基于循环经济的天津冶金企业节能减排对策研究
发布时间：2018-09-04 14:58
【摘要】：保护环境、爱护地球、实现人类社会的可持续发展已经成为世界各国的共识。面对资源和环境对经济社会发展的压力和制约，我国提出要加快资源节约型和环境友好型社会建设，把节能减排、发展循环经济贯穿于各项经济社会活动之中，加快高耗能、高污染行业的治理，提高资源和能源利用率，形成“资源—产品—再生资源”的良性循环。 冶金工业属于基础产业，为我国经济社会发展做出了重要贡献。近年来，我国冶金企业的技术和管理水平取得长足进步，但与世界先进的冶金企业相比，，我国冶金企业在技术创新和节能减排方面尚有较大差距。本文以循环经济理论、节能减排理论和QHSE理论为基础，根据现代冶金企业的特点和发展趋势，结合天津冶金企业存在的缺陷和不足，对天津冶金企业节能减排进行研究，提出天津冶金企业节能减排的对策建议，旨在为冶金企业发展循环经济、实施节能减排提供借鉴。 论文提出的节能减排BMP体系是对节能减排理论的创新性研究，明晰了基础保障、运行机制和实现路径之间的关系，刻画了冶金企业实施节能减排的路径。作者通过对天津轧三节能减排的实证研究，初步验证了BMP体系，而采用模糊综合评价方法对天津轧三节能减排的成效进行评价，则描绘了对冶金企业节能减排评价的一种思路与方法。因此，论文的研究具有较强的实践意义，也有一定的理论价值。
[Abstract]:Protecting the environment, protecting the earth and realizing the sustainable development of human society have become the consensus of the world. In the face of the pressure and restriction of resources and environment on economic and social development, our country proposes to speed up the construction of resource-saving and environment-friendly society, to promote energy conservation and emission reduction, to develop circular economy through various economic and social activities, and to speed up high energy consumption. The management of high pollution industry, improve the utilization ratio of resources and energy, form the virtuous circle of "resource-product-renewable resource". Metallurgical industry belongs to the basic industry and has made important contribution to the development of our country's economy and society. In recent years, China's metallurgical enterprises have made great progress in technology and management level, but compared with the advanced metallurgical enterprises in the world, there is still a big gap in technological innovation and energy saving and emission reduction in China's metallurgical enterprises. On the basis of circular economy theory, energy saving and emission reduction theory and QHSE theory, according to the characteristics and development trend of modern metallurgical enterprises and the defects and shortcomings of Tianjin metallurgical enterprises, this paper studies energy saving and emission reduction in Tianjin metallurgical enterprises. The countermeasures and suggestions of energy saving and emission reduction in Tianjin metallurgical enterprises are put forward in order to provide reference for metallurgical enterprises to develop circular economy and implement energy saving and emission reduction. The energy saving and emission reduction BMP system proposed in this paper is an innovative research on the theory of energy saving and emission reduction. It clarifies the relationship among the basic guarantee, operation mechanism and realization path, and describes the path of energy saving and emission reduction in metallurgical enterprises. Through the empirical research on energy saving and emission reduction of Tianjin rolling mill, the author preliminarily verifies the BMP system, and evaluates the effectiveness of energy saving and emission reduction of Tianjin rolling mill by using fuzzy comprehensive evaluation method. A method of energy saving and emission reduction evaluation for metallurgical enterprises is described. Therefore, the study of the paper has strong practical significance, but also has certain theoretical value.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：F426.32;F205
本文编号：2222505
[Abstract]:Protecting the environment, protecting the earth and realizing the sustainable development of human society have become the consensus of the world. In the face of the pressure and restriction of resources and environment on economic and social development, our country proposes to speed up the construction of resource-saving and environment-friendly society, to promote energy conservation and emission reduction, to develop circular economy through various economic and social activities, and to speed up high energy consumption. The management of high pollution industry, improve the utilization ratio of resources and energy, form the virtuous circle of "resource-product-renewable resource". Metallurgical industry belongs to the basic industry and has made important contribution to the development of our country's economy and society. In recent years, China's metallurgical enterprises have made great progress in technology and management level, but compared with the advanced metallurgical enterprises in the world, there is still a big gap in technological innovation and energy saving and emission reduction in China's metallurgical enterprises. On the basis of circular economy theory, energy saving and emission reduction theory and QHSE theory, according to the characteristics and development trend of modern metallurgical enterprises and the defects and shortcomings of Tianjin metallurgical enterprises, this paper studies energy saving and emission reduction in Tianjin metallurgical enterprises. The countermeasures and suggestions of energy saving and emission reduction in Tianjin metallurgical enterprises are put forward in order to provide reference for metallurgical enterprises to develop circular economy and implement energy saving and emission reduction. The energy saving and emission reduction BMP system proposed in this paper is an innovative research on the theory of energy saving and emission reduction. It clarifies the relationship among the basic guarantee, operation mechanism and realization path, and describes the path of energy saving and emission reduction in metallurgical enterprises. Through the empirical research on energy saving and emission reduction of Tianjin rolling mill, the author preliminarily verifies the BMP system, and evaluates the effectiveness of energy saving and emission reduction of Tianjin rolling mill by using fuzzy comprehensive evaluation method. A method of energy saving and emission reduction evaluation for metallurgical enterprises is described. Therefore, the study of the paper has strong practical significance, but also has certain theoretical value.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：F426.32;F205
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