对矿产资源产业创新驱动要素的认识:文献综述

M. D. du Plessis, M. Pretorius
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引用次数: 6

摘要

包括公众在内的广泛利益相关者认为,矿产资源(MR)行业在适应其面临的日益严峻的挑战方面进展缓慢。先进的自动化和“物联网”等技术可能已经显著改善了运营实践和行业的整体表现。MR产业如何加快创新进程以提高绩效,这是一个需要研究的问题。本文旨在分享这些看法的有效性,行业面临的挑战的独特性,并确定必须解决的关键因素,以提高行业的创新能力。分析了一些行业在技术开发和创新方面的成功案例,并分享了这些成功案例的经验教训。从文献中可以清楚地看出,各个知情方确实同意MR行业在创新方面表现不佳。学术研究、管理咨询公司的报告以及环境、社会和公司治理报告都证实了这一点。文献研究也证实了这个行业有其固有的特征约束创新。诸如矿藏的静态性质导致相对固定的矿山布局和开采计划、大量资金需求、长期供应合同以及矿山开发和技术开发周期延长至十年等特点。本文确定并反映了成功创新的一般要素及其相互依赖性。研究了MR行业的创新管理实践,并对其进行了分析。对共性创新管理要素与MR行业实践进行了比较。这些差距被确定并作为本文的成果进行讨论。本文献研究将为后续研究提供基础,以建立矿产资源产业的综合整合创新管理架构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a Better Understanding of the Key Elements Driving the Innovativeness of the Mineral Resources Industry: A Literature Review
It is perceived by a wide sphere of stakeholders, including the public, that the Mineral Resources (MR) industry is slow to adapt to the increasing challenges it faces. Technologies like advanced automation and the "internet of things", could already have significantly improved the operating practices and the overall performance of the industry. There is a need for research on how the MR industry can accelerate innovation processes to improve its performance. This paper aims to share insight into the validity of these perceptions, the uniqueness of the challenges the industry faces and to identify the key elements that must be addressed to improve the innovative capacity of the industry. Some industry successes in technology development and innovation are analyzed and lessons from these successes are shared. It is clear from the literature that various informed parties do agree that the MR industry underperform with relation to innovation. Academic studies, reports from managing consulting firms and environmental, social and corporate governance reports confirm this. The literature study also confirms that there are unique features inherent to this industry constraining innovation. Features such as the static nature of ore deposits that results in relatively fixed mine layouts and exploitation plans, large capital requirements, long term supply contracts and extended mine development and technology development cycles of up to ten years. The generic elements for successful innovation and its interdependencies are determined and reflected in the paper. The innovation management practices of the MR industry have been studied and the analysis thereof is discussed. A comparison was drawn between generic innovation management elements and the MR industry practices. The gaps were identified and are discussed as the outcome of this paper. This literature study will form the basis of a follow-up study to develop a comprehensive and integrated innovation management framework for the Minerals Resources industry.
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