China Molecular Sieve For FCC Catalysts Manufacturers Factory Suppliers

1.Molecular sieve for FCC catalysts is made from NaY as raw material 2.Production process:rare earth treatment,hydrothermal superstability 3.Y type is a microporous crystalline material with a...

1.High temperature type of ZnO desulfurizer.
2.High activity and reaction rate.
3.High saturated sulfur capacity and breakthrough sulfur capacity.

1. The steam reformer is the heart of the entire hydrogen production process.
2. The key factor in the conversion process is the hydrocarbon steam pre reforming catalysts.
3. Under high...

1.Hydrogenation refining catalyst can improve the carrier and catalyst preparation technology.
2.It can reduce loading density.
3.Cut production cost and save total cost of catalyst.

1.Ammonia decomposition catalyst is suitable for the van-type one-stage reformer and heat-exchange reformer in various processes in the synthesis of ammonia, methanol and hydrogen production from...

1. Claus sulfur recovery catalyst is mainly used in the sulfur recovery unit of the refinery, the furnace gas purification system, the city gas purification system, the synthetic ammonia, the...

FC – 14 catalyst is a highly active hydrocracking catalyst that was developed by Fushun Petrochemical Research Institute.

1.HydrionY Type Molecular Sieve is an aluminosilicate containing H 2.The active component of Y Type in the preparation of FCC catalysts 3.It is often the key to determine the selection of...

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 auxisiary for reducing the coke is made of active carriers 2.This will be injected into the regenerators together with the catalysts. 3.It can reduce the coke and hydrogen yields in...

The process of rearranging the molecular structure of hydrocarbons in gasoline fractions into new molecular structures is called catalytic reforming.

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...