Benzene Hydrogenation to Cyclohexane Catalyst

Product Overview:
The benzene hydrogenation to cyclohexane catalyst is a high-efficiency hydrogenation catalyst, primarily used in the hydrogenation of benzene to produce cyclohexane. It is particularly effective as a second-stage supplemental hydrogenation catalyst, significantly reducing residual benzene content to ppm levels. This catalyst uses alumina as the support material and nickel as the main active component, offering high catalytic activity and strength. It maintains excellent performance during the benzene hydrogenation process and has been widely applied in multiple industrial plants worldwide.

Key Features:

• High Catalytic Activity:Provides high catalytic activity, significantly enhancing reaction rate and conversion efficiency in the benzene hydrogenation process.
• Low Residual Benzene Content:Effectively reduces residual benzene to ppm levels, ensuring high-purity product output.
• Excellent Strength and Stability:The catalyst has high compressive strength and a long service life, making it suitable for the harsh conditions of benzene hydrogenation.
• Wide Applicability:Successfully applied in multiple industrial plants globally, outperforming similar products both domestically and internationally.
• High Selectivity:Achieves an excellent benzene conversion rate of ≥99.5%, reducing by-product formation.

Applications:

• Petrochemical Industry:Primarily used in the second-stage supplemental hydrogenation process for producing cyclohexane, suitable for hydrogenation treatments in the petrochemical industry.
• Chemical Synthesis:Applied in benzene and cyclohexane hydrogenation reactions, widely used in the production of high-purity cyclohexane.
• Fine Chemicals:Plays a key role in processes where benzene is converted to cyclohexane and further residual benzene is reduced.
• Industrial Catalysis:Ideal for large-scale hydrogenation units in benzene hydrogenation reactions, especially where strict control of residual benzene is required.