Submit an Article
Become a reviewer
Vol 158
Pages:
45-47
Download volume:
RUS
Article

Hydrotransport environmental technology in the re-development of mineral deposits as a means of improving the quality of mined raw materials and the efficiency of field development

Authors:
O. S. Bryukhovetskii1
Z. D. Zakirov2
About authors
  • 1 — Moscow Geological Prospecting University
  • 2 — Moscow Geological Prospecting University
Date submitted:
2003-08-06
Date accepted:
2003-09-23
Date published:
2004-12-15

Abstract

The results of the research on justification of the technology of hydraulic transportation of lead-zinc ore of secondary mining in the underground development of Spornoe deposit of Salair ore administration are presented. The developed technological scheme of hydrotransport combines into a single technological chain the transportation and lifting of ore mass with associated water removal and partial preparation of oxidized ores for concentration, significantly reduces the technogenic load on the environment and allows to significantly increase the efficiency of mining and processing as a whole.

Область исследования:
(Archived) Environmental technologies, recycling and disposal of technogenic formations
Go to volume 158

Similar articles

Technology of regional environmental monitoring based on remote sensing tools
2004 V. G. Kobernichenko, O. Yu. Ivanov, S. M. Zraenko
Development of technological options for obtaining construction materials on the basis of woodworking waste
2004 V. A. Mironov
Organization of retrospective environmental monitoring based on space information for the Aikhal Mining and Processing Division
2004 Yu. N. Serokurov
Research and development of methods and technologies for safe dismantling and dismantling of decommissioned process equipment at nuclear power facilities
2004 A. A. Dyakov
Development of small-sized modules of closed water consumption, local treatment of wastewater from heavy metal compounds and selective sorbents for them
2004 F. F. Bezdudnyi, S. V. Burinskii
Comprehensive unit for treatment of oily effluents and bottom sediments using low-boiling extractants
2004 G. B. Veksler, A. M. Volchek, I. I. Sharovar