冶金流程工程学理论在唐钢新区的应用实践
Application practice of metallurgical process engineering theory in Tanggang New Area
王新东 1李毅挺 1李长海 1孙彦广 2赵军 1薛军安 1刘宏强 1王映红1
作者信息
- 1. 河钢集团有限公司,河北石家庄 050023
- 2. 冶金自动化研究设计院有限公司,北京 100081
- 折叠
摘要
在冶金流程工程学理论指导下,唐钢新区开展了流程优化与智能化运行的研究与实践.以提升流程自组织性和他组织力为出发点,围绕各工序高效稳定、界面流畅贯通、流程动态有序且连续协同运行3个层次开展攻关.以物质、能量、时间、空间、信息"五维"动态甘特图为核心,通过物质流、能量流、信息流协同优化,构建信息物理融合系统的技术路线.总结了在炼铁-炼钢界面优化和铁水动态调度、炼钢区段"一对一"层流高效协同运行、钢区界面优化和动态调度、连铸-热轧界面流程优化及协同调度等方面的阶段进展和指标改善情况.
Abstract
Under the guidance of metallurgical process engineering theory,the research and practice of process opti-mization and intelligent operation were carried in Tanggang New Area.Starting from the improvement of process self-organization and heter-organization,the research was carried out around the three levels of high efficiency and stability in each process,smooth interface,dynamic and orderly process and continuous coordinated operation.Tak-ing the"five-dimensional"dynamic Gantt chart of material,energy,time,space and information as the core,the technical route of cyber-physical fusion system was constructed through the collaborative optimization of material flow,energy flow and information flow.The stage progress and index improvement in ironmaking-steelmaking in-terface optimization and hot metal dynamic scheduling,"one-to-one"laminar flow efficient coordinated operation in steelmaking section,steel area interface optimization and dynamic scheduling,continuous casting-hot rolling inter-face process optimization and coordinated scheduling were summarized.
关键词
冶金流程工程学/流程优化/界面技术/智能化/信息物理系统Key words
metallurgical process engineering/process optimization/interface technology/intellectualization/cyber-physical system(CPS)引用本文复制引用
基金项目
河北省重大专项(19074013Z)
河北省重大专项(19274002D)
出版年
2024
NETL
NSTL
万方数据