Oxidation catalysts are substances that facilitate chemical reactions by lowering the activation energy required for the reaction to occur.
Where To Use Oxidation Catalysts
Oxidation catalysts are used in various industrial processes, such as petroleum refining, chemical synthesis, and wastewater treatment.
They can be applied to different types of equipment, including reactors, crackers, and furnaces.
Key Features Of Oxidation Catalysts
High activity and selectivity.
Resistance to deactivation by impurities.
Stability over a wide temperature range.
Ease of regeneration or replacement.
How To Use Oxidation Catalysts
Choose the appropriate type of catalyst based on the specific reaction and conditions.
Select a suitable support material, such as alumina or silica.
Determine the optimal loading and preparation method for the catalyst.
How Oxidation Catalysts Is Manufactured
The manufacturing process involves several steps, including raw material selection, mixing and grinding, calcination, and impregnation.
Technical Specification Of Oxidation Catalysts
Catalyst Type:
Vanadium-based
Efficiency:
95% or higher
Operating Temperature:
200-500°C
Industrial Use:
Petroleum refining, chemical synthesis
The technical specification of oxidation catalysts provides a detailed description of its performance characteristics and industrial applications. The catalyst type is typically vanadium-based, with an efficiency of 95% or higher. It operates within a temperature range of 200-500°C and finds extensive use in petroleum refining and chemical synthesis processes.
Description Of Oxidation Catalysts
Oxidation catalysts are heterogeneous catalysts that consist of a catalytically active phase supported on a high-surface-area material, such as alumina or silica.
Related Products & Synonyms Of Oxidation Catalysts
Some related products of oxidation catalysts include reduction catalysts, polymerization catalysts, and adsorbents. Synonyms for oxidation catalysts include catalytic oxidizers, oxygenators, and combustion promoters.
