钢铁企业炼铁-炼钢动态调度系统  

Dynamic scheduling system for ironmaking and steelmaking in iron and steel enterprises

作　　者：戴仲星 赵磊 马新光[1] 李建生[1] 崔志宏 DAI Zhongxing;ZHAO Lei;MA Xinguang;LI Jiansheng;CUI Zhihong(Production and Manufacturing Department,Tangshan Iron and Steel Group Co.,Ltd.,Tangshan 063000,China;Automation Research and Design Institute of Metallurgical Industry Co.,Ltd.,Beijing 100071,China;State Key Laboratory of Metallurgical Intelligent Manufacturing System,Beijing 100071,China)

机构地区：[1]唐山钢铁集团有限责任公司生产制造部,河北唐山063000 [2]冶金自动化研究设计院有限公司,北京100071 [3]冶金智能制造系统全国重点实验室,北京100071

出　　处：《冶金自动化》2024年第3期25-30,共6页Metallurgical Industry Automation

摘　　要：炼铁-炼钢界面作为钢铁生产全流程中的重要环节,涵盖高炉出铁、摆罐、铁罐运输、KR进站等过程,各工序间工艺路径复杂、生产场景复杂、异常场景众多、调度规则复杂。为了更好地满足生产实际需要,炼铁-炼钢动态调度系统改变了原有低效的沟通调度方式,以提高高炉、铁运、炼钢节奏匹配度、调度效率,提供科学高效的调度方法为目标,利用动态调度系统提升炼铁-炼钢界面各环节调度能力。在融合已有调度规则的基础上,根据复杂多变的实际工况进行灵活调整,实现炼铁与炼钢协同动态调度。As an important link in the whole process of iron and steel production,the ironmaking-steelmaking interface covers the processes of blast furnace ironmaking,ladle allocation,ladle trans-portation,and KR station entry.The technological paths between the various procedures are compli-cated,the production scenes are complex,there are many abnormal situations,and the scheduling rules are complicated.In order to better meet the actual production needs,the dynamic scheduling system of ironmaking-steelmaking has changed the original inefficient communication and scheduling methods.With the goal of improving the coordination of blast furnace tapping operation,iron transpor-tation,and steelmaking processes,enhancing scheduling efficiency,and to provide scientific and effi-cient scheduling methods,the dynamic scheduling system is utilized to enhance the scheduling capa-bilities of the ironmaking-steelmaking interface.By flexibly adjusting based on the complex and chan-ging actual operating conditions while integrating existing scheduling rules,collaborative dynamic scheduling between ironmaking and steelmaking is achieved.

关 键 词：钢铁企业 炼铁-炼钢界面 动态优化调度 调度系统 

分 类 号：TF703[冶金工程—钢铁冶金]