Combined Mining Technologies for Coal Deposits (Review)

Q3 Engineering
A. Ermakov, V. Senkus, D. Pham, V. Sencus, N. Abramkin, E. Ermakov
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Abstract

The paper discusses the main disadvantages of strip and underground mining methods and possibilities of eliminating the disadvantages through introducing a combined technology of coal deposit mining. Combined coal mining technology is the method comprising elements of several geotechnologies, for example, underground and strip mining, as well as, possibly, underwater mining, borehole and other techniques of deposit mining. The combined coal mining technology provides for unified layout for opening, development, production and processing of reserves for the whole LoM on the basis of general technological solutions made in advance. Such complex solutions for opening and development of deposit reserves within the opencast and underground mining contour allows minimizing the volume of openings and reducing the time for commissioning, investment costs, as well as decreasing the costs for aerage, drainage, rock mass hauling and land reclamation. Substantiation of deposit opening options should comprehensively take into account technical, organizational, and economic factors [34–37]. Analysis of the options as exemplified by the Makar’evskoe coal deposit development in Kuzbass allows to conclude that the combined method is promising and promotes increasing optimal volumes of coal production, while reducing the deposit development time by about 15 %, and increase the net present value compared to underground and opencast mining options more than 5 times.
煤矿联合开采技术(综述)
本文论述了条带开采法和地下开采法的主要缺点,并通过介绍矿床联合开采技术来消除这些缺点的可能性。联合采煤技术是一种包括多种岩土技术元素的方法,例如地下和条带开采,以及可能的水下开采、钻孔和其他矿床开采技术。联合采煤技术在预先制定的通用技术解决方案的基础上,为整个LoM的储量开采、开发、生产和加工提供了统一的布局。露天开采和地下开采轮廓内矿床储量的开放和开发的这种复杂解决方案可以最大限度地减少开口量,减少调试时间、投资成本,并降低充气、排水、岩体运输和土地复垦的成本。开户选择权的证明应综合考虑技术、组织和经济因素[34-37]。通过对库兹巴斯Makar'evskoe煤矿开发方案的分析,可以得出这样的结论:联合方法很有前景,可以提高最佳煤炭产量,同时将矿床开发时间缩短约15%,与地下和露天开采方案相比,净现值增加了5倍以上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Gornye nauki i tekhnologii
Gornye nauki i tekhnologii Chemical Engineering-Process Chemistry and Technology
CiteScore
3.00
自引率
0.00%
发文量
22
审稿时长
15 weeks
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