结合矿山开采技术提高冶金资源基础

Q4 Engineering
V. Golik, A. Titova
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引用次数: 0

摘要

关联固体金属资源开采和加工技术发展的挑战之一是金属开采技术在矿床地下开发中的使用不足。研究目的。通过分析采矿生产的各个方面,在结合矿床开发技术的基础上,确定金属矿开采和富集的优先方向。研究方法。利用过去技术改进的信息分析采矿生产的效率指标。预测目前和未来固体地质资源开采和加工过程的开发方式,并详细说明突破性改进的概念。研究结果。提供了关于从地下提取金属矿石的完整性及其在富集中的用途的信息。显示了回收含金属废物作为技术成因地质资源的重要性,并描述了该问题的现状。制定了加强以有色金属冶金为主的地质资源基础的突破方向——在传统技术和新技术相结合的过程中,从地下矿块的矿石中浸出金属和崩解剂类型的活化剂。给出了通过实验获得的关于新技术的信息及其优点的描述。提出了加强工业地质资源基础建设的问题。提出了经济模型来确定提取和加工技术相结合的效率。结论。在对采矿生产各方面进行综合分析的基础上,有可能评估固体金属地质资源开采和富集技术的发展规律。固体金属地质资源提取富集的优先方向是传统技术与新技术相结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving the metallurgical resource base through combining ore mining technologies
Relevance. One of the challenges in the development of mining and processing technologies for solid metal resources is the insufficient use of the metal mining technologies in underground development of ore deposits. The purpose of the study. By analyzing the aspects of mining production, to determine the priority directions in the extraction and enrichment of metal ores based on the combination of technologies for the development of deposits. Research methods. Analysis of the efficiency indicators of mining production using information about the improvement of technologies in the past. Forecasting the ways of development and detailing the concept of breakthrough improvement of the processes of extraction and processing of solid geo-resources in the present and future. The results of the study. Information is provided on the completeness of extraction of metal ores from the subsurface and their use in enrichment. The importance of recycling metal-containing waste as technogenic geo-resources is shown, and the current state of this problem is characterized. A breakthrough direction of strengthening the geo-resource base of mainly non-ferrous metallurgy is formulated – the leaching of metals from ores in underground blocks and activators of the disintegrator type during the combination of traditional and new technology. The information obtained experimentally about new technologies with a description of their advantages is given. The problems of strengthening the geo-resource base of industry are formulated. Economic models are proposed to determine the efficiency of combining extraction and processing technologies. Conclusions. The assessment of the regularities of the development of technologies for the extraction and enrichment of solid metal geo-resources is possible on the basis of a comprehensive analysis of aspects of mining production. The priority direction of extraction and enrichment of solid metal geo-resources is the combination of traditional and new technologies.
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来源期刊
Gornaya Promyshlennost
Gornaya Promyshlennost Engineering-Industrial and Manufacturing Engineering
CiteScore
1.10
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0.00%
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100
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