As the most important and largest amount of silicone monomer, methyl chlorosilane is the foundation and pillar of the entire silicone industry. Studies have shown that the quality of gas-solid fluidization in the fluidized bed directly affects the conversion rate of methyl chlorosilane, and the quality of gas-solid fluidization is determined by the process conditions and structure of the fluidized bed. To improve the conversion rate of methyl chlorosilane, a 3D laboratory-scale fluidized bed was established based on the two-fluid model. The optimum inlet gas velocity 1.1 U<sub>mf</sub> and the opening rate formula for optimizing the structure of fluidized bed distributor are obtained. Complete results of all fluidized bed optimizations will be presented.

Study in optimization of inlet gas fluidization velocity and opening rate of distributor in the fluidization synthesis process of organic silicon monomer

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