Submit an Article
Become a reviewer
Vol 155 No 1
Pages:
65-68
Download volume:
RUS

Determination of the optimal degree of crushing of blasted rock mass for crushed stone quarries

Authors:
E. N. Kuksa
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2002-06-10
Date accepted:
2002-07-21
Date published:
2003-01-01

Abstract

In modern conditions of market relations, it is more and more difficult for enterprises to maintain the efficiency of production. One of the main problems is the high level of production costs due to the large output of substandard fractions. It is shown that the optimum degree of quality of blasting rock mass can be defined through profit, which depends on the crushing indicators, which in turn are the basis of quality and, therefore, prices and production costs. The interrelation of all crushing indicators is considered on the basis of the analysis of the distribution of the granulometric composition of the blasted rock mass carried out at the Olenegorsk Mining and Processing Plant. According to the results of the analysis, the dependence allowing to calculate the relationship of all crushing indicators with the average lump size is obtained.

Go to volume 155

References

  1. Таламанова О.Н. Энерго-, трудо-, затратоемкость производства щебня. СПб, 2001. Бибик И.П. Выбор и обоснование параметров процессов буровзрывных работ для повышения эффективности горнотранспортного оборудования глубоких карьеров: Автореф. дис. ... канд. техн. наук, НАВОЙИ, 2003.

Similar articles

Language of facial expressions and gestures
2003 M. A. Vasilkina
New methods of computer calculations of material balances at enrichment plants
2003 M. S. Molodtsev, A. M. Arustamyan
Determination of the dependence of technological parameters and intensification of the rock salt mining process
2003 S. P. Mozer
Study of acid-base interaction of seed surface with aluminate solution
2003 V. I. Davydov
Disposal of intermediate products of scandium and its ligatures
2003 D. V. Kutsenko
Geomechanical justification of methods and means to ensure the stability of preparatory workings in zones of high rock pressure in layered massifs
2003 D. I. Raevskii