Submit an Article
Become a reviewer
Vol 61 Iss. 1
Pages:
35-40
Download volume:
RUS
Article

Methodology and results of research of stable span sizes of brine chambers (for conditions of Yar-Bishkadak brine field)

Authors:
V. S. Romanov
Date submitted:
1971-07-20
Date accepted:
1971-09-17
Date published:
1972-05-26

Abstract

At the Yar-Bishkadak field the rock salt deposit with the thickness of 200-700 m and the thickness of covering rocks of 500-600 m is developed by underground dissolution through wells from the surface. The development is carried out by individual vertical chambers, the diameter of which, according to the project, is equal to 100 meters. Due to untimely control of erosion results, there are deviations from the project, sometimes the diameters of the chambers reach 160-190 m, so it is not clear how much the actual outcrops of excavations meet the requirements of stability. The current absence of surface shifts and large outcrops in the chambers associated with the cessation of operation of wells is not yet a sufficient guarantee of the safety of further development, as the duration of operation of the chambers (3-15 years) is short compared to their total service life (50-80 years). As a result, there is a need to predict the stability of rocks and determine the maximum allowable spans of brine excavations.

Область исследования:
(Archived) Without section
Go to volume 61

Similar articles

Use of gamma-radiation for research of density properties of rock samples under all-round compression conditions
1972 E. P. Popov, V. I. Kimkov
Fundamentals of the methodology of the systematic control of roof lowering in mine faces
1972 M. A. Borisova
Bulk rock pressure on the shield slab in the presence of non-parallel enclosing walls
1972 A. G. Vasiliev
Methods of experimental study of the stressed state of rock massifs and reinforced concrete elements of the support
1972 Yu. S. Obruchev, G. G. Mirzaev, G. A. Ashimov
Calculation of pillars at underground dissolution of salt deposits
1972 V. S. Romanov
Modeling of fractured massif collapse for conditions of Khibiny apatite deposits
1972 N. Z. Galaev, V. N. Krapivin