Application:

Natural gas reforming catalysts (active, semi-active, and neutral) Producing H2 and CO reducing gases to convert iron ore into sponge iron Hydrogen desulfurization catalyst (HDS) for natural gas flow Converting mercaptan compounds in the natural gas into hydrogen disulfide using hydrogen High and low-temperature gas-water shift catalyst (HTSC and LTSC) Producing highly pure hydrogen for petrochemical applications Methanation catalyst Removing CO2 from the synthesis gas in ammonia production units Acetylene hydrogenation catalyst Removing acetylene from the feed of polyethylene units Methanol synthesis catalyst Producing methanol in petrochemical plants Formaldehyde synthesis catalyst Producing formaldehyde in petrochemical plants Hydrogen removal catalyst Removing hydrogen in urea and ammonia production units Endothermic catalyst For endothermic gas generators used in part manufacturing and metallurgic industries Primary and secondary steam reforming catalyst and prereforming catalyst Producing synthesis gas for methanol and ammonia production units Ammonia sepration catalyst To produce synthesis gas in methanol and ammonia production units Zinc oxide-based catalyst Removing H2S from natural gas desulfurization These products are final B2B consumer products. Advantages:

* A wide range of products

* Capable of producing new products

* Adequate engineering/technical services 75