Accelerator as an effective replacement of a business incubator in the Irkutsk region

Konyuhov, V. Yu; Gladkih, A M; Zott, R. S.

doi:10.1088/1742-6596/1582/1/012045

Cited by 7 publications

(5 citation statements)

References 19 publications

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“…The complex method of multifactorial evaluation of interacting factors in the process of metal leaching allows optimizing the parameters of the proposed technology and using the engineering forecasting method to realistically assess the prospects for leaching metals from substandard raw materials to obtain an ecological and economic effect. A rational combination of underground leaching and traditional technologies is achieved by taking into account the geological and mining conditions of deposits, the content of metals in ores, occupational safety, and other factors [16][17][18][19].…”

Section: Resultsmentioning

confidence: 99%

Technogenic impact on the environment during leaching

Razorenov

Klyuev

Guzueva

2022

IOP Conf. Ser.: Earth Environ. Sci.

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The results of the analysis of the theory and practice of leaching metals from substandard raw materials are presented. A brief historical reference is given on the leaching of metals from experimental leaching in the middle of the last century to industrial development in modern times. The direction of combining traditional and innovative technologies within a single technological process is formulated. The mechanism of underground block leaching of ores is described. A complex method of multi-factorial assessment of the existing natural and man-made factors of development is proposed. The parameters of the proposed technology and some aspects of its application are substantiated. Using the method of engineering forecasting, the prospects for leaching metals from substandard raw materials are assessed. The main results of the development of underground leaching of metals from sub-standard raw materials and the prospects for improving the method with the rational combination of underground leaching technologies with traditional mining technologies are formulated. It is concluded that the leaching of metals from substandard raw materials has prospects for development.

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Section: Resultsmentioning

confidence: 99%

Technogenic impact on the environment during leaching

Razorenov

Klyuev

Guzueva

2022

IOP Conf. Ser.: Earth Environ. Sci.

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“…Prospects for optimizing the use of mineral resources are assessed by analyzing the reserves of ore deposits [15][16][17].…”

Section: Methodsmentioning

confidence: 99%

Location of deposits of non-metallic ores in Russia and the technogenic impact of mining on the environment

Kozhiev

Gabaraev

Khaliev

2022

IOP Conf. Ser.: Earth Environ. Sci.

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The article substantiates the need to strengthen the mineral resource base for the production of non-ferrous metals through the involvement in the operation of substandard raw materials, primarily those stored in tailings dumps for the enrichment of metal ores. The results of the analysis of reserves of ore deposits are presented in comparison with the situation in the world. Quantitative data on the state of the mineral resource base of non-ferrous metal ores in Russia and the provision of industry with metal raw materials are given. The role of mineral resources in protecting the geopolitical interests of Russia is shown. It is noted that Russia lags behind technologically developed countries in a number of indicators of production and consumption of mineral resources. It is concluded that the development of technogenic deposits using innovative technologies is a real step towards strengthening the mineral resource base of Russia, therefore, research on the direction of mining mentioned in the article is relevant.

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“…A new wave of Siberian and the Far Eastern development will become a driving force leading to the growth of manufacturing industries and mechanical engineeringthe production of drilling, mining, construction and special equipment required for deposit development and operation as well as the construction of transport and production infrastructure, the development of the Arctic region and the ocean shelf [5,6]. Mining, manufacturing and mechanical engineering will create solvent demand for qualified staff, scientific research and innovative developments.…”

Section: Methodsmentioning

confidence: 99%

Development of mechanical engineering for extractive industries as a factor of economic development of macroregion siberia

2021

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One can consider the development of Siberia and the Far East also called macroregion Siberia as Russia’s comeback to its historic movement towards the East which will give Russia sustained economic growth based on the country’s entry into the global division of labor and its active position in the markets of the Asia Pacific Region. It is the region that has become the center of global economic and technological development in the 21st century. Gaps in the country’s economy should be overcome both between separate sectors of the economy and between regions. The development of Siberia and the Far East has huge potential for the development of Russia as a whole, and it will largely determine its geoeconomic prospects in the 21st century. Such development means the introduction of new approaches to the raw materials sector, the creation of transport and energy infrastructure, as well as the development of deep processing industries, the creation of a dynamic innovation sector, improving the living standards of the population and, in general, the formation of new environment for living and people’s self-actualization. Otherwise, Siberia and the Far East are doomed to be subsidized territories with low returns for the country and its inhabitants. According to the author, the development of mechanical engineering focused on the extractive industry can be one of the main factors ensuring the successful development of the economy of the macroregion Siberia and Russia.

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Accelerator as an effective replacement of a business incubator in the Irkutsk region

Cited by 7 publications

References 19 publications

Technogenic impact on the environment during leaching

Technogenic impact on the environment during leaching

Location of deposits of non-metallic ores in Russia and the technogenic impact of mining on the environment

Development of mechanical engineering for extractive industries as a factor of economic development of macroregion siberia

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