$50M in Venture Capital Boosts Development of Seaborne Nuclear Energy

US-based startup Bluecore Energy has secured a fresh injection of 50 million dollars in venture capital to advance its small-scale floating nuclear energy project, which aims to provide clean energy to ships and ports. The Port of Long Beach-based company is betting on small modular reactor technology deployed on floating, modular platforms. The funding will advance engineering, testing, regulatory work and manufacturing, reflecting steady progress the company has made over the past six months.

 

Details of the Funding

 

Bluecore Energy has secured new funding. It raised 50 million dollars in venture capital. This will advance its nuclear energy project. The project is a floating nuclear system. It aims to provide clean energy.

The funding has clear allocations. It will support engineering and hardware. Testing and validation are also covered. Regulatory and classification work features too. Manufacturing and hiring complete the allocations.

 

The Technology

 

The technology has a distinctive design. It provides energy from water-cooled reactors. These sit on a floating platform. The platform is modular in design. It can theoretically be deployed anywhere.

The design offers notable flexibility. It is built for floating platforms. This provides greater flexibility. It can be anchored miles from a port. It uses ocean water for cooling.

 

The Regulatory Engagement

 

The company is engaging regulators. It works from two barges. These are anchored in the Port of Long Beach. It has engaged several bodies. These include the nuclear regulator.

The engagement is broad. It also involves the Coast Guard. Classification societies are also engaged. The aim is eventual validation. This concerns small modular reactors in shipping.

 

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The Policy Framework

 

The project sits within a policy framework. A memorandum was signed in July 2026. It makes Long Beach the first US seaport to partner with MARAD on nuclear. It is exploratory in nature. It covers reactors and port microgrids.

The framework clears a path. It enables work with several agencies. These include the Department of Energy. Safety standards can be developed. Operating protocols and inspections also feature.

 

The System's Capabilities

 

The system has defined capabilities. It is a 10-MW reactor. It could power one large container ship at berth. It could also power dockside cranes. Energy is delivered through subsea cables.

The company stressed the early stage. Nothing is yet approved or certified. It is taking essential baby steps. The technology remains in development. This reflects the project's complexity.

 

The Wider Context

 

The project sits within a growing field. Dozens of SMRs are under development worldwide. Several are barge-based. The flexibility of SMRs suits varied applications. This drives interest in the technology.

Other players are also active. Russia operates a floating nuclear plant. Companies in Denmark and the UK are developing reactors. Canada and Korea also have projects. This reflects a broadening global effort.