Submit an Article
Become a reviewer
Vol 155 No 2
Pages:
65-67
Download volume:
RUS

Environmentally friendly technologies for disintegrating clay sands in the development of gold and platinum deposits

Authors:
A. V. Karepanov
About authors
  • Krasnoyarsk State Academy of Non-Ferrous Metals and Gold
Date submitted:
2002-07-18
Date accepted:
2002-08-09
Date published:
2003-12-30

Abstract

At the turn of the 20th-21st centuries, the mining and technical conditions of the development of placer gold and platinum deposits have significantly worsened, in particular, the clay content in the sands has significantly increased. The proposed technology includes pretreatment of the developed clay sands with mechanical particles and provides a reduction of technological losses of the valuable component by 20-75%, which will allow for effective development of placer deposits of gold and platinum at low cost.

Карепанов А.В. Экологически чистые технологии дезинтеграции глинистых песков при разработке месторождений золота и платины // Записки Горного института. 2003. Т. 155 № 2. С. 65-67.
Karepanov A.V. Environmentally friendly technologies for disintegrating clay sands in the development of gold and platinum deposits // Journal of Mining Institute. 2003. Vol. 155 № 2. p. 65-67.
Go to volume 155

Similar articles

Formation of the chemical composition of groundwater of the Vorontsov karst massif (Western Caucasus)
2003 T. B. Zhabinskaya
Improving the quality of wellbore cementing by applying the technology of vibrating the entire length of the production string during the initial period of waiting for cement curing
2003 L. I. Garipova, R. A. Usmanov
Geoecology of an industrially developed region and improvement of environmental control methods (the example of Vladikavkaz)
2003 A. O. Makovozov
Financial analysis of production investments of oil companies
2003 F. F. Gaipov, V. A. Emekeev
Geo-environmental and engineering-geological analysis of the causes of destruction of some structures of the South water supply station (St. Petersburg)
2003 E. G. Zakharova
Theoretical analysis of water supply means of high-pressure self-propelled hydromonitors
2003 V. Yu. Mizurev