(151e) Methylchlorosilane Distillation System: Comparison of Existing Processes and Novel Parallel Double-Effect Counterparts by Simulation | AIChE

(151e) Methylchlorosilane Distillation System: Comparison of Existing Processes and Novel Parallel Double-Effect Counterparts by Simulation

Authors 

Liu, L. - Presenter, Tianjin University
Gao, H. - Presenter, Tianjin University
Shi, S. - Presenter, Tianjin University
Sun, J. - Presenter, Tianjin University
Wang, S. - Presenter, Tianjin Yilongchuangjia Technology Development Co., Ltd.
Jiang, S. - Presenter, Tianjin University
Wu, P. - Presenter, Tianjin University
Liu, Y. - Presenter, Tianjin University
Wang, F. - Presenter, Tianjin University
Cai, F. - Presenter, Tianjin University
Ma, T. - Presenter, Tianjin University


Three double-effect (or heat integrated) distillation systems for organosilicon monomers were developed through process simulation targeting energy conservation of this unit, which normally occupies 60~70% of the whole monomer plant. To show the extent of energy saving, 3 traditional schemes, as controls, were also calculated. Results of this work demonstrate an energy cutting down, by a large margin, of approximately 50%, as well as the same portion of recycling cooling water reduction. The higher temperature, obtained through heat coupling, makes air cooling feasible even for plant located in semi tropics, which also contributes to reduce cooling water recirculation.

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