曹妃甸钢铁企业能源管理中心项目建设方案设计与实施

发布时间：2018-02-27 01:22

本文关键词： 钢铁企业能源管理中心项目建设方案设计项目建设方案实施　出处：《河北工业大学》2015年硕士论文　论文类型：学位论文

【摘要】：大型钢铁联合生产企业在其冶炼压延过程中,需要大量的煤、电、氧、氮、蒸汽等能源介质以及废钢、水等各类相关资源,在我国,钢铁厂的很多能源介质都处于一种一边使用一边产生,未加充分利用的粗放型状态。由于生产链的上下游关系,每一种能源介质都不是静态和孤立的,而是动态变化着的,这些变化直接导致其它能源介质的产生量和使用效率。实现智能供应、自动反馈及能够将各个环节的各种能源介质统一调度,协调管理,对钢铁企业提高生产率、节约生产成本具有十分重要的意义。本论文将从研究国际和国内能源管理中心发展现状出发,观察钢铁厂各种能源介质的需求量,整个生产流程中产生的能源利用情况,通过具体的数据分析,探索基于网络技术、利用工业信息化手段设计钢铁厂能源管理中心项目的建设方案,以及如何做好项目建设方案的实施工作。实现全厂各流程产生的各种能源介质的统一管理,减少能源消耗、优化能源平衡、高效使用二次能源,降低吨钢能耗、提高环境保护水平、减少空气污染物排放,达到节能降耗、循环化改造和清洁化生产目的。本文在编写过程中注重理论联系实际,以提高钢铁厂能源利用效率为出发点和落脚点,除了用到调查法、观察法、文献研究法、定量分析法、跨学科研究法等常用方法外,还用到了采用了现代项目管理的方法和钢铁企业能源管理常用的信息化管理方法、扁平化管理方法等,从项目方案的设计和项目的实施两部分进行研究,解决了大型钢铁企业能源管理中心项目建设方案和实施问题,提出了应用现代项目管理方法对传统工业进行技术改造的方法,证实了我国能源管理中心战略在经济、社会效益上的正确性,补充了我国对于大型钢铁企业在能源管理中心项目建设方面的应用研究。
[Abstract]:Large iron and steel joint production enterprises need a large number of energy media, such as coal, electricity, oxygen, nitrogen, steam and other related resources, as well as scrap, water and other related resources in the process of smelting and calendering. Many of the energy media in iron and steel plants are in an extensive state of being produced while using and underutilized. Because of the upstream and downstream relationship of the production chain, each energy medium is not static and isolated, but is changing dynamically. These changes directly lead to the production and efficiency of other energy mediums, realize intelligent supply, automatic feedback and unified scheduling, coordination and management of all kinds of energy media in various links, and improve the productivity of iron and steel enterprises. It is of great significance to save production cost. This paper will study the current situation of international and domestic energy management centers, observe the demand of various energy media and the energy utilization in the whole production process. Through the concrete data analysis, this paper explores the construction scheme of the energy management center project of the iron and steel plant based on the network technology and the means of industrial information. And how to carry out the project construction plan, realize the unified management of all kinds of energy medium produced by the whole plant process, reduce the energy consumption, optimize the energy balance, use the secondary energy efficiently, and reduce the energy consumption of tons of steel, In order to improve the level of environmental protection, reduce the emission of air pollutants, and achieve the goals of energy saving, recycling and clean production, this paper pays attention to integrating theory with practice in the process of compiling. In order to improve the efficiency of energy utilization in iron and steel plants, in addition to the methods of investigation, observation, literature research, quantitative analysis, interdisciplinary research and other common methods, It also uses the methods of modern project management, information management of energy management in iron and steel enterprises, flat management methods and so on. The research is carried out from two parts: the design of project scheme and the implementation of the project. The project construction scheme and implementation problem of energy management center in large iron and steel enterprises are solved, and the method of applying modern project management method to technical transformation of traditional industry is put forward, which proves that the strategy of energy management center in our country is in economy. The correctness of social benefits complements the application research of large iron and steel enterprises in the construction of energy management center project in our country.
【学位授予单位】：河北工业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：F426.31

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