Energy Analysis and Optimization of Methyl Chlorosilane Separation

Ji Hai Duan; Xin Mei

doi:10.4028/www.scientific.net/AMR.690-693.3082

Paper Titles

Numerical Simulation for Rock Fracturing Process under Action of Disc Cutter
p.3054

The Preventing Coal and Gas Outburst Technology of Middle Distance and Low Permeability and Upper Protective Layer
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The Roof Broken Mechanism of Fully Mechanized Coal Face with Super Thick and Loose Layer
p.3068

Research and Prediction of Yellow Soil Moisture Content in Guizhou Province Based on ARIMA Model
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Energy Analysis and Optimization of Methyl Chlorosilane Separation
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The Optimization of CO₂ Huff and Puff Well Location in Ultra-Low Permeability Reservoir
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Prediction of the Flow, Reaction and Heat Transfer for Glass Furnace Firing Petroleum Coke
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A Coke Quality Prediction Model Based on Support Vector Machine
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Research on Materials Corrosion Failure Model of Liquefied Natural Gas (LNG) Cylinder for Vehicle
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Energy Analysis and Optimization of Methyl Chlorosilane Separation

Abstract:

The main problem of existing methyl chlorosilane separation process is high energy consumption and low products purity. Based on the column grand composite curve is established by Aspen Plus and combined with the process integration technology, a modification of the process is proposed to improve the energy efficiency. Compared with the original process, the total condense and reboiler duty decrease by 8.47%, 8.96% respectively.