Submit an Article
Become a reviewer
Vol 155 Iss. 1
Pages:
50-53
Download volume:
RUS
Article

Goals and objectives of passportization of stockpiles of formed technogenic deposits

Authors:
E. B. Gridina
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2002-06-21
Date accepted:
2002-07-05
Date published:
2003-12-08

Abstract

The article considers one of the most pressing problems of modern mining science - the problem of formation and development of technogenic deposits. It is known that modern technogenic deposits were formed by the method of bulk dumping, taking into account only two requirements: the minimum cost of dumping work and ensuring the stability of the slopes of the dumps. It is proved that the solution of the problem of complex use of technogenic deposits is connected not only with the possibility of increasing their consumption today, but also with the necessity of creating perspective sources of raw materials. In this connection the question of formation of technogenic deposits acquires paramount importance. The passport of the stockpile of rocks - wastes of the open pit of Kostomuksha Mining and Processing Plant is presented. The fourth main technological process of open-cast mining is proposed to be termed not as dumping, but as stockpiling.

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

None

Go to volume 155

Similar articles

Visualization of the technological parameters of the aluminum electrolysis process
2003 N. N. Pashkina
Determination of the dependence of technological parameters and intensification of the rock salt mining process
2003 S. P. Mozer
Assessment of environmental and conflict competitive risk in the diamond mining industry
2003 A. V. Smetankin
Optimization of the technological mode of decomposition of aluminate solutions
2003 A. V. Tsybizov, A. V. Starshinov
Improvement of technological schemes for mining of powerful steep and steep-sloped seams with sub-stage hydraulic extraction
2003 A. A. Sidorenko, E. V. Glushenkov
Study of acid-base interaction of seed surface with aluminate solution
2003 V. I. Davydov