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Based on the experimentation mathematical modeling and autoregulation realization for gas-collector pressure of coke furnace

Based on the experimentation mathematical modeling and autoregulation realization for gas-collector pressure of coke furnace
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摘要 Technical process and pressure control system of coke furnace were introduced.The mathematical model based on experimental method of gas-collector pressure wasproposed.To a certain extent, it is more reliable and dependable than mechanism method.Manufacturing process and experimental modeling can be finished at the same time, andfurthermore, the mathematical model can be established automatically.The realization algorithmof the total decoupling and on the line's modification for model value plays an importantrole in improving regulating quality.Finally, the DCS network structure to realizethe process was introduced.The control results show that the regulator can get reliableand robust performance. Technical process and pressure control system of coke furnace were introduced The mathematical model based on experimental method of gas-collector pressure was proposed. To a certain extent, it is more reliable and dependable than mechanism method. Manufacturing process and experimental modeling can be finished at the same time, and furthermore, the mathematical model can be established automatically. The realization algorithm of the total decoupling and on the line's modification for model value plays an important role in improving regulating quality. Finally, the DCS network structure to realize the process was introduced. The control results show that the regulator can get reliable and robust performance.
出处 《Journal of Coal Science & Engineering(China)》 2010年第1期88-93,共6页 煤炭学报(英文版)
关键词 coke furnace gas-collector pressure mathematical model COUPLING 实验模型 焦炭炉 压力 自动调节 数学建模 集电极 燃气 数学模型
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