Tendencies of coal industry development in Ukraine
Journal: Mining of Mineral Deposits (Vol.10, No. 2)Publication Date: 2016-06-30
Authors : V. Snihur; D. Malashkevych; T. Vvedenska;
Page : 1-8
Keywords : coal-mining industry; coal extraction; mine fund; tendencies; perspectives;
Abstract
Purpose. Analysis of the current state and prospects of Ukraine coal industry development until 2020. Methods. Complex analysis of data regarding mine productivity, coal reserves, mine funds as well as coal consumption and electricity generation has been presented in the paper. The studies of statistics related to geological and extraction thickness in longwall faces are discussed. Findings. The current state of Ukraine coal mining industry and prospects of its development for the period until 2020 are considered. The analysis of Ukraine mine fund conditions is carried out. Statistical data of gross coal production at state-maintained and private mines are given. The reasons for low profitability and coal production decline in the country are considered. Results of the research into ash content of extracted coal, formation and accumulation of mine waste are interpreted. The main promising trends of efficient energy resources use and reduction of environmental impact on coal-mining regions are emphasized. Originality. According to the analysis of the current state of coal industry, several options of its further development are formulated. Practical implications. The presented results can be used to evaluate the investment attractiveness of Ukraine coal mining enterprises.
Other Latest Articles
- Comparing the Effect of Kerosene Pollution on Forest and Industrial Soil Microbial Community
- Assessing Indoor Air Pollution within Different Areas of Female Beauty Centers and Exploring Their Relation to Various Respiratory Symptoms
- A Review of Local Factors Affecting Solid Waste Collection in Nigeria
- Survey and Analysis of Noise Pollution in the Bidboland Gas Refinery
- Integrated river quality management by CCME WQI as an effective tool to characterize surface water source pollution (Case study: Karun River, Iran)
Last modified: 2016-07-04 05:10:36