Fuel-cell-grade hydrogen production via sorption-enhanced aqueous-phase reforming of methanol over Pt on vacancy-rich 2D-MoS2

Key Points

• To investigate how to produce fuel-cell-grade hydrogen efficiently using a new catalytic process.
• Utilized Pt catalyst supported on vacancy-rich 2D-MoS2.
• Employed aqueous-phase reforming of methanol as a reforming technique.
• Analyzed hydrogen production rates and efficiency under various conditions.
• Achieved significant improvements in hydrogen production rates.
• Demonstrated high catalytic activity with the Pt/2D-MoS2 setup.
• Reformulated methanol effectively to yield more fuel-cell-grade hydrogen.