A new safety assessment framework for liquid hydrogen storage systems in unmanned aerial vehicles

A new safety assessment framework for liquid hydrogen storage systems in unmanned aerial vehicles

Aviation accounts for approximately 12% of global carbon dioxide emissions. With intensifying climate change and environmental issues, the aviation industry is searching for greener propulsion systems.

Seoul National University of Science and Technology Researchers Unveil New Comprehensive Safety Assessment Framework for Liquid Hydrogen Storage Systems in UAVs - Hydrogen Central

Seoul National University of Science and Technology Researchers Unveil New Comprehensive Safety Assessment Framework for Liquid Hydrogen Storage Systems in UAVs The comprehensive assessment framework can lead to more widespread adoption of greener and more sustainable hydrogen propulsion system in UAVs SEOUL, Sept. 23, 2025 /PRNewswire/ — Aviation accounts for approximately 12% of global carbon dioxide emissions. With intensifying climate change…

Comprehensive Safety Assessment Framework for Liquid Hydrogen Storage in UAVs

Seoul National University researchers unveil a new framework for evaluating the thermal performance and structural integrity of liquid hydrogen storage systems in UAVs, paving the way for greener propulsion.

Innovative Safety Assessment Framework Developed for Liquid Hydrogen

In the wake of escalating climate concerns and the urgent call for sustainable energy alternatives, aviation—a sector responsible for roughly 12% of global CO2 emissions—faces immense pressure to transform its propulsion technologies. Among these advancements, hydrogen propulsion emerges as a compelling candidate, particularly for unmanned aerial vehicles (UAVs), which are becoming indispensable across military, agricultural, […]