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Recently, the engineering science team of Shanghai Advanced Institute of Chinese Academy of Sciences has made progress in the 3D printing technology to prepare on-board methanol reforming hydrogen production catalyst, which is expected to promote the development of methanol reforming hydrogen production technology in the field of vehicle fuel cells
Vehicle-mounted methanol reforming to produce hydrogen can supply hydrogen to fuel cell vehicles without using hydrogen as a direct raw material, providing an effective path for reducing fuel storage costs and transportation costs
To this end, the team proposed a method to prepare monolithic catalysts using 3D printing technology.
The research team synthesized the active component layer of copper-zinc flake structure on the high mechanical strength alumina porous support by dry crystallization and calcination method
After optimizing the reaction parameters, the space-time production rate of hydrogen per unit mass of the catalyst exceeds most of the currently reported catalysts of the same type.