
C&CS #1247: Doped activated carbon for desulfurization
C&CS #1247 is a doped, metal carbonate-based activated carbon.The material has a completely open pore system, including micropores.Its properties enable it to exhibit good physical

Desulfurization is necessary to protect the nickel steam reforming catalyst when producing synthesis gas or hydrogen from natural gas. Natural gas typically contains H₂ 2S and/or organic sulfur compounds or odorants. In a preceding hydrodesulfurization step using the HDMax® 200 or HDMax® 300 catalyst, the sulfur from the organic sulfur compounds or odorants is released in the form of H₂S. This is then removed via chemisorption using the H₂S adsorber ActiSorb® S2 down to < 0.1 ppmv. At low mercaptan and H₂ concentrations…For 2S contents, ActiSorb® G1 can be used, which combines the hydrodesulfurization function and H2S chemisorption in one product.

C&CS #1247 is a doped, metal carbonate-based activated carbon.The material has a completely open pore system, including micropores.Its properties enable it to exhibit good physical

Desulfurization: HDMax® 201 is a cobalt-molybdenum catalyst and, like HDMax® 200, is used in the hydrodesulfurization of natural gas (organic sulfur compounds – from, for

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

C&CS #597 is a 13X-type zeolite available in various sphere sizes and used for gas drying due to its high adsorption capacity and regenerability. Other

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 hydrodesulfurization catalyst is a cobalt-molybdenum catalyst. In the presence of hydrogen, HDMax® 200 catalyzes the complete removal of sulfur from organic sulfur

The HDMax® 200 TRX hydrodesulfurization catalyst is a cobalt-molybdenum catalyst. In the presence of hydrogen, HDMax® 200 TRX catalyzes the complete removal of sulfur from

ActiSorb® G1 is a bifunctional copper-molybdenum catalyst with ZnO as a support, used for combined hydrodesulfurization and H₂S removal in natural gas with low sulfur