The reactor effluent stream is then sent to a flash tank to separate the light and heavy components of the mixture. This simulation will use a conversion reactor block to model this reaction. This feed mixture is then sent to a fixed-bed catalytic reactor where 3 hydrogen molecules react with 1 benzene molecule to form cyclohexane. Fresh benzene and hydrogen feed streams are first fed through a heater to bring the streams up to reactor feed temperature and pressure conditions. ![]() The simplified flowsheet for this process is shown below. Background/Problem Construct an Aspen HYSYS simulation to model the production of cyclohexane via benzene hydrogenation. ![]() ![]() Lesson Objectives Ĭonstruct an Aspen HYSYS flowsheet simulation of the production of cyclohexane via benzene hydrogenation Become familiar with user interface and tools associated with Aspen HYSYSĪspen HYSYS V8.0 Knowledge of chemical process operationsģ. AspenTech Incorporations Aspen Hysys V8.8Ĭases Solved in Hysys Version 8.0 are same as Version 8.8Ĭyclohexane Production with Aspen HYSYS® V8.0 1.
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