The development strategy of the environmental safety of the electric power complex

Author:

Gibadullin A A,Gilts N E,Romanova Ju A,Romanova Ir N,Bahretdinova Kh A

Abstract

Abstract Consideration of the environmental policy of the electric power complex is becoming relevant at the present time, since most of the power plants were commissioned more than 40-50 years ago, while technological modernization and updating of production capacity did not occur. As a result of the analysis, it was revealed that the growth in the production of electric energy is practically not observed, while the volumes of consumption of coal and gas in the production of electric energy do not change, the use of fixed production assets is increased, as a result of which the standard period of use of the equipment is exceeded. Emissions of pollutants are slightly reduced only by categories of solid waste and sulfur dioxide, emissions of nitrogen oxides do not change, and emissions of carbon oxides increase. The work proposed a mechanism for the development of environmental safety of the electric power complex, containing directions for monitoring the technical condition of power equipment, introducing technical and technological re-equipment of generation facilities, assessing the level of reproduction of fixed production assets, determining the resource dependence of generation facilities and measures for organizing and managing the production process.

Publisher

IOP Publishing

Subject

General Medicine

Reference13 articles.

1. Prospects for application of new information technologies in contemporary higher economic education;Kharitonova;Advances in Intelligent Systems and Computing,2019

2. Use of digital technologies in the construction and management of industrial and civil objects;Romanova Yu;International Journal of Civil Engineering and Technology,2018

3. Integral criterion of coal seam breakability;Linnik Yu;Gornyi Zhurnal,2015

4. Strategic management of agriculttural and industrial enterprises based on economic and mathematical modeling;Romanova;International Journal of Pure and Applied Mathematics,2018

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