National Research University “MPEI” (Moscow, Russia):

Sultanguzin I. A., Dr. Eng., Prof., Chair of Industrial Thermal Energy Systems, Institute of Problems of Power Engineering Efficiency, e-mail: sultanguzinIA@mpei.ru

Scientific and Technical Center “Industrial Power Engineering” (Ivanovo, Russia):
Shomov P. A., Prof.

Methodological approaches to modernization of energy technological system of integrated iron and steel works on the basis of data and knowledge of world and domestic experience are given in the article. Analysis and assessment of influence of energy saving projects and technologies on decrease of energy consumption by integrated iron and steel works, and on reduction of environmental impact of their harmful emissions are carried out in the article. The information and analytical system “OptiMet” is applied for modeling and optimization of energy technological system of averaged integrated iron and steel works. Environmental impact assessment of harmful emissions is carried out on the basis of Impact Pathways methodology with using of geoinformation system «Map 2008». Results of optimization calculations in combining with results of energy audit allow to develop the energy saving program at integrated iron and steel works. It is concluded that the information and analytical system “OptiMet” can be considered as the high-effective tool for forming and evaluation of the strategy and tactics of energy saving and solving the environment protection problems in the framework of the complex control and management system for a metallurgical integrated works, i.e. as a tool providing realization of power engineering and technical rearmament.

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