Low Temperature Shift Catalyst with High Mechanical Strength for Ammonia Plant
- Model
- SYAMCAT B217
Item specifics
- Active Components
- Copper Oxide
- Catalyst Carrier
- Gamma Alumina
- Color
- Blacks
- Side crush strength/(N.cm-1)
- ≥180
Review
Description
Description of Low Temperature Shift Catalyst
Low Temperature Shift Catalyst with High Mechanical strength for Ammonia Plant
SYAMCAT low temperature shift catalyst is used to promote the reaction of CO and water vapor to generate hydrogen and CO2 under low-temperature conditions (180~260°C) to purify crude hydrogen and ammonia synthesis feed gas.
Application of Low Temperature Shift Catalyst
Synthesis ammonia or hydrogen plant：
Used in the shift reaction of CO and steam to form H2 and CO2 under low temperature, widely used in CO low temperature shift process in synthesis ammonia or hydrogen plant.
Operating Conditions of Low Temperature Shift Catalyst
|
Item
|
|
|
Inlet temperature/℃
|
180-360 |
|
Pressure/MPa
|
0.1-0.5
|
Dry gas space velocity/h-1 | 500-5000 |
CO content in feed, % | ＜3 |
Specification of Low Temperature Shift Catalyst
Physical-chemical properties
|
Item
|
SYAMCAT B217
|
|
Shape
|
Tablets
|
|
Size/mm
|
φ4.5-5.5*4.5-5.5
|
|
Active component
|
CuO
|
Bulk density/(kg.L-1) | 1.20-1.40 |
Features of Low Temperature Shift Catalyst
Tailored High-Performance Solution: Our catalyst stands as a testament to excellence, crafted with precision by integrating copper oxide as the active component and zinc oxide as a structure promoter. This purposeful modification ensures unparalleled performance tailored to your specific needs.
Exceptional Low-Temperature Activity: Experience outstanding low-temperature activity and stability with our catalyst. This unique feature not only maintains consistent internal structure but also sustains high activity levels over extended periods. The result? Substantial cost savings due to prolonged operational efficiency.
Versatility, Strength, and Longevity: Our catalyst offers a broad activity temperature range, providing adaptability across diverse operational conditions. Its high mechanical strength and low bulk density enhance durability, guaranteeing a long service life. With increased productivity and minimized time costs, your business gains a competitive edge.