Enhanced Measurement and Verification Practices in Deep-Level Mines: The Current State

Mining Pub Date : 2024-05-24 DOI:10.3390/mining4020023
F. Matthee, J. H. Marais, J. V. van Laar
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引用次数: 0

Abstract

This article explores operational challenges in mining, with a focus on energy management amid depleting ore grades and rising costs. The urgent need for innovative energy management systems and strategies is highlighted by analyzing the unexplored landscape of mine energy budgeting and forecasting and identifying gaps in current practices. Drawing from the literature, this paper offers new insights into energy budgeting and the evaluation of energy efficiency initiatives by integrating traditional and advanced measurement and verification (M&V) techniques. M&V practices are crucial for energy management, particularly in deep-level mines, with a focus on practical knowledge and advanced methodologies. Key findings from this study show that integrating advanced M&V techniques with unplanned events is crucial to improve the financial management of mines. By leveraging these key findings, this article proposes a roadmap of the next seven milestones needed in advanced M&V research to aid effective energy management in a mining environment. If executed successfully, a practical method for applying advanced M&V processes to deep-level mining operations can be constructed. Such a generic method will enhance mining companies’ energy efficiency initiatives and improve financial management practices on a global scale.
深部矿井的强化测量和验证实践:现状
本文探讨了采矿业面临的运营挑战,重点是矿石品位下降和成本上升情况下的能源管理。通过分析矿山能源预算和预测的未开发领域,找出当前实践中的差距,强调了对创新能源管理系统和战略的迫切需求。本文从文献中汲取营养,通过整合传统和先进的测量和验证(M&V)技术,为能源预算和能效评估提供了新的见解。M&V 实践对于能源管理至关重要,尤其是在深层矿井中,重点在于实用知识和先进方法。本研究的主要发现表明,将先进的 M&V 技术与计划外事件相结合,对于改善矿井的财务管理至关重要。通过利用这些重要发现,本文提出了先进 M&V 研究的下七个里程碑路线图,以帮助在采矿环境中进行有效的能源管理。如果能成功实施,就能构建出一种实用的方法,将先进的 M&V 流程应用于深层次的采矿作业。这种通用方法将在全球范围内提高矿业公司的能源效率,改善财务管理实践。
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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CiteScore
2.80
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0.00%
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