China Nickel Based Catalyst For Chemical Industries Manufacturers Factory Suppliers

Characteristics of nickel based catalyst
● Gray-black powder
● Active hydrogen adsorbed on the surface
● Catches fire spontaneously when exposed to air

1.Supported type nickel catalyst is a kind of steam reforming catalyst
2.It is nickel oxide dispersed on an alpha alumina or calcium aluminate support
3.It is used to produce in the...

1. The PRT semi-regenerative reforming catalyst has excellent characteristics such as high carrier purity, suitable pore distribution, good strength and strong chlorine holding capacity;
2....

1. The main purpose of sulfur recovery tail gas hydrogenation SCOT catalyst is to reduce the total sulfur emission of sulfur tail gas stack;
2. It has large surface area and pore volume,...

1. The CO high temperature shift catalyst is an iron-chromium-based(±Cu) sulfur-tolerant shift catalyst;
2. It has higher activity and stability;
3.It can be applied to the CO...

1.Steam reforming catalyst is nikel oxide catalyst on alpha alumina carrier or calcium aluminate carrier
2.The shape of 4-hole cylinder with dome provides it with large external geometric...

RSC-2006 is a catalytic cracking catalyst for reducing the yield of oil slurry and coke, and improving the yield of light oil.

MIP-CGP process is developed by Petrochemical research institute that to produce the largest amount of isoalkane, productive propylene and reduce the olefins content of catalytic gasoline.

1.NaY molecular sieve for hydrogen desulfurization is used as catalyst 2.Used in petrochemical, organic intermediates and material separation 3.It is large surface area,hydrothermal...

1.Catalyst auxiliary for FCC is based on magnesium and alumina 2.Introducing elements to promote the absorption of sulfur oxide 3.Made with a unique preparation process

1.​Reactivated catalytic cracking catalyst is to recover the activity 2.Using the inorganic organic coupling tech to reactivate spent catalyst 3.The process: the use of acid,alkali solution...

Catalytic cracking is the process of pyrolyzing petroleum hydrocarbons at high temperature in the presence of catalysts to produce low-carbon olefins such as ethylene, propylene, butene, and light...