Methanol Synthesis Catalyst with High Surface Area for Methanal Synthesis Procress
- Model
- SYAMCAT HJ323
Item specifics
- Catalyst Carrier
- Gamma Alumina
- Side Crush Strength
- ≥250
- Color
- Black
Review
Description
Description of Methanol Synthesis Catalyst
Methanol Synthesis Catalyst with High Surface Area for Methanal Synthesis Procress
SYAMCAT methanol synthesis catalyst is suitable for methanol synthesis process with coal gas, natural gas, coke oven gas feedstock. The product has good appearance, both ends are spherical, can reduce the particle collision wear, bed resistance is small, and more stable.
Application of Methanol Synthesis Catalyst
Methanol synthesis process：
Suitable for methanol synthesis process with coal gas, natural gas, coke oven gas feedstock.
Various type of reactors：
Suitable for various type of reactors for mid-low pressure methanol synthesis process.
Operating Conditions of Methonal Synthesis Catalyst
|
Item
|
SYAMCAT HJ323
|
|
Application temperature/℃
|
190-300 |
|
Pressure/MPa
|
3.0-15.0
|
Space velocity/h-1 | 6000-40000 |
Specification of Methonal Synthesis Catalyst
Physical-chemical properties
|
Item
|
SYAMCAT HJ323
|
|
Shape
|
Cylinder
|
|
Size/mm
|
φ6*3-5
|
|
Active component
|
CuO
|
Bulk density/(kg.L-1) | 1.20±0.1 |
Features of Methonal Synthesis Catalyst
Exceptional Methanol Synthesis: Our catalyst boasts outstanding methanol synthesis activity, achieving an hourly space yield of over 1.0g/mlcat.h. This high efficiency ensures you get more output for your investment, optimizing your production processes.
Superior Selectivity: Experience superior selectivity with our catalyst. It minimizes the byproduct yield of low carbon alcohols, methyl formate, and long chain alkanes. This precision in synthesis reduces waste, streamlining your operations and enhancing overall efficiency.
Versatility and Adaptability: Designed for versatility, our catalyst exhibits excellent adaptability across a wide temperature range. It suits various types of reactors and ensures high CO2 conversion rates. This adaptability translates to flexibility in your production methods, allowing you to respond to market demands effectively.
Optimized Surface Area: With a high specific surface area and low loading bulk density, our catalyst maximizes the efficiency of chemical reactions. Its optimized surface area enhances reaction kinetics, leading to increased productivity while using fewer resources.
Durability and Stability: Built for longevity, our catalyst features high strength and a unique phase structure. It maintains stability in both activity and structure, even under challenging conditions. Its exceptional heat resistance guarantees a long service life, reducing the frequency of replacements and minimizing downtime.