Submit an Article
Become a reviewer
Vol 205
Pages:
47
Download volume:
RUS

Technology of overburden rock bench development by using a dragline with accommodation of waste rock in the goaf

Authors:
S. I. Fomin1
D. A. Vedrova2
About authors
  • 1 — National Mineral Resources University (Mining University)
  • 2 — National Mineral Resources University (Mining University)
Date submitted:
2012-12-23
Date accepted:
2013-02-11
Date published:
2013-12-23

Abstract

Horizontal or gently dipping (less than 10 ), mineral deposits, to which the majority of sedimentary deposits, such as oil shale, coal, peat, clay, limestone etc. belongs to, with relatively thick sediment overburden advisable to practice using transtoptless overburden removal technology, that is using a powerful stripping equipment – draglines. The main advantage of this technology is the placement of overburden directly into quarries goaf, significantly reducing the rented for the waste dumps disposing areas, and reduce the costs of mining-reclamation works.

Go to volume 205

References

  1. Русский И.И. Технология отвальных работ и рекультивация на карьерах. М., 1979. 112 с.
  2. Томаков П.И. Технология, механизация и организация открытых горных работ: Учебник для вузов / П.И.Томаков, И.К.Наумов. М., 1992. 464 с.

Similar articles

Technical university for innovation development of Kuzbass
2013 V. A. Kovalev
Trends in production of oil and reproduction mineral base oil in Russia and in the world
2013 A. A. Fedchenko, L. I. Iseeva
Choice of design decisions on development of fields taking into account results of geodynamic division into districts and geometrizations of dangerous zones
2013 A. N. Shabarov, V. V. Zubkov, N. V. Krotov, A. A. Podosenov, N. A. Marshak
Innovative mechanisms geological and ekonomic assessment of minerals at the stage of small-scale searches of fields
2013 M. M. Omelchenko
The tendencies of competitive trade development on the coal market
2013 Yu. N. Vasilev
Problems of mining of non-ferrous metals and gold deposits with pre-enrichment
2013 A. V. Konev, S. P. Kiseleva, K. A. Shtresler, Zh. V. Mironova