Nuclear Maritime: SMR Technology for Zero-Emission Shipping

Shipping must decarbonize—fast. But can nuclear power, specifically Small Modular Reactors (SMRs), offer a credible, safe, and equitable path to zero-emission maritime transport?

This course explores that question in depth, combining technical insight with critical perspectives often overlooked in industry discussions. You will begin by examining the historical lessons of nuclear power—covering safety, cost overruns, waste management, worker and community health, and the lasting impacts on Indigenous lands. These insights set the foundation for understanding what must change as nuclear re-enters the conversation.

You will then learn how SMRs differ from traditional reactors, including their modular construction, passive safety systems, and emerging marine-grade designs. From there, the course moves into real-world maritime applications: nuclear-powered ships, regulatory frameworks, and how SMRs compare with alternative fuels like hydrogen, ammonia, and LNG.

Beyond the vessel itself, you will explore the concept of floating nuclear power units and island-based energy hubs, enabling offshore bunkering and clean fuel production. The course also examines governance challenges, workforce implications, community consent, and long-term responsibilities such as waste and decommissioning.

Finally, you will connect these ideas into scalable green maritime corridors and a practical roadmap toward 2035–2050.

Designed for sustainability professionals, maritime experts, and policy thinkers, this course equips you to critically evaluate whether—and how—nuclear can play a responsible role in the future of shipping.