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Modeling, Simulation and Optimized Design of a Microreactor for a Two‐Step Reaction

X. Chen, Hongcheng Zeng, H. Wang, D. Zhang

Open publisher page 9 citations

Abstract

Abstract A two‐step microreactor for the investigation of glucose oxidation is presented. A model is created to pre‐judge the changes in concentrations of the reactants in the straight channels of the microreactor. The structure of the rapid mixing‐reaction units of the microreactor was optimized, and the optimal parameters were found to be p = 1:3, r = 1:1, and ws = 60 μm. The model and the optimization method can facilitate the design of microreactors.

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What this paper is about

Abstract A two‐step microreactor for the investigation of glucose oxidation is presented. A model is created to pre‐judge the changes in concentrations of the reactants in the straight channels of the microreactor. The structure of the rapid mixing‐reaction units of the microreactor was optimized, and the optimal parameters were found to be p = 1:3, r = 1:1, and ws = 60 μm. The model and the optimization method can facilitate the design of microreactors.

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Available abstract

Abstract A two‐step microreactor for the investigation of glucose oxidation is presented. A model is created to pre‐judge the changes in concentrations of the reactants in the straight channels of the microreactor. The structure of the rapid mixing‐reaction units of the microreactor was optimized, and the optimal parameters were found to be p = 1:3, r = 1:1, and ws = 60 μm. The model and the optimization method can facilitate the design of microreactors.

Key concepts: Microreactor, Optimal design, Mixing (physics), Chemistry, Materials science, Process engineering, Computer science, Catalysis

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