CORE POWER Teams with Glosten for Floating Nuclear Plant at U.S. Ports

• CORE POWER partners with Glosten to design a floating nuclear power plant (FNPP) for U.S. ports.
• FNPP will provide 175GWh of clean electricity for port operations and help decarbonize the marine industry.
• Glosten will assist in design, regulatory processes, and supply chain development.

CORE POWER has engaged the naval architecture and marine engineering firm Glosten to help design a floating nuclear power plant (FNPP) aimed at powering U.S. ports. The FNPP concept is a nearshore infrastructure system that includes a barge-based nuclear power plant, support services, electrical grid integration, and operational teams. This innovative solution is expected to provide 175GWh of clean electricity per year, powering port activities such as visiting ships, terminal cranes, port vehicles, and equipment.

Enabling Zero-Emissions Port Operations

The FNPP will allow ports to transition to zero-emissions electrical generation, crucial for meeting environmental targets in the marine industry. The system’s modular design ensures scalability, easy transportation, and rapid deployment. It also provides a self-sufficient, carbon-free power source capable of operating without refueling for extended periods.

Glosten’s Role in Design and Regulatory Pathway

Glosten’s role is to develop the operational concept, design the floating nuclear facility, and navigate the regulatory approval process. The firm will work with CORE POWER to assess potential sites, identify supply chain networks, and ensure safety through risk assessments. The partnership aims to create a practical and cost-effective solution for port electrification.

Nuclear Power’s History in the Marine Industry

Nuclear power has been used in marine applications since the 1950s, offering a reliable, long-lasting energy source. The first FNPP, the Sturgis, was deployed in 1968. CORE POWER’s FNPP will be mass-produced and shipyard-assembled, ensuring fast delivery and low costs.

A Step Toward Decarbonizing the Marine Industry

Mikal Bøe, CEO of CORE POWER, emphasized that FNPPs solve the electrification challenge, providing local energy security while reducing greenhouse gas emissions. The project’s concept phase focuses on a port in the Southern U.S., where Glosten is assisting with risk assessments and layout designs for the barge-based nuclear reactors.

Glosten’s Commitment to Safety and Decarbonization

Glosten’s CEO, Morgan Fanberg, expressed excitement about the project, highlighting the firm’s experience in navigating complex regulatory environments for alternative energy solutions. Glosten is working to ensure the safety, feasibility, and practicality of implementing the FNPP, aiming to accelerate the marine industry’s decarbonization efforts.

This collaboration between CORE POWER and Glosten represents a significant step toward clean energy solutions for port facilities, advancing both decarbonization and energy security.