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Evaluating resource efficiency at major copper mines

机译:评估主要铜矿资源效率

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摘要

Resource efficiency is both, a scientific concept in sustainability assessment and a policy concept that aims to achieve maximum extraction of resource materials from a mineral deposit at minimum waste production. Presently, established proxies for resource efficiency use weight-based measures of a system's materials consumption However, such proxies are not directly applicable to mining operations. This study introduces a new method and associated techniques for the evaluation and quantification of resource efficiency in mining operations. This approach considers intensities in land, water, energy and mineral deposit consumption (i.e. specific resource consumption to produce one unit of output). Applying this new methodology, resource intensities have been assessed and quantified for 22 major copper mines. Results have allowed relative ranking of these mines in terms of resource efficiency. This work also demonstrates that deposit properties and its geographic location impact on resource efficiency. Consequently, political measures, needed to promote resource efficiency in mining, should focus on region-specific aspects and the properties of the mined ore deposit. (C) 2016 Elsevier Ltd. All rights reserved.
机译:资源效率都是可持续发展评估的科学概念和一个政策概念,旨在在最低废物生产中实现从矿床的最大提取资源材料。目前,建立了用于资源效率的代理使用系统的材料消耗的权重测量,但是这种代理不可直接适用于采矿操作。本研究介绍了新方法和相关技术,用于评估和定量采矿业务中的资源效率。这种方法考虑了土地,水,能源和矿床消费的强度(即,制作一个产出单位的特定资源消耗)。应用这种新方法,为22个主要铜矿进行了评估和量化资源强度。结果在资源效率方面允许对这些地雷相对排名。这项工作还表明,存款性能及其地理位置对资源效率影响。因此,需要促进采矿资源效率所需的政治措施,应侧重于地区特定的方面和开采矿床的性质。 (c)2016 Elsevier Ltd.保留所有权利。

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