Core Power

The page examines how floating nuclear power plants could supply scalable electricity for data centers and AI infrastructure.

Policy Exchange’s report argues the UK can leverage its nuclear and maritime strengths to enable commercial-scale licensing, insurance, and deployment of maritime nuclear technology.

The IAEA’s ATLAS initiative convened industry and government leaders in Washington, D.C., to discuss advancing maritime nuclear deployment.

CORE POWER’s feasibility study with BWXT evaluates technical, regulatory, and commercial pathways for integrating BWXT’s mPower small modular reactor into a floating nuclear power plant.

Maritime nuclear is moving into a more practical phase. The question is no longer simply whether nuclear technology can operate at sea. Increasingly, the focus is on what is required to deploy it safely, commercially and at scale.

CORE POWER and Port of Corpus Christi to Study Maritime Nuclear Readiness Study will examine opportunities for firm, reliable power from floating nuclear power plants and readiness for future calls by nuclear-powered commercial ships

August brought significant national and international coverage of CORE POWER’s work in the United States, including nuclear-powered commercial shipping and maritime nuclear readiness at the Port of Corpus Christi.

September’s coverage focused on the practical steps needed to advance maritime nuclear, from transatlantic shipping corridors and port readiness to the commercial implications of nuclear-powered vessels.

Ship-based nuclear energy systems that deliver reliable power where industry and nations need it most.