Energy-efficient technologies of gold ore mining and processing at Svetlinskoe deposit

Rylnikova, M.V.; Никифорова, Ирина; Ezhov, V. A.; Plotnikov, S. N.

doi:10.17580/gzh.2017.09.07

Cited by 3 publications

(2 citation statements)

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“…To provide the conditions for mine evolution at the final stage of development it is possible and desirable to perform the restructuring of georesources in the course of reforming, reorganizing and technical upgrading of production. In this case, it is possible to create new kinds of underground resources or convert the potential resources to actual ones due to the application of resource reproduction technologies [11,12].…”

Section: Basic Approach To the Rationale Of Gold Deposit Development mentioning

confidence: 99%

Strategy of energy efficiency enhancement for sustainable and environmentally balanced development of gold deposits at its final stage

Rylnikova

2018

E3S Web Conf.

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The article presents the rationale of the concept and defines the principles of keeping the production potential of a mining engineering system at the final stage of development to prevent a mine closure accompanied by a range of social, economic and environmental problems resulting from the disturbance of habitat, as well as lithosphere and hydrosphere parameters, etc. This concept can be implemented due to radically new geotechnology solutions aimed at the alteration of gold ore mining and processing technologies with the eventual disposal of wastes to mined-out areas. At the current stage of mining science advancement, energy efficiency and resource saving are inseparably connected with the sustainable use and conservation of non-renewable natural energy sources and transition to the use of technology-related energy sources regenerated in the course of mining. In this case, energy efficiency is viewed as economically feasible electricity consumption achieved at the current level of mining machinery and technology development and mandatory compliance with environmental safety requirements. Enhancement of energy efficiency envisages the minimization of energy consumption for mining processes while maintaining the scale of production and tackling the accompanying non-production challenges. For the first time, for gold deposit conditions the author proposes general methodological approaches, in combination with a certain level of details, to the problem of systematization and estimation of opportunities of renewable energy sources use in the course of implementation of mining processes. The importance of the mentioned problem solution for mining sciences is in finding the evidence of the fact that in the course of implementation of mining processes within the framework of a mine various technology-related renewable energy sources are formed, which were not taken into account earlier, while the discovered objective laws of the formation of these energy sources, which, depending on the design and technology parameters of mining operations, provide a choice of preferable technological solutions to minimize the consumption of external energy supply by a mine. Development of new technical and technological solutions on the conversion of technology-related energy sources into electricity, its accumulation and consumption for in-mine needs will significantly minimize the consumption of external power supply, and in general it will enhance energy efficiency of mining operations and involve deposits located in remote and hard-to-reach areas in production.

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Section: Basic Approach To the Rationale Of Gold Deposit Development mentioning

confidence: 99%

Strategy of energy efficiency enhancement for sustainable and environmentally balanced development of gold deposits at its final stage

Rylnikova

2018

E3S Web Conf.

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“…The thickness of such ores reaches 10-14 m, with an average gold content of 3 g / t. In connection with the growth of prices for precious metals, the cleaning-up of these mineralization has become profitable. For their work out, a system has been introduced for the development of sub-floor drifts with borehole breaks, which has made it possible to increase labor productivity at the stoped excavation and to reduce the prime cost of the extracted ore mass [8][9][10].…”

Section: Introductionmentioning

confidence: 99%

Choosing the method of excavating vein reserves and mineralized zones on the basis of simulation modeling

et al. 2018

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Underground Development of Ore Deposits With Conservation of the Ground Surface

Голик

Vernigor

Kelekhsaev

et al. 2018

Gorn. nauki tehnol.

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Introduction. In a market economy of particular importance are indicators of the quality of raw materials. Loss and decontamination of ores can be achieved by controlling stresses and strains using the residual bearing capacity of the fractured rocks with the primary condition of preserving the earth's surface of destruction. Goals and objectives. The purpose of the study is to substantiate the rational parameters of the technology of the geodynamic safety criterion. The goal is achieved by solving a complex of production due to technical problems, ensuring the correctness of the results, the assessment of geomechanical condition before the development of preventive measures of the impact of mining operations on the environment. Methods. Research methods include system and analysis of theory and practice results, experimental research and scientific forecasting. Results. The value of the criterion of optimum processing technology in the form of preservation of the earth's surface of destruction, such as guarantees of contact of the zone of destruction of the massif of mining, the zone of living matter, flora, fauna and Humans. A detailed understanding of the mechanism of interaction of the structural blocks of a discrete gravitational-tectonic-structural field. The mechanism of manifestation of the residual bearing capacity of the destroyed structural rock separations, the limitation of the degree value, the optimization of the mixture strength and the size of the pillars, the creation of geomechanical balanced segments with the minimization of the costs of the earth's surface condition control are specified. The proposed classification of methods of calculation of extent of the flat roof. The given classification of the methods of array management differs from the assessment of the state of the developed space during the work, after the end of the redemption, and not during the cleaning dredging. An example of the earth's surface conservation is given for the development of a flat-falling field, preserving the earth's surface without filling voids. Conclusion. The processes of control of the state of the masses and the earth's surface are their equivalent, which allows monitoring of the development of the field at all stages of the enterprise's existence. The use of geomechanical factors for the organization of mineral raw materials, mining tool for the implementation of resource-saving and environmental protection trends of mining production and reserve to improve the quality of the extracted ores when to ensure the competitiveness of the enterprise.

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Energy-efficient technologies of gold ore mining and processing at Svetlinskoe deposit

Cited by 3 publications

References 0 publications

Strategy of energy efficiency enhancement for sustainable and environmentally balanced development of gold deposits at its final stage

Strategy of energy efficiency enhancement for sustainable and environmentally balanced development of gold deposits at its final stage

Choosing the method of excavating vein reserves and mineralized zones on the basis of simulation modeling

Underground Development of Ore Deposits With Conservation of the Ground Surface

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