Submit an Article
Become a reviewer
Vol 181
Pages:
46-48
Download volume:
RUS
Research article
Mining

Waste space and its influence on the operation modes of the main ventilation fans

Authors:
N. N. Mokhirev1
M. Yu. Postnikova2
About authors
  • 1 — Perm State Technical University
  • 2 — Perm State Technical University
Date submitted:
2008-08-26
Date accepted:
2008-10-30
Date published:
2009-02-01

Abstract

Worked out spaces with sufficiently large volume of cavities are not able to reverse air streams in the downcast shafts and adjacent drifts for a long time (up to 90 min) thus creating dangerous conditions for evacuation of miners. An emergency situation has been analyzed on the basis of a ventilation system model.

Go to volume 181

References

  1. Единые правила безопасности при разработке рудных, нерудных и россыпных месторождений полезных ископаемых подземным способом (ПБ 03-553-03). Серия 03. Выпуск 33 / Колл. авт; ГУП «НТЦ по безопасности в промышленности Госгортехнадзора России». М., 2003. 200 с.
  2. Мохирев Н.Н. Расчет времени заполнения отработанных пространств воздухом при остановке вентиляторов главного проветривания // Вестник Горного института УрО РАН. 1998. № 3. С.12-13.
  3. Mokhirev N.N. Problems and possibilities for improving the ventilation and occupational safety in our underground mines // Sci. and techn. conf. «Occupational safety in underground and open pit mines and quarries», 8-11 june 1998. Bulgaria, Varna. V.2. Р.32-34.

Similar articles

Establishment of regularities of action of single charge explosion at modeling on equivalent materials
2009 P. N. Shulgin
Complex of geophysical signs of localization of gold-sulphide type mineralization (Lena gold ore district)
2009 S. V. Sokolov
Material composition of ore of host rocks of the Amurskoye zinc deposit (Southern Urals)
2009 Yu. N. Spesivtseva
Application of self-propelled equipment on cleaning works at hard ore mining
2009 N. V. Peretyatko
Method of research of influence of deposit eccentricity on minimum current stripping volumes
2009 A. V. Polovinko, G. A. Kholodnyakov, D. G. Kholodnyakov
Electromechanical complex of equipment on the basis of hydrofied model plant
2009 E. G. Chernenko