基于实例,结合LCA和S-ROI方法的可持续采矿在Suceava县,罗马尼亚

Ruxandra Ionce, I. Breabăn
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引用次数: 0

摘要

对于大多数选择可持续发展的企业来说,LCA(生命周期评估)是一个有用的决策工具,它提供了比较不同产品、流程和价值链场景的可能性,包括真实的和假设的。结合S-ROI(可持续投资回报),LCA在利用罗马尼亚东北地区现有矿场的现有数据来评估地方和区域一级某些可持续性措施的经济、社会和环境效益方面具有很大的潜力。本文将探讨结合LCA(生命周期评估)和S-ROI(可持续投资回报)两种方法的方法,并根据当地采矿活动的特点进行必要的调整,以显示可以改善muniurila采矿周界铜开采和准备价值链的关键投资领域。muniurila铜矿的案例提供了一个很好的机会,可以应用当前的LICYMIN(采矿生命周期)研究,并通过比较当前的价值链方案与提议的方案(包括在更靠近采石场的不同地点设置采矿矿石准备单元),使用现有的Ecoinvent铜矿数据。研究结果将深入了解拟议变化的潜在社会和经济影响(该措施可以转化为更高的当地就业率、更好的社会稳定性、更低的运输成本等)以及环境影响(减少温室气体排放、污染和能源效率)。
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A case based, combined LCA and S-ROI methodology for sustainable mining in the Suceava County, Romania
LCA (Life Cycle Assessment) is a useful tool in decision-making for most businesses that opt for sustainability and offers the possibility to compare different products, processes, and value chain scenarios, both real and hypothetical. Coupled with S-ROI (Sustainable Return on Investment), the LCA has a great potential in using available data for existing mining sites in the North-East Region of Romania to assess the economic, social and environmental benefits of certain sustainability measures on a local and regional level. The article will explore this approach of combining the two methodologies: LCA (Life Cycle Assessment) and S-ROI (Sustainable Return on Investment), with necessary adjustments according to the characteristics of the local mining activities, to show key investment areas that can improve the value chain of copper exploitation and preparation in the mining perimeter Mănăila. The case of the copper mine in Mănăila offers a great opportunity to apply the current LICYMIN (Life Cycle of Mining) research and to use available Ecoinvent data for the copper ore by comparing the current value chain scenario with a proposed scenario that includes a different location for a mining ore preparation unit, closer to the quarry. The results will give an insight into the potential social and economic impact (the measure can translate into a higher local employment rate, better social stability, lower transportation costs, etc.) as well as the environmental impact (reduction of GHG emission, pollution, and energy efficiency) of the suggested changes.
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