Catalyst company faizan
Absolutely. Below is a 300-item inorganic catalyst reference list, with the main use, advantages, and disadvantages. I’m treating “inorganic catalysts” broadly to include metals, metal oxides, sulfides, carbides, nitrides, phosphides, zeolites, molecular sieves, supported catalysts, and inorganic solid-acid/base catalysts. Important: Not every inorganic solid is a catalyst by itself; some are catalyst supports, promoters, adsorbents, or catalyst components. I label those where appropriate. 1–50: Industrial metals and supported metal catalysts #Inorganic catalystMain usesProsCons1FeHaber ammonia, Fischer–TropschCheap, abundantNeeds high T/P; deactivation2NiHydrogenation, reforming, methanationCheap, activeCoking; sulfur sensitive3CoFischer–Tropsch, hydrogenationExcellent FT selectivityExpensive; sulfur sensitive4CuMethanol, WGS, hydrogenationGood selectivitySintering; relatively low T stability5ZnMethanol/WGS systemsUseful promoterUsually needs combination6Cr₂O₃DehydrogenationThermally ...