We manufacture Ceramic based Catalysts used of production for various carbon-neutral fuels and materials.
By leveraging high-durability and high-performance catalyst carrier manufacturing technology, we develop and produce catalysts that meet a variety of applications.
Through the use of these catalysts, we aim to enhance the adoption of renewable energy worldwide and accelerate the journey towards carbon neutrality.
We offer various types of Ceramic
Catalysts for Carbon-Neutrality
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Steam
Reforming CatalystSteam Reforming Catalyst which can be used methane, propane and naphtha etc
It is resistant to coking (deactivation due to carbon deposition) and highly durable, making it suitable for the stable operation including DSS (Daily Start and Stop) operation.
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Hydrogenation
CatalystWhen converting raw materials with many impurities such as waste plastic or biomass into gas, unsaturated hydrocarbons are converted to saturated hydrocarbons as a pre-stage of SR
It is a highly active catalyst that can be placed in the front stage of the reaction apparatus, allowing for easy adjustment of the gas composition of unsaturated hydrocarbons through hydrogenation treatment.
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Shift Reaction
CatalystTurns harmful carbon monoxide into carbon dioxide
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Catalyst for Electrolyzer
(remove O2)Remove trace amounts of O2 from the H2 produced via electrolyzer. Also it can remove trace amount of H2 from O2.
It is a highly active catalyst that can be easily installed at the outlet of the reaction apparatus to remove trace amounts of oxygen in hydrogen.
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Cell stack for Electrolyzer
(SOEC)Developing SOEC cell stack.
under development
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Ammonia cracking
Extract H2 from ammonia (NH3)
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Methanation
To Produce e-Methane from H2 and captured CO2
Achieving both world-class performance and cost advantage. This Ni-based catalyst achieves an equilibrium conversion rate of 90% at 350°C under atmospheric pressure.
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Fischer Tropsch synthesis
(Reverse Water Gas Shift)Reverse Water Gas Shift reaction to produce CO from CO2, which is a raw material for Fischer Tropsch (“FT”) synthesis.
It selectively produces CO, with almost no generation of by-product CH4.
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FT synthesis
(Methanol)To produce Methanol from H2 and CO via FT synthesis
under development
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CO2 absorbent
To capture CO2 via PSA system
under development
We offer customized catalysts tailored to your applications, equipment and environments.
