Hydrogen
We’re market leaders for the supply of catalysts into the hydrogen production industry.
Hydrogen is an essential element that plays a crucial role in numerous industrial applications. In various chemical reactions, hydrogen acts as a source of reactive hydrogen atoms, which can facilitate the removal of oxygen from compounds or promote the conversion of undesirable chemicals into more valuable products. This attribute makes hydrogen an indispensable component in numerous chemical manufacturing processes, including the production of methanol, ammonia, and various synthetic materials.
If you’re seeking expertise in hydrogen production catalysts, contact us today and provide you the most professional expert guidance and cutting-edge solutions.
Hydrogen production process
CO conversion
CO conversion in ammonia synthesis involves transforming carbon monoxide (CO) into carbon dioxide (CO2) and additional hydrogen gas (H2) to optimize the performance of the ammonia synthesis catalyst and enhance ammonia production efficiency.
Steam reforming
Steam reforming is an industrial process that converts hydrocarbon fuels, such as natural gas or methane, into a mixture of hydrogen gas and carbon monoxide through a catalytic reaction with steam, which is widely used for hydrogen production in various applications.
Catalyst support media
Catalyst support media is a layer or material inserted between catalyst particles in a reactor to prevent particle agglomeration, promote uniform flow distribution, and improve mass transfer of reactants, thereby enhancing overall catalytic performance and longevity.
Desulphurisation
Desulphurisation in the context of ammonia synthesis involves the removal of sulfur compounds, particularly hydrogen sulfide (H2S), from the synthesis gas. This is done to prevent catalyst poisoning, as sulfur compounds can deactivate the ammonia synthesis catalyst.
