Sidorsky deposit of construction sands in the Volgograd region

Relevance of the research. Construction sands are the largest functional group of sands widely used in construction industry. This natural material is one of the most demanded for the production of manufactured products in the construction industry of the region. Purpose of the researchis to stud...

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Main Authors: Aleksandr Petrovich KNYAZEV, Sergey Andreevich KALINOVSKIY, Yuriy Petrovich KNYAZEV, Andrey Aleksandrovich PRISTANSKOV
Format: Article
Language:deu
Published: Ural State Mining University 2021-03-01
Series:Izvestiâ Uralʹskogo Gosudarstvennogo Gornogo Universiteta
Subjects:
Online Access:https://iuggu.ru/download/2021/1-61-2021/012.pdf
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spelling doaj-597f1348ae9644b797ee8b2b7e6745c02021-04-02T13:23:48ZdeuUral State Mining UniversityIzvestiâ Uralʹskogo Gosudarstvennogo Gornogo Universiteta2307-20912500-24142021-03-0111210911710.21440/2307-2091-2021-1-109-117Sidorsky deposit of construction sands in the Volgograd regionAleksandr Petrovich KNYAZEV0Sergey Andreevich KALINOVSKIY1Yuriy Petrovich KNYAZEV2Andrey Aleksandrovich PRISTANSKOV3Volgograd State Technical University, Volgograd, RussiaVolgograd State Technical University, Volgograd, RussiaVolgograd State Pedagogical University, Volgograd, RussiaVolgograd State Technical University, Volgograd, RussiaRelevance of the research. Construction sands are the largest functional group of sands widely used in construction industry. This natural material is one of the most demanded for the production of manufactured products in the construction industry of the region. Purpose of the researchis to study the engineering-geological conditions of construction sands deposit for the production of the manufactured products of OAO Sebryakovsky plant of asbestos-cement products, as well as for construction organizations of the region. Research methods. Based on the analysis of extensive collection materials using laboratory and statistical methods, as well as the results of additional research, the physical-geographical, engineering-geological and technogenic conditions of the study area were examined. Results and their application. The useful stratum of the deposit is composed of Upper Quaternary alluvial sands, the average thickness of which is 8.6 m, penetrated thickness is up to 12.3 m. Overburden within the study area is represented by the soil-vegetation horizon – up to 0.2 m. The extracted raw materials are used in the production of mortars, which is confirmed by tests of a cement-sand grout, and as a filler in fine-grained concrete. The reserves of the deposit are calculated in categories A + B + C1 in the amount of 2313.2 thousand m3 . The development of the deposit is recommended by the open method. Explored and recoverable reserves will ensure the operation of the enterprise with an annual demand of 100 thousand m3 per year for a period up to 2030. Conclusions. Based on the results of the studies, it should be noted that the Sidorsky deposit of construction sands is assessed as profitable and competitive in relation to the exploited deposits of sand in the Volgograd region.https://iuggu.ru/download/2021/1-61-2021/012.pdfwater-bearing formationgeological structurehydrogeological conditionsmining conditionsphysical and mechanical properties of soils
collection DOAJ
language deu
format Article
sources DOAJ
author Aleksandr Petrovich KNYAZEV
Sergey Andreevich KALINOVSKIY
Yuriy Petrovich KNYAZEV
Andrey Aleksandrovich PRISTANSKOV
spellingShingle Aleksandr Petrovich KNYAZEV
Sergey Andreevich KALINOVSKIY
Yuriy Petrovich KNYAZEV
Andrey Aleksandrovich PRISTANSKOV
Sidorsky deposit of construction sands in the Volgograd region
Izvestiâ Uralʹskogo Gosudarstvennogo Gornogo Universiteta
water-bearing formation
geological structure
hydrogeological conditions
mining conditions
physical and mechanical properties of soils
author_facet Aleksandr Petrovich KNYAZEV
Sergey Andreevich KALINOVSKIY
Yuriy Petrovich KNYAZEV
Andrey Aleksandrovich PRISTANSKOV
author_sort Aleksandr Petrovich KNYAZEV
title Sidorsky deposit of construction sands in the Volgograd region
title_short Sidorsky deposit of construction sands in the Volgograd region
title_full Sidorsky deposit of construction sands in the Volgograd region
title_fullStr Sidorsky deposit of construction sands in the Volgograd region
title_full_unstemmed Sidorsky deposit of construction sands in the Volgograd region
title_sort sidorsky deposit of construction sands in the volgograd region
publisher Ural State Mining University
series Izvestiâ Uralʹskogo Gosudarstvennogo Gornogo Universiteta
issn 2307-2091
2500-2414
publishDate 2021-03-01
description Relevance of the research. Construction sands are the largest functional group of sands widely used in construction industry. This natural material is one of the most demanded for the production of manufactured products in the construction industry of the region. Purpose of the researchis to study the engineering-geological conditions of construction sands deposit for the production of the manufactured products of OAO Sebryakovsky plant of asbestos-cement products, as well as for construction organizations of the region. Research methods. Based on the analysis of extensive collection materials using laboratory and statistical methods, as well as the results of additional research, the physical-geographical, engineering-geological and technogenic conditions of the study area were examined. Results and their application. The useful stratum of the deposit is composed of Upper Quaternary alluvial sands, the average thickness of which is 8.6 m, penetrated thickness is up to 12.3 m. Overburden within the study area is represented by the soil-vegetation horizon – up to 0.2 m. The extracted raw materials are used in the production of mortars, which is confirmed by tests of a cement-sand grout, and as a filler in fine-grained concrete. The reserves of the deposit are calculated in categories A + B + C1 in the amount of 2313.2 thousand m3 . The development of the deposit is recommended by the open method. Explored and recoverable reserves will ensure the operation of the enterprise with an annual demand of 100 thousand m3 per year for a period up to 2030. Conclusions. Based on the results of the studies, it should be noted that the Sidorsky deposit of construction sands is assessed as profitable and competitive in relation to the exploited deposits of sand in the Volgograd region.
topic water-bearing formation
geological structure
hydrogeological conditions
mining conditions
physical and mechanical properties of soils
url https://iuggu.ru/download/2021/1-61-2021/012.pdf
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