Iron molybdenum catalyst has not been heard.The activity of the MO-NI catalyst is higher than that of the MO-CO catalyst. The hydrogenation reaction belongs to the carbon positive ion reaction. The response speed on the MO-NI catalyst is fast, which is conducive to hydrogen disintegration and hydrogenation reactions, and it is conducive to deep desulfurization.The MO-NI catalyst activity is high, and the warring can help cracking. In the case of sufficient hydrogen pressure, heterogeneous reactions will occur, which will help selective hydrogenation and change the product distribution.However, for 4,6-piopyrahide, the MO-CO catalyst helps to occur at alkylated reactions at high temperatures, which is more conducive to the most difficult sulfide. This catalyst is generally the bottom.Limited space, interested in communicating alone
Iron molybdenum catalyst has not been heard.The activity of the MO-NI catalyst is higher than that of the MO-CO catalyst. The hydrogenation reaction belongs to the carbon positive ion reaction. The response speed on the MO-NI catalyst is fast, which is conducive to hydrogen disintegration and hydrogenation reactions, and it is conducive to deep desulfurization.The MO-NI catalyst activity is high, and the warring can help cracking. In the case of sufficient hydrogen pressure, heterogeneous reactions will occur, which will help selective hydrogenation and change the product distribution.However, for 4,6-piopyrahide, the MO-CO catalyst helps to occur at alkylated reactions at high temperatures, which is more conducive to the most difficult sulfide. This catalyst is generally the bottom.Limited space, interested in communicating alone
Nickel molybdenum is mainly used on hydrogenation refined or hydrogenation device with high pressure and high nitrogen content; while cobalt molybdenum catalysts are used on low pressure, low nitrogen content, and hydrogen refined devices with high sulfur raw materials.Essence
Nickel molybdenum is mainly used on hydrogenation refined or hydrogenation device with high pressure and high nitrogen content; while cobalt molybdenum catalysts are used on low pressure, low nitrogen content, and hydrogen refined devices with high sulfur raw materials.Essence
Nickel molybdenum catalysts are mainly used for hydrogenation or hydrogenation, which can refer to Xunkai catalytic catalytic http://www.sun-chem.com/products/1.html, the RANECAT-1100 series here hereCatalyst is a typical nickel molybdenum catalyst. Cobalt moisturizing catalysts are more effective for hydrogenation, improved the selectivity of pupamine, and refer to the content of the above URL: RANECAT-3300
Nickel molybdenum catalysts are mainly used for hydrogenation or hydrogenation, which can refer to Xunkai catalytic catalytic http://www.sun-chem.com/products/1.html, the RANECAT-1100 series here hereCatalyst is a typical nickel molybdenum catalyst. Cobalt moisturizing catalysts are more effective for hydrogenation, improved the selectivity of pupamine, and refer to the content of the above URL: RANECAT-3300
The FE-MO hydrogenation catalyst is suitable for the coke furnace gas-hydrogen hydrogen transformation of the coking furnace with a CO content of up to 8%, which is mainly used for fertilizer plant.CO-MO hydrogenation catalyst appetite hydrogen desulfurization, NI-MO hydrogenation catalyst has stronger ability to decompose nitrogen and anti-heavy metal precipitation capabilities and arsenic ability, suitable for hydrogenation and arsenic, NI-CO-MOThe catalyst has excellent performance for organic sulfur conversion, olefin saturation, and the carrier also has a lot to do. The carrier containing TiO2 has unique performance, such as high temperature activity, easy to vulcanize.
The FE-MO hydrogenation catalyst is suitable for the coke furnace gas-hydrogen hydrogen transformation of the coking furnace with a CO content of up to 8%, which is mainly used for fertilizer plant.CO-MO hydrogenation catalyst appetite hydrogen desulfurization, NI-MO hydrogenation catalyst has stronger ability to decompose nitrogen and anti-heavy metal precipitation capabilities and arsenic ability, suitable for hydrogenation and arsenic, NI-CO-MOThe catalyst has excellent performance for organic sulfur conversion, olefin saturation, and the carrier also has a lot to do. The carrier containing TiO2 has unique performance, such as high temperature activity, easy to vulcanize.
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Cobalt moisturizing catalysts are more effective for hydrogenation, improved the selectivity of pupamine, and refer to the content of the above URL: RANECAT-3300
Cobalt moisturizing catalysts are more effective for hydrogenation, improved the selectivity of pupamine, and refer to the content of the above URL: RANECAT-3300
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