Toluene Hydrogenation to Methylcyclohexane Catalyst

Product Overview:
The toluene hydrogenation catalyst is a highly efficient catalyst primarily used for the hydrogenation of toluene to produce methylcyclohexane. This catalyst uses alumina as the support material, with nickel as the main active component, and includes special additives to ensure excellent catalytic activity and selectivity in industrial reactions. The catalyst demonstrates outstanding performance in toluene conversion and methylcyclohexane selectivity, while maintaining good stability under high-temperature and high-pressure reaction conditions. Its long operational life makes it suitable for continuous industrial production.

Key Features:

• High Catalytic Activity:The catalyst maintains high activity even under low hydrogen partial pressure and lower space velocity conditions.
• Excellent Selectivity:Offers high selectivity for methylcyclohexane, minimizing the formation of by-products.
• High Conversion Rate:Toluene conversion rate can reach over 99.5%, ensuring high yields.
• Good Stability:Stable performance, adaptable to a wide range of operational conditions.
• High-Temperature Resistance:Shows good catalytic effects within the temperature range of 130-220°C, though long-term operation above 200°C should be avoided.
• Toxicity Resistance:The catalyst is highly resistant to poisons such as chlorides and sulfides, but careful control of toxic substance content is required during operation.

Applications:

• Petrochemical Industry:Widely used in the hydrogenation of toluene to synthesize methylcyclohexane, particularly in the production of petrochemical and fine chemicals.
• Fine Chemicals Production:Applied in hydrogenation reactions requiring high selectivity and conversion rates, and is used in various industrial synthesis processes.
• Catalyst Regeneration:This catalyst has good regeneration capabilities and can be reactivated after long-term use using regeneration techniques.