuel claddingEnergyNew 800V battery for electric trucks delivers 358 kW, charges to 80% in 42 minutesEnergyFrom wind farms to concrete: Old turbine blades could cut rebar emissions by 90%WMC operates across the front end of the nuclear fuel cycle and supports customers with uranium procurement, conversion and enrichment products, logistics, storage, financing, and processing.
Regulatory work advances alongside engineering
Bluecore is pursuing its regulatory and technical development in parallel. In August, the company began pre-application engagement with the US Nuclear Regulatory Commission (NRC), presenting a conceptual overview of its design and discussing its proposed regulatory strategy with agency staff.
The US Coast Guard also participated in the meeting. Its involvement comes as the NRC and Coast Guard establish a framework for coordinating on civilian maritime nuclear projects.
These discussions are part of the company’s efforts to address the requirements for both nuclear technology and its intended maritime deployment. Pre-application engagement does not constitute a construction or operating license.
The company has also secured an Approval in Principle (AIP) from the American Bureau of Shipping (ABS) for its floating nuclear power plant design. Awarded in June 2026, the approval was the first ABS AIP for a US-designedfloating nuclear power plant.
The assessment evaluated the concept against the intent of applicable ABS rules and guides and set out a roadmap of technical requirements to address as the design develops. An AIP is an early design assessment, not final authorization to build or operate a nuclear facility.
Developing nuclear power on a floating platform
Bluecore is headquartered at the Port of Long Beach, California, where it is developing its first maritime nuclear energy system and a prototype reactor module without nuclear fuel.
Thecompany saysit is designing its technology from the outset for floating maritime platforms rather than adapting a conventional land-based nuclear plant. Depending on the application, potential uses could include ports, coastal infrastructure, and artificial intelligence data centers.
Bluecore has emphasized that it does not operate an active nuclear reactor or store nuclear fuel at its Long Beach headquarters. Theenriched uraniumit has purchased is held at a separate US nuclear fuel facility.
The company also recently raised $50 million in seed financing, announced less than three months after it emerged from stealth. It says the funding and latest technical milestones are supporting parallel work on engineering, safety, testing, and regulatory engagement.
The next steps include advancing fuel fabrication and qualification while continuing to develop its reactor system and address federal and maritime requirements.
Get the latest in engineering, tech, space & science - delivered daily to your inbox.
By subscribing, you agree to our
Terms of Useand
PoliciesYou may unsubscribe at any time.
0
COMMENT
Subscribe to
Today!
Access to exclusive content, expert insights and a deeper dive into engineering and tech. No ads, no limits.
Explore Now!By
Kaif ShaikhKaif Shaikh is a journalist and writer passionate about turning complex information into clear, impactful stories. His writing covers technology, sustainability, geopolitics, and occasionally fiction. A graduate in Journalism and Mass Communication, his work has appeared in the Times of India and beyond. After a near-fatal experience, Kaif began seeing both stories and silences differently. Outside work, he juggles far too many projects and passions, but always makes time to read, reflect, and hold onto the thread of wonder.
- 1Avatar comes to life: Honda's new robot mirrors human movements to work remotely
- 2OpenAI says its own models helped identify employee arrested over hidden office bug
- 3Gemini 4 Argon cuts quantum computing costs 100-fold, advances fusion and robotics
- 4US lab develops magnet storage stands for world's first polarized electron-ion collider
- 5New drone interceptor takes off like a quadcopter, then flies forward autonomously
