![Main operating conditions of high temperature shift catalyst]()
16JulMain operating conditions of high temperature shift catalystCO conversion rate: ≥80%
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Operating airspeed: 500-5000h
Pressure: ≤5.0MPa![Introduction to High Temperature Shift Catalysts]()
15JulIntroduction to High Temperature Shift CatalystsThe high-temperature shift catalyst is a sulfur-free high-temperature shift catalyst produced by advanced technology, and its active component is r-Fe
view more![Use of alumina carrier]()
14JulUse of alumina carrierAlumina with a small specific surface area (or a material with only a small amount of coarse pores) is usually used to support catalyst active compone
view more![Morphological structure of alumina carrier]()
13JulMorphological structure of alumina carrierCommercial alumina carriers are available in powder form, but most of them are shaped.
view more![Introduction to alumina carrier]()
12JulIntroduction to alumina carrierAlumina carrier refers to white powder or formed alumina solid, which is the most widely used catalyst carrier, accounting for about 70% of the suppor
view more![Application and Development of Catalytic Reforming]()
11JulApplication and Development of Catalytic ReformingCatalytic reforming is an important means to improve gasoline quality and produce petrochemical raw materials, and it is one of the most common device
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10JulCatalytic Reforming ProcessIt mainly includes two processes of raw material pretreatment and reforming, and for the purpose of producing aromatics, it also includes aromatics ex
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09JulCatalytic reforming process conditionsThe raw material is naphtha or low-quality gasoline, which contains alkanes, naphthenes and aromatics.
view more![catalytic reforming chemical reaction]()
08Julcatalytic reforming chemical reactionThe degree of various reactions depends on the operating conditions, the nature of the raw materials and the type of catalyst used.
view more![History of Catalytic Reforming]()
07JulHistory of Catalytic ReformingIn the 1940s, a catalytic reforming industrial device using molybdenum oxide (or chromium oxide)/alumina as a catalyst (see metal oxide catalyst) was
view more![Introduction to Catalytic Reforming]()
06JulIntroduction to Catalytic ReformingUnder the condition of a catalyst, the process of rearranging the molecular structure of hydrocarbons in the gasoline fraction into a new molecular st
view more![Research Trends of Catalytic Reforming Catalysts]()
05JulResearch Trends of Catalytic Reforming CatalystsThe research and development of reforming catalyst technology focuses on the optimization of the formulation of platinum-based multi-metal catalysts,
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