Project introduction:As a clean, efficient, safe and sustainable new energy source, hydrogen energy is regarded as the energy source with the most development potential in the 21st century. In terms of hydrogen energy utilization, fuel cell power generation systems are still one of the important ways to realize hydrogen energy applications. The advanced catalytic collaborative innovation research team is committed to conducting major technical research and cutting-edge technology exploration in fossil energy efficient conversion hydrogen source systems involved in distributed and portable fuel cell power supply systems in the field of energy catalysis. The research results not only provide reasonable and effective solutions to alleviate the energy crisis, but also greatly reduce environmental pollution problems and will play a major role in improving the structure of the national economy and living environment. The research team has developed a series of high-activity and high-selectivity fuel processing catalysts, explored new hydrogen source technologies based on chemical process enhancement technologies, improved the stability and energy density of the hydrogen source system, and realized the integration of components and hydrogen source technology. Miniaturization/miniaturization promotes the industrialization of research results.

Current application situation and application prospects:The research results not only provide reasonable and effective solutions to alleviate the energy crisis, but also greatly reduce environmental pollution problems and will play a major role in improving the structure of the national economy and living environment. Application areas of this technology include new energy vehicles, aerospace, mobile communications, civil/military small power supply systems, etc.