China Naphtha Hydrogenation Catalyst Manufacturers Factory Suppliers

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.Detoxication Deoxidants for Sulfur Tolerant Shift Catalysts are acting as a protectant.
2.Suitable for kinds of Sulfur Tolerant Shift process.
3.It has its own shift activity.

1. It's high activity and selectivity.
2. Easy to filter of copper based catalyst used for vegetable oil.
3. Safe and simple handling.

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. 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...

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...

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.

CRSC is a kind of catalyst that developed based on the technology of silicon substrate platform to reduce slurry oil and coke yield.

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.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...

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