利用物联网技术对尾矿坝进行先进的风险管理

A. Bartoli, F. Hernandez-Ramírez
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摘要

尾矿坝管理系统需要既能对潜在的紧急情况发出警报,又能对可能导致严重安全事故和不良后果的威胁作出反应的技术。这通常需要将物理技术和数字技术有效地结合起来,采矿经营者可以以一种强大而又用户友好的方式采用这些技术。事实上,异构工具(如预测算法、可视化软件和风险管理平台)的编排对于向决策涉众提供有意义的信息至关重要。在这方面,有效地收集和整合数据成为确保尾矿坝管理系统产生有意义产出的基石。从历史上看,这需要使用复杂的数据收集活动,因此,数据可用性受到限制,无法获得这种复杂基础设施的整体视图。在这里,我们建议采用物联网技术来克服这个问题。将无线物联网节点与多个传感器与数据处理工具相结合的端到端数据采集和监控系统的部署表明,它们可以通过减少人工检查或不必要的旅行来降低运营成本,同时使采矿作业更安全。在这里,将介绍和讨论商业物联网技术如何有助于提高尾矿坝安全性的一些例子。这也积极有助于对基础设施进行更环保的管理。
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The use of IoT technologies for advanced risk management in tailings dams
Tailings dam management systems require technologies to both alert on potential emergency scenarios and respond to the threats that can result in serious safety incidents with unwanted consequences. This usually requires the effective integration of physical and digital technologies that mining operators can adopt in a robust but also user-friendly way. In fact, the orchestration of heterogeneous tools, such as predictive algorithms, visualization software and a risk management platform, is crucial to provide meaningful information to the decision-making stakeholders. In this context, the effective capture and consolidation of data become a cornerstone to ensure that tailings dam management systems will lead to meaningful outputs. Historically, this required the use of complex data collection campaigns, and because of this, data availability was limited to gain a holistic view of such complex infrastructures. Here, we propose the adoption of IoT technologies to overcome this problem. The deployment of end-to-end data acquisition and monitoring systems which combine wireless IoT nodes with multiple sensors together with data processing tools has demonstrated that they can make mining operations safer while reducing OPEX costs by reducing the need for manual inspections or unnecessary travel. Here, some examples of how commercial IoT technologies are contributing to increase safety in tailings dams will be presented and discussed. This also actively contributes to more environmental-friendly management of the infrastructures.
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