Improving board assurance of technical and operational risks in mining

A. Atkins, M. Ritchie
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引用次数: 2

Abstract

There are gaps in board assurance on technical and operational risk in mining. There are gaps in current environmental social governance (ESG) and enterprise risk management, especially for geotechnical risk. Chief risk officers (CROs) and audit teams who report to the board’s audit and risk committee are often staffed by accountants and lawyers who provide an essential service, but may not appreciate the science, technology, engineering and maths (STEM) aspects of mining, including its technical complexity, variability and uncertainty. This demography tends to focus on commercial, financial and legal risk. Their skill sets mean they may have a blind spot on how STEM mining risks have an impact, including on company performance and innovation (opportunity risks). Additionally, with the digital transformation of mining underway, there is a risk the disrupting ‘digital natives’ (i.e. deep domain experts on digital technology) also lack an understanding of the technical and operational risks of mining and may inadvertently create new risks. Understanding risk in mining requires technical and operational expertise in mining engineering, life-of-mine planning, geotechnical engineering, geology and metallurgy. These professionals need to work alongside traditional risk practitioners and auditors to develop new ways to provide transparency, accountability and assurance to mining company boards.
提高对矿业技术风险和操作风险的董事会保障
董事会对采矿技术和操作风险的保证存在差距。当前的环境社会治理(ESG)和企业风险管理,特别是岩土工程风险管理存在一定的空白。向董事会审计和风险委员会报告的首席风险官(cro)和审计团队通常由会计师和律师组成,他们提供必要的服务,但可能不了解采矿的科学、技术、工程和数学(STEM)方面,包括其技术复杂性、可变性和不确定性。这种人口统计学倾向于关注商业、金融和法律风险。他们的技能组合意味着他们可能对STEM采矿风险的影响存在盲点,包括对公司业绩和创新(机会风险)的影响。此外,随着采矿业的数字化转型正在进行,颠覆性的“数字原住民”(即数字技术领域的深度专家)也可能缺乏对采矿业技术和运营风险的理解,并可能无意中产生新的风险。了解采矿风险需要在采矿工程、矿山寿命规划、岩土工程、地质学和冶金学方面的技术和操作专业知识。这些专业人士需要与传统的风险从业人员和审计人员合作,开发新的方式,为矿业公司董事会提供透明度、问责制和保证。
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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