First Feasibility Study on Maritime Nuclear Generation in Greece Identifies No Fundamental Barriers to Implementation

The Deon Policy Institute has released a landmark feasibility study evaluating the integration of Floating Nuclear Power Plants (FNPPs) within the Greek maritime sector. This research marks the first comprehensive analysis of how nuclear-powered floating assets could function within European regulatory frameworks. By utilizing Greece as a primary case study, the report assesses the political, social, and economic viability of deploying advanced nuclear technology to support port infrastructure and provide sustainable energy solutions for the evolving global shipping industry.

The deployment of FNPPs necessitates a rigorous review of existing maritime safety standards, particularly concerning SOLAS Chapter VIII, which governs nuclear-powered ships. Operational compliance must align with the IMO Code of Safety for Nuclear Merchant Ships, ensuring that reactor shielding and emergency cooling systems meet stringent international requirements. Furthermore, integration with port-side power grids requires adherence to MARPOL Annex VI emission standards and classification society rules, such as those from DNV or Lloyd’s Register, to ensure that nuclear-generated electricity remains a safe, compliant alternative to traditional bunker fuels.

For chief engineers and second engineers, this shift represents a significant evolution in technical training and certification requirements. These officers must prepare for specialized technical modules focused on reactor monitoring, radiation safety protocols, and advanced thermal management systems. Understanding the intersection of nuclear plant operations and traditional marine engineering will be essential for those seeking to transition into the next generation of zero-emission, nuclear-powered maritime infrastructure as these technologies move toward commercial implementation.