Implementing optimal control policy for a fixed bed heterogeneous catalytic reactor
Publish place: 11th National Iranian Chemical Engineering Congress
Publish Year: 1385
Type: Conference paper
Language: English
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Document National Code:
NICEC11_331
Index date: 24 April 2007
Implementing optimal control policy for a fixed bed heterogeneous catalytic reactor abstract
Investigating dynamic optimal policies for an industrial methanol reactor experiencing exothermic, reversible reactions is subject of this study. Optimal values of inlet hydrogen mole fraction and shell temperature have been investigated for a heterogeneous methanol reactor as a case study. Optimization has been carried out by calculating Methanol Production Rate (MPR) as objective function. Optimal history for shell temperature (Tshell) and hydrogen inlet mole fraction has been obtained during 4 years of operation. It was found that applying obtained optimal
profiles of H2 and Tshell provides 1.4 percent more benefits compared with a typical operating plant.
Implementing optimal control policy for a fixed bed heterogeneous catalytic reactor Keywords:
Implementing optimal control policy for a fixed bed heterogeneous catalytic reactor authors
Zahedi
Department of Chemical Engineering, University of Razi, Kermanshah, Iran
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