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Hydrogen Production Unit
Hydrogen Production Unit Solution: To address challenges such as the processing of various distillates and heavy oils, environmental requirements, and product cleanliness, the demand for hydrogen is substantial and continues to grow. We offer a range of catalysts for hydrogen production via steam methane reforming, featuring high activity and excellent stability to accommodate diverse plant configurations and severe operating conditions.
Methanation Catalyst
HyKat MJ113 (MJ113S)
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ113 Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ113 is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Methanation Catalyst
HyKat MJ113R (MJ113SR)
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ113R Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ113R is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Methanation Catalyst
HyKat MJ103T
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ103T Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ103T is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Methanation Catalyst
HyKat MJ103S
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ103S Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ103S is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Methanation Catalyst
HyKat MJ103S
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ103S Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ103S is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Methanation Catalyst
HyKat MJ103S
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ103S Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ103S is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Methanation Catalyst
HyKat MJ-133T
Methanation Catalyst
Catalysts
Methanation is the reaction in which carbon oxides and hydrogen are converted to methane and water. The reaction is catalysed by nickel catalysts. HyKat MJ133T Methanation Catalyst has very good physical strength, low temperature activity and thermal stability, this product can be provided both pre-reduced or oxidized state. HyKat MJ133T is a nickel methanation catalyst designed for CO methanation at mild temperature by selective hydrogenation from N₂, H₂, ethylene, or other process gas streams.
Chloride Removal Adsorbent
PuriSorb ZCL-5
Chloride Removal Adsorbent
Catalysts
PuriSorb ZCL-5 is a high-performance copper-zinc oxide-based chloride removal adsorbent, specifically designed for chloride removal up of shift reactors. It delivers high chloride capacity, excellent activity, and outstanding stability to protect main catalysts.
High Temperature CO Shift Catalyst
HyKat ST-217
High Temperature CO Shift Catalyst
Catalysts
HyKat ST-217 is a promoted iron/chromium-based CO shift catalyst with ultra-low hexavalent chromium levels. HyKat ST-217 is designed for mild or high temperature CO shift reactor for the conversion of carbon monoxide in various applications. It is most applied in hydrogen production and ammonia synthesis plants.
High Temperature CO Shift Catalyst
HyKat ST-213LS
High Temperature CO Shift Catalyst
Catalysts
HyKat ST-213LS is a promoted iron/chromium-based CO shift catalyst with ultra-low hexavalent chromium levels. HyKat ST-213LS adopts a special preparation process and raw materials to meet the requirements of low-sulfur specifications. This catalyst is particularly suitable for applications where low-temperature shift is also required downstream of the high-temperature shift reactor. HyKat ST-213LS is designed for mild or high temperature CO shift reactors for conversion of the carbon monoxide in various applications, it is most applied in hydrogen and ammonia plants.
High Temperature CO Shift Catalyst
HyKat ST-213
High Temperature CO Shift Catalyst
Catalysts
HyKat ST-213 is a promoted iron/chromium-based CO shift catalyst with ultra-low hexavalent chromium levels. HyKat ST-213 is designed for mild or high temperature CO shift reactor for the conversion of carbon monoxide in various applications. It is most applied in hydrogen production and ammonia synthesis plants.
Low Temperature CO Shift Catalyst
HyKat ST-209
Low Temperature CO Shift Catalyst
Catalysts
HyKat ST-209 is a copper oxide/zinc oxide catalyst, which was developed for low temperature CO shift reaction. The catalyst provides high activity and excellent selectivity, resulting in low methanol by-product formation. HyKat ST-209 is resistant to poisons and is ideal for low-temperature CO shift reactors used in ammonia and hydrogen plants for the conversion of carbon monoxide via the water-gas shift reaction.
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In a full project life cycle, our specialized engineers will get positively involved in the technical assistance, catalyst upgrade, and process optimization.

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Catalyst and adsorbent performance analysis from feed material quality, operation compliance, process balance to solve coking, pressure drop, deactivation, poisoning, and more problems during processing.

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