新一代可循环钢铁制造流程物流与能流协调运行机制研究

项目名称： 新一代可循环钢铁制造流程物流与能流协调运行机制研究

项目编号： No.51274043

项目类型： 面上项目

立项/批准年度： 2013

项目学科： 矿业工程

项目作者： 吕志民

作者单位： 北京科技大学

项目金额： 80万元

中文摘要： 新一代可循环钢铁流程是以流程工程集成理论为指导设计的钢铁冶金企业闭环式生产过程，但从实际运行效果看，还有许多理论问题和共性技术有待深入研究。本课题基于过程集成优化理论对新一代可循环钢铁制造流程中物流与能流协调运行机制进行研究，揭示其运行规律本质，为物流与能流调控提供理论指导，以实现更佳的节能降耗效果。拟在物流与能流耦合运行的单体模型建模方法研究基础上，研究构建表征物流与能流运行机制的流程抽象建模技术，并研究模型数学化方法以及复杂约束多目标问题优化方法，优化形成普适性的物流与能流协调运行模式及动态调控策略。该课题在理论上探索钢铁制造流程中共性的物流与能流协调模型的集成优化理论与方法，并可能在建模方法和优化技术上有所突破；在实践上，研发具有原创性的物流与能流集成优化技术，为新一代生产能源管控中心的优化模型设计提供指导。

中文关键词： 物流；能流；集成调度；ERTN；新一代可循环钢铁流程

英文摘要： New generation of recyclable iron and steel manufacturing process based on integration theory of process engineering is designed as a metallurgical closed loop production process. But from results of the actual operation, there are many theoretical issues and common technology needs further investigation. According to the process of integration optimization theory, this project is put forward to study the coordinated operation mechanism of the new generation recyclable steel manufacturing process of material flow and energy flow, to reveal the essence of laws governing the operation, and to provide theoretical guidance for scheduling and control of material flow and energy flow in order to achieve better energy saving effect. Based the research of modeling method of unit model reflecting coupling rule of material flow and energy flow, this project will develop an abstract process modeling techniques for charactering operating mechanism of material flow and energy flow, research mathematical methods of abstract process model and optimization methods for complex constraints and multi-objective model, optimize to form universal material flow and energy flow coordination operation mode and dynamic control strategy. For steel manufacturing process, theoretically, the project explore common material flow and energy f

英文关键词： Material flow；Energy flow；Integrated Scheduling；Extended resource task network；New generation recyclable iron and steel process