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增刊1 周国元等:45t电炉终点碳控制技术研究与应用 ·53· (2)通过本项技术的实施,降低了电炉氧化末 ing by modem electric arc furnace.Spec Steel Technol,2006,12 期钢水的氧含量,减少了脱氧材料的加入量,脱氧材 (4):58 (黄华,蔡继明.现代电炉炼钢技术发展趋势.特钢技术, 料消耗量和成本有所降低.同时,座包钢水氧含量 2006,12(4):58) 有一定降低,有利于提高钢水质量 7]Fu J.Integrated control theory of tap-to-ap time and its applica- (3)通过提高泡沫渣效果,电炉炉盖结冷钢现 tion.J Unie Sci Technol Beijing,2004,26(6):588 象已基本杜绝,炉子水冷件漏水现象大幅度减少· (傅杰.现代电弧炉治炼周期综合控制理论及应用.北京科技 大学学报,2004,26(6):588) 参考文献 [8]Fu J.Dynamics of Steel Metallurgical Process.Beijing:Metallurgi- Fu J.Theory and Application of Modern EAF Steelmaking.Bei- cal Industry Press,2001 jing:Metallurgical Industry Press,2009 (傅杰.钢治金过程动力学,北京:冶金工业出版社,2001) (傅杰.现代电炉炼钢理论与应用.北京:治金工业出版社, [9]Chen J X.Steelmaking Commonly Used Chart Data Sheet.2nd 2009) Ed.Beijing:Metallurgical Industry Press,2010 Wang M H,Hui Z G,Shi X L.End-point control technology of (陈家祥.炼钢常用图表数据手册.2版.北京:治金工业出版 converter.Angang Technol,2005(3):6 社,2010) (王茂华,惠志刚,施雄梁.转炉终点控制技术.鞍钢技术, [10]Gao Z P.Improvement on using oxygen in the 30 ton EAF at 2005(3):6) henggang.Energy Metall Ind,2006,25(1)11 B]Gao Z P.Steelmaking Technology.Beijing:Metallurgical Industry (高泽平.衡钢301电炉用氧技术的改善.治金能源,2006,25 Press.2006 (1):11) (高泽平.炼钢工艺学.北京:治金工业出版社,2006) [1]Yang W Y,Zhang D M,Chen E.Application of the oxygen in- 4]Quan H.Technology of dynamie controlling on converter steelmak- jection technology in modern EAF steelmaking.J Iron Steel Res, ing.Yunnan Metall,2006,35(3):31 1996,8(4):62 (全红.转炉炼钢动态控制技术.云南治金,2006,35(3):31) (杨文远,张德铭,陈峨.近代电弧炉炼钢用氧技术.钢铁研 [5]Xing M H,Yuan S Q,Zhao T L,et al.The progress of end-point 究学报,1996,8(4):62) controlling technology for converter.Met Mater Metall Eng,2010, [12]Liu X W,Cai G,Cai J M,et al.Intensified smelting technology 38(2):54 test of 30 tons UHP EAF special steel technology.Spec Steel (邢曼华,袁守谦,赵田丽,等.转炉终点控制技术的发展.金 Technol,2000(3):1 属材料与治金工程,2010,38(2):54) (刘新文,蔡刚,蔡继明,等.30吨UHP电炉强化治炼工艺试 6]Huang H,Cai J M.Technical development tendency of steel-mak- 验.特钢技术,2000(3):1)增刊 1 周国元等: 45 t 电炉终点碳控制技术研究与应用 ( 2) 通过本项技术的实施,降低了电炉氧化末 期钢水的氧含量,减少了脱氧材料的加入量,脱氧材 料消耗量和成本有所降低. 同时,座包钢水氧含量 有一定降低,有利于提高钢水质量. ( 3) 通过提高泡沫渣效果,电炉炉盖结冷钢现 象已基本杜绝,炉子水冷件漏水现象大幅度减少. 参 考 文 献 [1] Fu J. Theory and Application of Modern EAF Steelmaking. Bei￾jing: Metallurgical Industry Press,2009 ( 傅杰. 现代电炉炼钢理论与应用. 北京: 冶金工业出版社, 2009) [2] Wang M H,Hui Z G,Shi X L. End-point control technology of converter. Angang Technol,2005( 3) : 6 ( 王茂华,惠志刚,施雄梁. 转炉终点控制技术. 鞍钢技术, 2005( 3) : 6) [3] Gao Z P. Steelmaking Technology. Beijing: Metallurgical Industry Press,2006 ( 高泽平. 炼钢工艺学. 北京: 冶金工业出版社,2006) [4] Quan H. Technology of dynamic controlling on converter steelmak￾ing. Yunnan Metall,2006,35( 3) : 31 ( 全红. 转炉炼钢动态控制技术. 云南冶金,2006,35( 3) : 31) [5] Xing M H,Yuan S Q,Zhao T L,et al. The progress of end-point controlling technology for converter. Met Mater Metall Eng,2010, 38( 2) : 54 ( 邢曼华,袁守谦,赵田丽,等. 转炉终点控制技术的发展. 金 属材料与冶金工程,2010,38( 2) : 54 ) [6] Huang H,Cai J M. Technical development tendency of steel-mak￾ing by modern electric arc furnace. Spec Steel Technol,2006,12 ( 4) : 58 ( 黄华,蔡 继 明. 现代电炉炼钢技术发展趋势. 特 钢 技 术, 2006,12( 4) : 58) [7] Fu J. Integrated control theory of tap-to-tap time and its applica￾tion. J Univ Sci Technol Beijing,2004,26( 6) : 588 ( 傅杰. 现代电弧炉冶炼周期综合控制理论及应用. 北京科技 大学学报,2004,26( 6) : 588) [8] Fu J. Dynamics of Steel Metallurgical Process. Beijing: Metallurgi￾cal Industry Press,2001 ( 傅杰. 钢冶金过程动力学,北京: 冶金工业出版社,2001) [9] Chen J X. Steelmaking Commonly Used Chart Data Sheet. 2nd Ed. Beijing: Metallurgical Industry Press,2010 ( 陈家祥. 炼钢常用图表数据手册. 2 版. 北京: 冶金工业出版 社,2010) [10] Gao Z P. Improvement on using oxygen in the 30 ton EAF at henggang. Energy Metall Ind,2006,25( 1) : 11 ( 高泽平. 衡钢30 t 电炉用氧技术的改善. 冶金能源,2006,25 ( 1) : 11) [11] Yang W Y,Zhang D M,Chen E. Application of the oxygen in￾jection technology in modern EAF steelmaking. J Iron Steel Res, 1996,8( 4) : 62 ( 杨文远,张德铭,陈峨. 近代电弧炉炼钢用氧技术. 钢铁研 究学报,1996,8( 4) : 62) [12] Liu X W,Cai G,Cai J M,et al. Intensified smelting technology test of 30 tons UHP EAF special steel technology. Spec Steel Technol,2000( 3) : 1 ( 刘新文,蔡刚,蔡继明,等. 30 吨 UHP 电炉强化冶炼工艺试 验. 特钢技术,2000( 3) : 1) ·53·
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