Hydrogen is increasingly recognized as a cornerstone of the global clean energy transition, offering significant potential for decarbonizing transportation, power generation, and industrial manufacturing. Catalytic technologies are essential for efficient hydrogen production through water electrolysis, biomass conversion, steam reforming, and other innovative pathways. At the same time, fuel cells provide highly efficient energy conversion with minimal environmental impact, making them attractive for future energy systems.
Research efforts are focused on developing cost-effective electrocatalysts, durable membrane materials, advanced electrolyzers, and high-performance fuel cell components. Scientists are investigating non-precious metal catalysts, improved hydrogen storage technologies, and integrated renewable energy systems that enhance the economic feasibility of hydrogen production. Digital monitoring and materials engineering continue to improve system reliability and operational efficiency.
This session welcomes contributions covering hydrogen technologies, fuel cell engineering, catalyst development, renewable hydrogen production, and industrial deployment. Discussions will examine scientific breakthroughs and engineering innovations that support the development of a secure, low-carbon hydrogen economy.