This is a highly efficient catalyst that converts CO₂ into Methane, with an excellent structure of the AERONITE carrier developed with a new formula. It boasts a conversion of CO₂ to Methane over 90% at a low temperature of 350℃. It has an optimal structure that allows the reaction gas generated inside the pores to be quickly discharged outside the system. It is a highly robust newly developed catalyst that is resistant to input fluctuations in the raw material CO₂ and has coking resistance. [Patent pending]

This is a catalyst with an excellent structure of the AERONITE carrier that reacts methane, propane, etc. with steam to extract H₂. It has strong resistance to coking, which is the most problematic property in steam reforming reactions, and is highly robust and can be used in DSS (Daily Start and Stop) operation. We have a lineup of products can be adapt from small particle size for small reformers to large reformers that require high strength.

This is a catalyst that selectively converts carbon CO₂ into CO. It is caharacterized by highly selectivity and extrememely low amount of by-product methane. It is possible to produce CO with high efficiency, which is used as an initial raw material for Fischer-Tropsch synthesis (FT synthesis), which is attracting attention as a CO₂ utilization application such as SAF production. [Patent pending]

This is a catalyst that improves hydrogen purity by removing trace amounts of oxygen from hydrogen and also adjust gas composition by hydrogen unssaturated hydrocarbons. Since this catalyst has extremely high activity, high purity of the product can be easily achieved by installing it at the front end of a reactor or at the outlet of the product gas.