New Solutions for Mine Transport for the Transition to In-Line Mining of Minerals

Q3 Engineering
A. Asanov, E. Gumennikov
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引用次数: 1

Abstract

Mining transport systems largely determine effectiveness of mining enterprises. The study aim is developing new technical solutions for progressive mining transport systems based on the harmonization of technological solutions and equipment. The aim is achieved through the introduction of new mine transport designs compatible with tunneling machinery, enabling change from cyclic concept of a mining enterprise activity to in-line system concept. The option is considered on development of designs of steeply inclined and curving conveyors in transport workings, including overhead and floor pipe belt conveyors and airdraulic pipeline systems for delivering lump ore from the face to the surface in the mine. At the same time, the basis of the proposed technology and equipment is the method of contactless hard rock breaking by using hydroimpulsive facilities. The proposed solutions allow decreasing mineral mining and processing capital and operating costs.
向直线开采过渡的矿山运输新解决方案
矿山运输系统在很大程度上决定了矿山企业的效益。这项研究的目的是在协调技术解决办法和设备的基础上为渐进式采矿运输系统发展新的技术解决办法。这一目标是通过引进与掘进机械兼容的新矿山运输设计来实现的,从而使采矿企业活动从循环概念转变为联机系统概念。该方案考虑了运输作业中陡斜和弯曲输送机的设计,包括高架和地板管带式输送机以及将块状矿石从矿山工作面输送到地面的气液管道系统。同时,所提出的技术和设备的基础是利用水脉冲设施进行非接触硬岩破碎的方法。拟议的解决方案可以降低矿物开采和加工的资本和运营成本。
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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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