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Simulation and Design of Etherification Reactor based on MATLAB/SIMULINK

Simulation and Design of Etherification Reactor based on MATLAB/SIMULINK. Reporter: Supervisor:. Lyu Wenjun Xin Feng. contents. 1. The raw material. C4. Have C4 except active component ? Simplify the composition of raw material ? Be beneficial to code. Process flow diagram.

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Simulation and Design of Etherification Reactor based on MATLAB/SIMULINK

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  1. Simulation and Design of Etherification Reactor based on MATLAB/SIMULINK Reporter: Supervisor: LyuWenjun XinFeng

  2. contents

  3. 1. The raw material C4 Have C4 except active component ? Simplify the composition of raw material ? Be beneficial to code.

  4. Process flow diagram ASPEN+MATLAB MATLAB

  5. 2. The reactor -catalyst The maximum operation temperature is 120℃ The catalyst (D005) is special for MTBE C5+Methanol: D005II (A-35) C6+Enthanol: A-15 (D005)

  6. The reactor model Fixed-bed reactor swelling

  7. The reactor model Expanded reactor • Mathematical model • The velocity of flow

  8. The influence factors Who is fixed Create a function about all the influence factors, then seek for the optimal value based on the constrain conditions. Consider the factors individually, or several factors

  9. The axial diffusion coefficient Applicable conditions: Reynolds number for the particle Rep:10-3-103 Bed porosities:0.4-0.8 The bed porosity is 0.35.

  10. 3.The next plans • Deal with the puzzle above. • Compile the code about the process. Distillation column: azeotrope(C4, C5, C6)

  11. THANK YOU !

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