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120 t转炉底吹供气系统控制模型与应用效果
引用本文:汪成义,吴巍,杨利彬,赵舸,罗啟泥,姜周华.120 t转炉底吹供气系统控制模型与应用效果[J].特殊钢,2020,41(3):10-14.
作者姓名:汪成义  吴巍  杨利彬  赵舸  罗啟泥  姜周华
作者单位:1钢铁研究总院冶金工艺研究所,北京100081 ; 2东北大学冶金学院,沈阳110004
基金项目:国家重点研发计划(2017YFB0304000),国家自然科 学基金(51674092&51704080&51874102)资助
摘    要:根据鞍钢120 t转炉底吹供气系统的应用情况,基于PID调节算法建立了转炉底吹系统控制模型,可以实现供气管道气体流量的迅速、准确、稳定控制,满足生产工艺要求,使底吹元件在炉役期内可以保持稳定的形态和良好的透气性能,不易堵塞。该转炉进行底吹供气控制模型、设备和工艺优化后,钢水终点碳氧积由0.00316降低为0.00273,终点炉渣T.Fe含量降低1.69%,吨钢降低成本12.2元,经济效益显著。

收稿时间:2019-12-11

Control Model of Gas Supply System of Bottom Blowing for 120 t Converter and Application Effect
Wang Chengyi,Wu Wei,Yang Libin,Zhao Ge,Luo Qilong,Jiang Zhouhua.Control Model of Gas Supply System of Bottom Blowing for 120 t Converter and Application Effect[J].Special Steel,2020,41(3):10-14.
Authors:Wang Chengyi  Wu Wei  Yang Libin  Zhao Ge  Luo Qilong  Jiang Zhouhua
Affiliation:1 Metallurgical Department, Central Iron and Steel Research Institute, Beijing 100081 ; 2 School of Metallurgy, Northeastern University, Shengyang 110004
Abstract:According to application of gas supply system of bottom blowing for 120 t converter at Angang Steel, the BOF bottom blowing control model has been established by PID control arithmetic method to realize the rapid, accurate and stable control of gas flow in gas supply pipeline, and meet the requirements of the production process, which could keep the bottom blowing element under stable ; good shape and air permeability and not easy been blocked during the converter service period. With the bottom blowing control model, equipment and technology optimized, the end-point %C] ? %O] is reduced from 0.00316 to 0.00273, the end-point T. Fe content in slag is reduced by 1.69% , the economic benefit of a ton steel is 12.2 yuan /t to achieve the effect of improving quality and reducing cost.
Keywords:120 t Converter  Gas Supply System of Bottom Blowing  Bottom Thickness  Carbon-Oxygen Equilibrium  T  Fe in Slag       
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