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Vol 183
Pages:
78-87
Download volume:
RUS
Article

Prospects of nickel industry in the Urals in the light of ore field structure study in supergene nickel deposits

Authors:
N. I. Vorontsova1
I. V. Talovina2
V. G. Lazarenkov3
S. O. Ryzhkova4
O. P. Mezentseva5
About authors
  • 1 — Ph.D. Assistant Saint-Petersburg State Mining Institute (Technical University)
  • 2 — Ph.D. Assistant Saint-Petersburg State Mining Institute (Technical University)
  • 3 — Ph.D., Dr.Sci. Professor Saint-Petersburg State Mining Institute (Technical University)
  • 4 — Post-graduate student Saint-Petersburg State Mining Institute (Technical University)
  • 5 — Post-graduate student Saint-Petersburg State Mining Institute (Technical University)
Date submitted:
2008-10-15
Date accepted:
2008-12-05
Date published:
2009-12-11

Abstract

Tectonic fractures of meridian spread, masked by block system of neotectonic breaks, play the leading role in structural control of nickel mineralization in supergene nickel deposits in the Urals. The deposits have long-term genesis and polygenic character. They are characterized by intensive tectonic and hydrothermal workup of Paleozoic substrate and block structure with small amplitude of vertical displacement. All of them have a two-floor structure, where upper supergene floor has a «background» of lower hydrothermal floor. This fact considerably increases the field of geological prospecting and searching of new oxide-silicate nickel deposits in the Uralian region.

Область исследования:
(Archived) Geology, search and prospecting of mineral deposits
Keywords:
Nickel deposits (deposits of nickel ore) structural control polygenic deposits Ufalei Elov Cheremshan Akkerman and Buruktal deposits the Main Ural Fault
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References

  1. Michailov B.M. Problems of Fe-Co-Ni deposit Buruktal, South Urals / B.M.Michailov, L.А.Ivanov // Applied Metallogeny and Mineral Prospecting. 2003. № 1, pp.5-12.
  2. Pushkarev Е.V. Geological structure of Chabarninsky mafite-ultramafite allochtone under boring data and surface investigations: relations of mantle and earth-crust complexes // Geology, Petrology, Metallogeny and Geodynamics / Institute of Geology and Geochemistry UrB RAS. Yekaterinburg, 2006, pp.129-139.
  3. Razumova V.N. Ancient weathering crusts and hydrothermal process. М.: Nauka, 1977. 153 p. (Proceedings of GIN. Vol. 303).
  4. Razumova V.N. Genetic types of weathering crusts / V.N.Razumova, N.P.Cheraskov // Papers AS USSR. 1963. Vol.148. № 6, pp.1378-1382.
  5. Talovina I.V. Modern mineralogy of oxide-silicate nickel ores and its influence on exploitation technology of supergene deposits / I.V.Talovina, V.G.Lazarenkov, V.L.Ugolkov // Proc. I All-Russian symposium «Modern mineralforming», add. vol. Chita, 2006. 23 p.
  6. Chaschukhin I.S. Kristallochemistry of chromspinel and oxitermobarometry of ultramafites of folded regions / I.S.Chaschukhin, S.L.Votiakov, Yu.L.Schapova; Institute of Geology and Geochemistry UrD RAS. Yekaterinburg, 2007. 310 p. 7. Edelstein I.I. Petrology of hyperbasites of ToboloIrgiz district in South Urals and peculiarities of associated weathering crusts. М.: Nauka, 1968. 200 p.

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