Submit an Article
Become a reviewer
Vol 159 Iss. 2
Pages:
59-61
Download volume:
RUS
Article

Development of alluvial deposits by means of small-scale mechanization

Authors:
D. S. Opryshko
About authors
  • Krasnoyarsk State Academy of Color Metals and Gold
Date submitted:
2003-07-19
Date accepted:
2003-08-13
Date published:
2004-12-27

Abstract

Due to the long-term and intensive development of the richest deposits with favorable operating conditions, the extraction of mineral resources is increasingly shifting to areas with harsh climatic and mining and geological conditions, where there is no infrastructure of any kind. The balance reserves of many deposits are often insufficient for their profitable industrial development. Therefore, the possibility of development of placer deposits by means of small-scale mechanization is considered. An analytical model is worked out, allowing to carry out the choice of the mining method, technologies and methods of conducting works are offered. High economic efficiency of application of the developed equipment complexes in real conditions is demonstrated.

Область исследования:
(Archived) Development of mineral deposits
Funding:

None

Go to volume 159

Similar articles

Development of engineering methods for the protection of shallow waters and flooded areas
2004 M. V. Prokhorenko
Engineering and geological conditions of the Podolsk District of the Moscow Region and the project of engineering and geological studies for the use of underground space under the main house of the state museum-estate Ostafievo – “Russian Parnassus”
2004 I. V. Osika
Main areas of improvement of the alumina production model for plants operating according to the Bayer method
2004 D. A. Savelev
Environmental and economic assessment of the environmental impact of mining enterprises
2004 N. V. Pashkevich, L. S. Sinkov, E. L. Solodkov
Study of inorganic salt deposition processes and selection of inhibitors to combat this phenomenon
2004 V. A. Kapitonov
Problems of technology for underground isolation of radioactive waste
2004 O. S. Kaledin