Catalyst

(1)HNMCC-A The catalyst is produced by using honeycomb ceramics material as the supporter, special material as the coat and noble metals (Palladium and platinum) as the active component, which possesses the advantages of high catalytic activity, high thermal stability, long life, low pressure drop and high intensity et al. The performance of the catalyst is comparable to that of roughly identical foreign products. The catalyst can be widely applied in the purification and deodorization of organic waste gas, which releases from chemical industry, manufacture of oil paint, enameled wire, metal printing, multicolor printing and leather, pharmaceutical industry and municipal sewage. The catalyst can be especially applied in the treatment of the waste gas from acrylonitrile production device. (2)GMNCC The catalyst is produced by adopting advanced nano-technology and using alumina as the supporter and noble metals (Palladium and platinum) as the active component, which possesses the advantages of high catalytic activity, good thermal stability and long life. Trace hydrocarbon can be removed from carbon dioxide in the devices used to produce hydrogen, glycol, coal-gas in the oil refinery industry The amount of hydrocarbon can be reduced to less than 10 mL/m3 due to high catalytic activity and thermal stability of the catalyst. (3)HNMCC-P The catalyst is produced by using honeycomb ceramics material as the supporter, composite material formed by rare earth metals and transition metals as the auxiliary reagent and noble metals (Palladium and platinum) as the active component, which possesses the advantages of high catalytic activity, high thermal stability, long life and high intensity et al. The catalyst can be applied in the purification of the waste gas released from the device used to produce acrylic acid in order to remove trace propylene, propane, carbon monoxide and acrolein. (4)AD-946 Ammonia Decomposition Catalyst is made from sintered MgO carried with active component of Ni and other additives. It is Provided with the properties of great catalytic activity. high mechanical strength, and excellent thermal and coking resistance. It is used in the ammonia decomposing furnace to decompose the NH3 and HCN into N2, H2 and CO2, and so as to effectively purify the coke-oven gas for the sake of environmental protection and prevent the equipment from corrosion.The chemical reaction is as follows: NH3→0.5N2 + 1.5H2 2HCN + 2H2O+O2→N2+5H2+2CO2 (5)PSR Sulfur recovery Catalyst is used to treat with the acid gases containing H2S for the sake of recovery sulfur element and environmental protection in oil refinery, chemical factory, Iron & steel plant and natural gas treatment processes. The conversion of sulfur can reach to 65~75% in a ordinary bumer, 92~95% it react by two stages Clause processes, furthermore to higher than 98% if by three Clause reactors.