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Microwave-Assisted Carbochlorination Recovery of Indium Process of Dynamic Simulation Based on Multi-Field Coupling

9. Jie Guan, Meiling Liu, Ruijing Su, Yaoguang Guo, Dongxue Xiao, Liu Hu, Yingshun Li, Yanan Zhu, Weixing Gu, Congbing Ni and Zhanhu Guo, Microwave-Assisted Carbochlorination Recovery of Indium Process of Dynamic Simulation Based on Multi-Field Coupling, ES Energy Environ., 2019, 5, 94-101.

PDF online:esee8c322.pdf

Abstract: The microwave-assisted carbochlorination process of indium trichloride (InCl3) recovery in the microwave reactor cavity of the laboratory has been obtained by the Finite Element Method (FEM) software of COMSOL Multiphysics. Base on the multi-field coupling simulation, analysis was conducted on the factors affecting its process. Firstly, combined microwave heating process, Computational Fluid Dynamics and mass transport process, a mathematical-physical model coupled of 4 physics fields, which include radio frequency, heat transfer, mass transport and flow field, has been established. Then further researches focus on the electric field of the cavity. It is concluded heat source of microwave heating process and chloridizing reaction velocity, which indicate that the research model can accurately describe the influence on the process of indium recovery from the microwave input power, hydrogen chloride (HCl) flow rate and sample location.

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