SYSTEMATIZATION OF THE CONDITIONS AND FACTORS CAUSING TRANSITION PROCESSES IN THE MINING TECHNOLOGICAL SYSTEM OF MINING ENTERPRISE
DOI:
https://doi.org/10.25635/2313-1586.2019.03.077Keywords:
deep-seated deposit, adaptation, mining technological system, underground geotechnology, systematization, factors, technical and economic indicatorsAbstract
The paper examines the mining and technological
system of the mining enterprise with underground
mining of ore in the transition period. The research
methodology is a comprehensive research method,
including analysis and systematization of the conditions of underground mining of deep ore deposits in
the transition period, synthesis and design of technological schemes based on the combination of
technological processes in the transition period,
technical and economic comparison of options of
the underground geotechnology. The authors give
the definition of adaptation of a mining enterprise
as the transformation of the structure and parameters of the mining technological system in accordance with the changing internal and external conditions in order of ensuring the desired level of its
competitiveness in the market. They mention two
types of adaptation of the mining technological system of a mining enterprise to the changing conditions (micro- and macro-adaptation), differing in
the scale of the implemented measures. The work establishes and systematizes the basic conditions a the scale of the implemented measures. The work establishes and systematizes the basic conditions and factors causing transition processes and determining the type of adaptation of the mining technological system of mining enterprise. The article proposes the limits of the permissible changes in the basic factors causing the transition processes in the micro-adaptation mode and the principal measures for its implementation. It establishes the field of application of analysis results – research, feasibility study and designing of the mining technological systems for mining enterprises with underground mining of ore in the transition period.