Shelf placer deposits: a new technology for winter mining

Kislyakov, V.E.; Korzun, O.A.; Lakin, Dmitry À.

doi:10.1016/j.rgg.2009.12.010

Cited by 3 publications

(1 citation statement)

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“…С учётом всех факторов и особенностей, влияющих на отработку несвязных пород мор-ских месторождений арктической зоны России, была предложена технология их добычи и транспортирования [2], которая может быть использована для добычи полезного ископаемого -136 - Следует отметить, что ГЛТ, образовавшиеся в подводном забое, будут иметь воздушные поры, в зависимости от процентного содержания которых и плотности льда будет меняться подъёмная сила и скорость всплытия тел на поверхность акватории.…”

Section: цели и причина исследованияunclassified

The Way of Transportation of the Solid Natural Resources to the Water Area Surface of the Arctic Shelf

Kislyakov¹,

Lakin²,

Baranova³

2016

J. Sib. Fed. Univ. Eng. technol.

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The article considers the modern state and prospects of non-cohesive natural resources development of the continental shelf of Russia and proposes the technological solutions in the area of natural resources mining and transportation from the underwater stall making it possible to minimize the ecological damage from production. The authors have developed the mathematical model describing the process of the natural resources lifting from the underwater stall to the water area surface with external factors influence account.

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Section: цели и причина исследованияunclassified

The Way of Transportation of the Solid Natural Resources to the Water Area Surface of the Arctic Shelf

Kislyakov¹,

Lakin²,

Baranova³

2016

J. Sib. Fed. Univ. Eng. technol.

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Placer mineral deposits of Russian Arctic zone: Genetic prerequisites of formation and prospect of development of mineral resources

Bochneva

Lalomov

LeBarge³

2021

Ore Geology Reviews

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Mineral resources and development in the Russian Arctic

Добрецов¹,

Pokhilenko²

2010

Russian Geology and Geophysics

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The paper concerns issues of geology and metallogeny of the Russian Arctic, namely, (i) limits of the Russian oceanic Arctic in the context of the continental origin of territories under jurisdictional dispute; (ii) geology and tectonic history of the region; (iii) distribution of mineral deposits; (iv) outlook for diamond, PGE, Ni, rare metals, gold, and bauxite resources development. Advanced diamond exploration and development can be expected proceeding from geology of new potentially diamondiferous areas, the Phanerozoic history and composition of lithospheric mantle beneath the Siberian craton which were controlled by the Siberian superplume at the Permian–Triassic boundary, and from new exploration approaches adapted to the prospecting conditions of Arctic Siberia. According to the available knowledge of Ni and PGE mineralization in the Noril’sk region, it is reasonable to develop depleted ores and tailings (mining dumps at the Noril’sk and Talnakh deposits). However, the key solution consists in new large discoveries within the Dzheltula and Kharaelakh volcanic and plutonic complexes. Gold production enhancement may be associated with black shale-hosted Au-As mineralization in the northeastern Russian Arctic, but the problem is in the lack of efficient and environmentally safe dressing technologies for these ores. Most of rare metals in the area (Nb, Sc, Y, and other elements) are stored in the giant Tomtor field, which has a complex structure and history. A special technology designed for the Tomtor ores ensures more than 60% extraction of ore components. Good prospects for the bauxite potential are expected from the Timan district where bauxite may occur in Vendian and Early Carboniferous formations. It is suggested to include the development of the Russian Arctic as a priority target in the national economic strategy.

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Shelf placer deposits: a new technology for winter mining

Cited by 3 publications

References 0 publications

The Way of Transportation of the Solid Natural Resources to the Water Area Surface of the Arctic Shelf

The Way of Transportation of the Solid Natural Resources to the Water Area Surface of the Arctic Shelf

Placer mineral deposits of Russian Arctic zone: Genetic prerequisites of formation and prospect of development of mineral resources

Mineral resources and development in the Russian Arctic

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