ISSN 0536-1028 (Print)              ISSN 2686-9853 (Online)  

Kubarev M. S., Strovskii V. E. – The Ural State Mining University, Ekaterinburg, the Russian Federation.
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Balashenko V. V. – The Institute of Economics of the Ural Branch of RAS, Ekaterinburg, the Russian Federation.
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The article examines one of the topical issues of the modern world – the accumulation of industrial and consumption waste,
and their negative impact on human health and environment. The solvation of the problem under consideration can be the
organization of waste management, which primarily determines the sources of waste formation, the volume of their formation
and classes of hazard. The waste cadastres contain the fullest code of information data. Their classification plays important
role for the creation of cadastres and the substantiation of the directions of waste utilization; the classification should contain
physical and technical characteristics of waste, data about the conditions of their development, ecological and economic
utilization efficiency, possible markets, etc. Summary and analysis of common and individual classifications of technogenicmineral formations are fulfilled. The authors classification of technogenic-mineral waste is suggested, which introduces the
range of factors and features influencing technical and economic indices of technogenic-mineral formations exploitation
(TMF) and the determination of the other ways of the further TMF flow (transfer to the other enterprises, conservation, burial,
etc.). The said factors and features are clustered into seven groups: industrial, physical and geographic, physical and
technical, chemical, ecological, the factor of TMF state of knowledge, and economic. The classification contains groups of
features, significant for the development of technical and economic substantiations: according to water conditions, the use
of contaminants in the technology of mining and concentration, prevailing rock influencing the state of TMF in waste dumps
and storages. The classification also contains subgroups of features on the physical and technical characteristics with
definite indices, acquired under the study of TMF. The given classification may serve as a sufficiently reliable instrument in
the substantiation of the directions of mineral waste utilization.
Key words: waste; technogenic-mineral formations; mining complex; utilization directions; classification.
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