Alumina Cobalt Molybdenum Catalyst

Product Details
Customization: Available
CAS No.: 3317-67-7
Formula: C32h16con8
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Registered Capital
20000000 RMB
Plant Area
1001~2000 square meters
  • Alumina Cobalt Molybdenum Catalyst
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Basic Info.

EINECS
222-012-7
Status
Powder
Response Type
Catalyst
Classification
Desulphurisation
Usage
Positive Catalyst
Application Industry
Industry
Item
Co Low Temperature Shift Catalyst
Color
Blue Black or Blue Purple Powder
Bulk Density
0.8-0.9g/cm3
Size
80 Mesh
Cobalt Content
Min 6%
Transport Package
1kg/Bag
Trademark
ZHULIN
Origin
China
Production Capacity
100 Ton/Year

Product Description

Alumina Cobalt Molybdenum Catalyst
Alumina Cobalt Molybdenum Catalyst
Features:
Uniform and stable components, high conversion rate, good low-temperature activity, high mechanical strength, good heat resistance, low steam consumption, high space velocity, etc., and various performances have reached the domestic advanced level.

Physical properties:
Appearance: Φ5x4~6mm black cylinder
Bulk density: 1.25~1.4kg/l
Specific surface: 75±10m2/g

Chemical composition:Copper, zinc, aluminum oxides and additives

Application
Alumina Cobalt Molybdenum Catalyst

This product is mainly used for deep conversion of low-content CO in ammonia plants and hydrogen production plants. It can convert about 3% of CO to about 0.2%. The catalyst uses electrolytic copper and zinc ingots as the main raw materials, and adopts co-precipitation legal production.

Index
Item Indicator
Activity after heat resistance(based on CO conversion rate) %
90
Radial crushing strength N/cm ≥ 180
Low strength percentage (less than 110N/cm)
≤ 10

Product usage and maintenance
·Normal use
Operating temperature: 170~260°C
Best temperature: 210~230°C
Operating pressure: normal pressure ~ 5.0MPa
Applicable airspeed: 1000~4000h-1
H2S in raw gas: ≤ 0.1ppm
Chlorine in raw gas: ≤ 0.03ppm
(Note: LB208 can be used at lower temperature or higher air velocity to increase the production capacity of the
device).

·Maintenance
a. Pay attention to stable operation during operation, prevent peroxide, prevent overheating, prevent liquid, and
prevent poisoning
b. Sulfur and chlorine are one of the common main causes of catalyst poisoning and deactivation. Effective
measures should be taken to minimize the content of sulfur and chlorine.

Any requirements about activated carbon, pls do not hesitate to contact us.

Alumina Cobalt Molybdenum Catalyst

 

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