China RC Series Continuous Reforming Catalyst Manufacturers Factory Suppliers

RC series catalyst is high selectivity, low carbon deposition rate continuous reforming catalyst that developed by petrochemical research institute developed in recent years. RC011 is low platinum...

1. High activity, good heat resistance and structural stability.
2. High temperature hydrocarbon steam reforming catalysts with nickel as the active component.
3. Long service...

1.Claus tail gas hydrogenation catalysts for coal chemical industry are suitable for low -temperature Claus tail gas hydrogenation in the field of petroleum refining, petrochemical and coal...

1.Alumina based sulfur recovery catalyst has high Claus activity and large specific surface area.
2.Uniform particle size and bimodal distribution in pore structure.
3.It has stable...

1.Sulfur tolerant shift catalyst has good shift activity at low temperature and low sulfur content.
2.Suitable for CO shift process with coal, refinery coke or residual oil etc.
3.It...

1.Nickel catalyst for ammonia dissociation is with magnesium oxide as carrier and metal nickel as active component.
2.The reaction takes place on a Nickel catalyst at a temperature of about...

1. Naphtha hydrogenation catalyst usually uses a fixed bed hydrogenation;
2. Naphtha hydrogenation catalyst can not only reduce the sulfur and olefin content in the naphtha at the same...

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...

COKC series catalyst has excellent coke selectivity and heavy oil conversion ability, which is characterized by using unobstructed molecular sieve with optimized structure to improve the activity...

1.Catalyst auxiliary for improving octane is a kind of solid co-catalyst 2.Surface Area : ≥70m²/g, Bulk Density : 0.65-0.85 g/ml,0-40μm:≤ 22.% 3.The appearance is off white or earth yellow...

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...