Hydrogenation Catalyst(Co-Mo/Al2O3)
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With alumina as carrier, nickel as main active component, the catalyst is Widely used in aviation kerosene to
hydrogenation dearomatization, benzene hydrogenation to cyclohexane, phenol hydrogenation to cyclohexanol
hydrotreating, hydrofining of industrial crude hexane, and organic hydrogenation of unsaturated aliphatic hydro-
carbons and aromatic hydrocarbons, such as white oil, lube oil hydrogenation. It can also be used for liquid phase
efficient desulfurization, and sulfur protective agent in catalytic reforming process. The catalyst has high strength,
excellent activity, in the hydrogenation refining process, which can make aromatic or unsaturated hydrocarbon down
to ppm level. The catalyst is reduced state which is stabilizing treatment.
By comparison, the catalyst which has been used successfully in dozens of plants in a world, is better than similar
domestic products.
Physical and chemical properties:
|
Index |
Item |
Index |
appearance |
black cylinder |
Bulk density ,kg/L |
0.80-0.90 |
Particle size,mm |
Φ1.8×-3-15 |
Surface area,m2/g |
80-180 |
Chemical components |
NiO-Al2O3 |
Crushing strength ,N/cm ≥ |
50 |
Activity evaluation conditions:
Process conditions |
system pressure Mpa |
Hydrogen Nitrogen space velocity hr-1 |
Temperature °C |
Phenol space velocity hr-1 |
Hydrogen phenol ratio mol/mol |
Normal pressure |
1500 |
140 |
0.2 |
20 |
|
Activity level |
Feedstock: phenol, the conversion of phenol min 96% |
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