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Improved methods of recycling technologies of recycling industrial and household waste

Abstract

Improved methods of recycling technologies of recycling industrial and household waste

Besfamilnaya E.V., Bandurina I.P.

Incoming article date: 27.05.2015

This article deals with modern aspects and trends of socio-economic development of the society to make appropriate role of natural resources in sustainable production and ecological safety in the application of various technologies utilization of industrial and domestic waste. Important research and development of economic instruments to ensure the functioning of the economic conditions and prospects of development of recycling technologies and their effects on the environment. A comparison of the use of waste management industry and everyday life in Russia and abroad reveals the poor drafting of creation and organization of such systems in terms of economic and environmental efficiency. This important research and development of economic and social instruments to support the efficacy of a particular technology. For Russia, the re-use of waste as a priority and profitable direction, because the amount of waste produced by industry and consumption tends to increase. Problems of waste management is currently growing at a higher rate than the effectiveness of measures aimed at their solution. In this connection, the scope of the treatment of industrial waste should be considered as an integral part of a single managed system of socio-economic development of the production systems. The basic idea of ​​management in the field of waste management is that the composition of household and industrial waste is not homogeneous, it is not the individual components should ideally be mixed with each other and should be treated individually the most optimal in terms of efficiency and environmental methods.

Keywords: recycling, waste management, waste production and consumption environmental management, resource conservation, production systems, environmental organizations, economic efficiency, environmental safety