Catalyst system useful for the steam reforming of methanol, comprises a porous catalyst support having catalytically active centers and a molten salt with inorganic cations and organic anions

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This invention relates to a novel catalyst system for steam reforming of methanol. The system uses a porous support material that holds catalytically active centers, with a layer of molten salt comprised of inorganic cations and organic anions covering part of the surface. This unique combination aims to enhance catalytic performance during methanol steam reforming.

Use CasesContent extracted from patent full text and abstract with AI.

• Hydrogen production from methanol via steam reforming in chemical plants
• On-site hydrogen generation for fuel cells in automotive or portable applications
• Processes requiring efficient methanol conversion in the chemical industry
• Integration into compact reformer units for distributed energy systems

BenefitsContent extracted from patent full text and abstract with AI.

• Enhanced catalytic efficiency for methanol steam reforming
• Potential for improved selectivity and reduced side reactions due to the molten salt layer
• Stability of active centers, possibly resulting in longer catalyst lifespan
• Flexibility in the design of catalyst supports and molten salt compositions, allowing customization for different process requirements

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Patent Abstract

Catalyst system comprises a porous catalyst support, where catalytically active centers are arranged at its surface, and a molten salt with inorganic cations, which cover at least a portion of the surface and the catalytically active centers and the molten salt comprises organic anions.