Blue Energy raises $380M to build the world's first project-financeable nuclear plant using prefab shipyard modules

Blue Energy raises $380M to build the first project-financeable nuclear plant

Blue Energy isn't building a new reactor. Jake Jurewicz, the company's co-founder and CEO, is betting that the nuclear industry's real problem was never the technology — it was the construction.

$380M has been raised to put deposits on long-lead equipment and complete engineering, licensing, and site development. The capital goes toward execution, not R&D. Blue Energy uses mature light water reactor technology and plans to prefabricate plant modules at existing oil and gas fab yards and shipyards, barge them to site on the order of 1,000 to 2,000 tons per module, and install them like, in Jurewicz's words, "giant Lego pieces."

“We have announced a $380,000,000 raise. Our focus is on building the world's first project financeable nuclear power plant — borrowing best practices from LNG and offshore oil and gas to prefabricate everything at existing fab yards and shipyards, then barge it all as a prefabricated system to the operating site. We're looking at generating first power in 2030–2031, and first nuclear commercial operation in 2032.”

What went wrong at Vogtle

Jurewicz uses the Vogtle project as the case study Blue Energy is built to avoid. Vogtle came in roughly two to three times over budget, but over 40% of that cost overrun was construction overhead — training and relocating 10,000 skilled workers to a single remote site, setting up nuclear quality assurance programs in the field, competing with data center projects for the same labor pool. Another third of the cost was capitalized interest on debt, because the project took over ten years to generate any revenue.

Blue Energy's answer is to keep the workforce centralized at fab yards and shipyards, move roughly 80% of CapEx into fixed-price contracts with those facilities, and lock designs to roughly 60% detailed engineering before fabrication begins. That last requirement is structural: because the modules arrive prefabricated, the designs have to be frozen upfront, which sidesteps the regulatory rework cycle that plagued Vogtle — where every field deviation required re-approval or demolition.

Licensing and regulatory approach

Rather than pursuing the combined operating and construction license that Vogtle used — which froze the blueprint entirely and turned minor field changes into multi-month ordeals — Blue Energy is following the original Part 50 licensing process, which allows for an incremental approval structure. The company says it has already received NRC sign-off on its gas-to-nuclear conversion methodology.

Gas-to-nuclear conversion

The most distinctive near-term move is what Jurewicz calls "gas to nuclear conversion." Blue Energy plans to build the nuclear steam turbine system first, sized and qualified for nuclear steam conditions, then fire it initially with two combustion turbines in a combined cycle configuration. That lets the company project-finance roughly half the CapEx on the gas side before the reactor is installed. Once the reactor is built, the steam source is switched over. Jurewicz says the NRC has already bought off on this approach.

Target dates: first power from gas turbines in 2030 or 2031, first nuclear commercial operation in 2032. The first plant is intended to power a new AI data center.

Target scale

Each site is targeting 1 to 1.5 gigawatts, built from multiple small modular reactor units ranging from 50 to roughly 300 megawatts each. Multi-unit operations are part of the cost reduction thesis.

Blue Energy is headquartered in Chevy Chase, Maryland, close to NRC headquarters, with offices in Edinburgh — where offshore engineering talent is concentrated — and Houston.