Catalysts
HDMax® 301 hydrogenation catalyst
HDMax® 301 is a hydrogenation catalyst with nickel and molybdenum as the catalytically active chemistry. Its tailored composition is suitable for selected feed streams and
Desulfurization is necessary to protect the nickel steam reforming catalyst in the production of synthesis gas or hydrogen from natural gas. Natural gas typically contains H₂S and/or organic sulfur compounds or odorants. In a preliminary hydrodesulfurization step using the HDMax® 200 or HDMax® 300 catalyst, the sulfur from the organic sulfur compounds or odorants is released as H₂S. This H₂S is then removed via chemisorption using the H₂S adsorber ActiSorb® S2, reducing the concentration to <0.1 ppmv. For low mercaptan and H₂S concentrations, ActiSorb® G1 can be used, which combines hydrodesulfurization and H₂S chemisorption in a single product.
We supply the following catalysts for desulfurization in the production of synthesis gas:
HDMax® 301 is a hydrogenation catalyst with nickel and molybdenum as the catalytically active chemistry. Its tailored composition is suitable for selected feed streams and
HDMax 300 is a nickel-molybdenum catalyst used for the saturation of olefins to alkanes in natural gas feed streams, for hydrodesulfurization, and for hydrodenitrogenation. It
HyProGen® 120 is an adsorbent in the form of 1.6-mm extruded pellets designed for the cold desulfurization of feed gas streams in fuel cell systems.
The HDMax® 201 is a cobalt-molybdenum catalyst and, like the HDMax® 200, is used in the hydrodesulfurization of natural gas (organic sulfur compounds—such as those
ActiSorb S2 is a zinc oxide adsorbent for removing H₂S from feed gases such as natural gas and hydrogen. Due to its high adsorption capacity
The HDMax® 200 is a cobalt-molybdenum catalyst for the hydrodesulfurization of hydrocarbon streams such as natural gas or naphtha. In the presence of hydrogen, HDMax®
ActiSorb® G1 is a bifunctional copper-molybdenum catalyst supported on ZnO, used for combined hydrodesulfurization and H2S removal in natural gas with low sulfur content to
ActiSorb® 405 is a catalyst based on activated alumina, used for the conversion of COS and CS2 to H2S. In gas purification, it enables the
ActiSorb® G1 is a bifunctional copper-molybdenum catalyst supported on ZnO, used for combined hydrodesulfurization and H₂S removal in natural gas with low sulfur content to
