| Article |
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| Article name |
TECHNOLOGICAL LINE FOR ORE SORTING OF OUT-BALANCE URANIUM ORES AFFECTED BY ACCUMULATED INCLUSIONS OF LASTING WOOD DURING UNDERGROUND WORK (ON THE EXAMPLE OF PJSC «Priargunskoye Production Mining and Chemical Association») |
| Authors |
Beidin A.. , Morozov A.. , Myazin , , T V.P. Doctor of Technical Sciences, Professor, Honored Worker of the Russian Federation, myazinvpchita@mail.ruSokolova E. . applicant for scientific degree, sokolova2132@mail.ru |
| Bibliographic description |
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| Category |
Earth science |
| DOI |
622.7 |
| DOI |
10.21209/2227-9245-2022-28-3-6-13 |
| Article type |
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| Annotation |
The depletion of the mineral raw material base makes it increasingly necessary to involve in the exploitation of technogenic deposits affected by wood accumulations of the fastening forest, complicating the technological processes of extracting a valuable component from mineral raw materials [1; 2; 4].
Innovative developments to improve the technology of heap leaching of uranium are aimed, first of all, at improving the quality of products obtained during the ore sorting of off-balance ores using combined methods of radiometric separation and bulk screening. The development of technology for the separation of wood accumulations from off-balance ores determines the further efficiency of the processes of heap extraction of uranium. This direction is increasingly being used in practice in the processing of waste products of uranium and gold-bearing ores.
The object of the research is a technological line for processing uranium off-balance ores.
The subject of the research is the complex use of methods of radiometric separation and bulk screening for ore sorting and increasing the efficiency of uranium leaching by removing wood accumulations from technogenic raw materials.
The purpose of the research is to identify the nature and patterns of distribution of mine props and wood chips depending on the volume of processing of technogenic raw materials of off-balance uranium ores at PJSC «PPMCA»).
Research objectives are the following:
– to establish the patterns of extraction of mine props and wood chips from the volume of processing of off-balance ores during pilot tests of the technological line used at PJSC «PPMCA»;
– to identify the effectiveness of technical solutions for the processing of technogenic raw materials previously affected by wood accumulations in the form of mine racks and wood chips.
Methodology and research methods are presented by:
– pilot-industrial assessment of the effectiveness of complex methods of radiometric separation and screening of technogenic raw materials in order to remove wood accumulations;
–regularity of removal of mine props and wood chips during ore sorting of off-balance uranium ores in the production line
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| Key words |
Key words: uranium, out-of-balance ores, ore sorting, ore quality, technogenic raw materials, wood accumulations - mine racks and wood chips, complex methods of processing raw materials, mathematical regularity, efficiency of the technological line used, depletion of the raw material base |
| Article information |
Beydin A., Morozov A., Myazin V., Sokolova E. Technological line for ore sorting of out-balance uranium ores affected by accumulated inclusions of lasting wood during underground work (on the example of PJSC «Priargunskoye Industrial Mining and Chemical Association ») // Transbaikal State University Journal, 2022, vol. 28, no. 3, pp. 6-13 ..DOI: 10.21209/2227-9245-2022-28-3-6-13 |
| References |
1. Barchenkov V. V. Tehnologiia gidrometallurgicheskoi pererabotki zolotosoderzhashchih flotatsionnyh kontsentratov s primeneniem aktivnyh uglei (Technology of hydrometallurgical processing of gold-containing flotation concentrates using activated carbons). Chita: Search, 2004, p. 83.
2. Dementyev V. E., Druzhinina G. E., Gudkov S. S. Kuchnoe vyshchelachivanie zolota i serebra (Heap leaching of gold and silver / ed. S.N. Voloshchu). Moscow: Nedra, 1982, 113 p.
3. Lisovskiy G. D., Lobanov D. P., Nazarkin V. P. Kuchnoe vyshchelachivanie metallov (Heap leaching of metals / ed. S.N. Voloshchuk). Moscow: Nedra, 1982, 113 p.
4. Myazin V. P., Sokolova E. S., Ardanaeva S. A. Fundamentalnye i prikladnye voprosy gornyh nauk (Fundamental and applied issues of mining sciences), 2020, vol. 7, no. 2, pp. 101–106.
5. Podzemnoe i kuchnoe vyshchelachivanie urana, zolota i drugih metallov (Underground and heap leaching of uranium, gold and other metals. In 2 vol. Vol. 1: Uranium / ed. M.I. Fazullina). Moscow: Ore and Metals, 2005, 407 p.
6. Shevchenko V.B., Sudarikov B.N. Tehnologiya urana (Uranium technology). Moscow: 1961, 330 p.
7. Dahlkamp F.J. Uranium Deposits of the World: Europe (Uranium Deposits of the World: Europe). New York: Springer, 2016.
8. Langford G. B. Out of the Earth: The Mineral Industry in Canada Toronto (Out of the Earth: The Mineral Industry in Canada Toronto). University of Toronto Press, 1954. 151 p.
9. Misra Kula. Understanding Mineral Deposits (Understanding Mineral Deposits). Springer-science+business media, 1999. 860 p.
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| Full article | TECHNOLOGICAL LINE FOR ORE SORTING OF OUT-BALANCE URANIUM ORES AFFECTED BY ACCUMULATED INCLUSIONS OF LASTING WOOD DURING UNDERGROUND WORK (ON THE EXAMPLE OF PJSC «Priargunskoye Production Mining and Chemical Association») |
