Hydrogenation Catalyst with Stable Structure for Purification Process
- Model
- SYAMCAT YJ17/SYAMCAT YJ18/SYAMCAT YJ19
Item specifics
- Active Components
- Cobalt Molybdenum Nickel
- Catalyst Carrier
- Alumina-Titania
- Color
- Gray-green
- Crushing strength/(N.cm-1)
- ≥150
Review
Description
Description of Hydrogenation Catalyst
Hydrogenation Catalyst with Stable Structure for Purification Process
SYAMCAT hydrogen production hydrogenation catalyst is an olefin saturated and organic sulfur hydrogenation catalyst with nickel, cobalt and molybdenum as active metal components.
Application of Hydrogenation Catalyst
Hydrogenation purification process:
Used in hydrogenation purification process of H2 production feedstock for olefin saturation and organic sulfur conversion.
Adiabatic reactor:
SYAMCAT YJ17/SYAMCAT YJ19 suitable for purifying natural gas, coking dry gas, catalytic dry gas, hydrogenation dry gas, naphtha etc., feedstock, loaded in adiabatic reactor.
Adiabatic reactor or column tabular reactor：
SYAMCAT YJ18 suitable for purifying natural gas, coking dry gas, catalytic dry gas, hydrogenation dry gas, naphtha etc., feedstock, especially those H2 production feedstock with high olefin content, such as catalytic dry gas. It can be filled in adiabatic reactor or column tabular reactor.
Operating Conditions of Hydrogenation Catalyst
|
Item
|
SYAMCAT YJ17
|
SYAMCAT YJ18
|
SYAMCAT YJ19 |
|
Temperature/℃
|
450-650 |
450-650 |
450-650 |
|
Pressure/MPa
|
Atmospheric-6.0
|
Atmospheric-6.0
|
Atmospheric-6.0 |
Olefin Content, % | ≥2.7 | ≥2.7 | ≥2.5 |
Organic sulfur content/ppm | 500-2000 | 500-2000 | 500-2000 |
Space velocity/h-1 | ≤3000 | 500-3000 | 500-3000 |
Specification of Hydrogenation Catalyst
Physical-chemical properties
|
Item
|
SYAMCAT YJ17
|
SYAMCAT YJ18
|
SYAMCAT YJ19 |
|
Shape
|
Spheres
|
Extrudate
|
Extrudate |
|
Size/mm
|
φ3.5-5.5
|
φ2-3
|
φ2-3 |
|
Active component
|
Co-Mo-Ni
|
Co-Mo-Ni
|
Co-Mo-Ni |
Bulk density/(kg.L-1) | 0.70-0.90 | 0.45-0.65 | 0.45-0.65 |
Benefits of Hydrogenation Catalyst
Ternary Active Components: Our catalyst boasts the power of Mo, Co, and Ni ternary active components combined with an alumina-titania composite carrier. This unique blend results in exceptional catalytic activity, bringing cost savings and efficiency to your operations.
Long-Term Stability: Operating a device for an extended period is now more feasible than ever. Our catalyst ensures not only high activity but also long-term stability. Your operations can run smoothly without interruptions, leading to increased productivity and lower maintenance costs.
Robust Mechanical Strength: Enjoy the peace of mind that comes with our catalyst's high mechanical strength and structural stability. This feature enhances the durability of the device and minimizes the need for replacements, reducing operational expenses.
Reduced Light-Off Temperature: Our catalyst stands out with its low light-off temperature. It can be effectively used as a standalone component in an adiabatic system, especially for high olefin feedstock. This capability increases energy efficiency and optimizes production processes.
Quick Startup without Pre-Sulfiding: Say goodbye to the time-consuming process of pre-sulfiding. Our catalyst allows for swift startups, significantly shortening startup times and minimizing operational delays. This efficiency translates to cost savings and higher production capacity.