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IoT and Futureproofing Your Mine

2022-11-23
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IoT and Futureproofing Your Mine
Illustration: © IoT For All

IoT and Mining

The mining industry presents a unique set of challenges. Mining is a high-risk, capital-intensive business that requires constant monitoring of assets, processes, and actors to ensure safety and operational efficiency. Innovative IoT solutions are key to helping mining companies meet the increased demand for commodities while reducing operational costs and risks.  

'Innovative IoT solutions are key to helping mining companies meet the increased demand for commodities while reducing operational costs and risks.' -IoT.nxtClick To Tweet

You can future-proof your mining operation through a system of interconnected devices and sensors that can be retrofitted onto existing machinery and “things” to collect and share data which can be used to improve safety and efficiency in mining operations. This data can be used to make real-time decisions about when to shut down operations or make in-flight changes and gives mine decision-makers, operators, and owners the insight and means to improve planning and gain control of their mining operations, from anywhere in the world.

Bypassing Human Error with IoT  

The mining sector still relies on multiple manual and paper-based systems for entry. Manual data entry means an increased risk of human error. By implementing IoT to replace manual data capture, such as system-to-machine communication, and using advanced analytics on the data created, mining companies improve operational efficiency and reduce the risk of human error. 

ESG (Environment, Social, Governance) Tracking  

Beyond operational efficiency, IoT solutions can also help reduce regulatory risk. For example, when it comes to environmental compliance in the mining sector, there is a lot of focus on carbon emissions, utility usage such as water and power usage, and the water quality and impact on the biological ecosystem. IoT solutions can help monitor such parameters and more to ensure compliance reporting is based on actual data, provide alerts to ESG systems, and notify key stakeholders of any potential risk.

Real-time Asset Tracking 

Running large fleets of heavy-duty equipment that are used to transport commodities offers multiple challenges. This equipment typically includes heavy-duty haul trucks, loaders, excavators, and front-end shovels. To ensure safe operation, the equipment needs to be regularly inspected by trained professionals who follow a strict set of guidelines. If a piece of equipment is considered unsafe, it needs to be taken out of service until it can be repaired.

In addition to maintenance and inspection, mining companies need to be able to track their equipment in real-time to prevent theft and ensure safe operation. This requires people to input information into spreadsheets and databases, which can lead to errors.  To track this equipment, mining companies often use asset tags, which are manually entered into an asset tracker. The asset tracker is usually connected to a database and spreadsheet, which increases the risk of human error.

Digital Twins – A Step Into the Digital Age 

Mines can use Digital Twins to gain better insight into the data available about their operations, including the status of equipment and infrastructure. Stakeholders can receive clear, visualized information that allows for data-driven decision-making, removing the inefficiency of manual inspections and troubleshooting. With digital twins, people can set alert automation workflows for triggers that they define — for example, people can receive a notification when a vehicle is started out of its planned shift. This, and more, all through a single screen.  

Smart Mining Equipment – IoT and Mining

As mining companies are increasingly adopting IoT solutions, equipment is becoming more connected. This allows companies to gather valuable insights into the operational health of their equipment and make informed decisions about preventative maintenance and repairs. This also helps monitor the operational status of their equipment in real-time to ensure safe operation, prevent unplanned downtime, and meet regulatory compliance requirements.  

Continuous Process Improvement

Mining operations are often complex and involve many workers and various heavy-duty machines. There are a few ways in which IoT can help improve the mining process and overall operations:

Predictive Maintenance

Mining companies can use IoT solutions to monitor and analyze equipment data to forecast when certain pieces of equipment will require maintenance. This helps prevent unplanned downtime and repair costs.

Visibility into Operational Data

Gain better visibility and insights into operational data such as the flow of materials, human resource activities, and equipment utilization. This helps improve operational efficiency and increase productivity through optimized resource utilization.

Real-time Safety and Operational Alerts

Real-time monitoring and alerting enable mining operations to respond to potential problems in real-time to potentially prevent accidents and unplanned downtime.

Mine gold from data 

Operational data insight is gold and through it, you will be able to achieve a more sustainable, efficient, and safe mine, thus future-proofing your mining operations.  

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  • Mining
  • Asset Tracking
  • Equipment Tracking
  • Predictive Maintenance

  • Mining
  • Asset Tracking
  • Equipment Tracking
  • Predictive Maintenance

参考译文
物联网和未来保护你的矿山
采矿业面临着一系列独特的挑战。采矿业是一项高风险、资本密集型的业务,需要对资产、流程和参与者进行持续监控,以确保安全和运营效率。创新的物联网解决方案是帮助矿业公司满足日益增长的大宗商品需求,同时降低运营成本和风险的关键。你可以通过一个由相互连接的设备和传感器组成的系统,在现有的机器和“东西”上进行改造,以收集和共享数据,以提高采矿作业的安全性和效率,为采矿作业提供未来保障。这些数据可用于实时决定何时停止作业或进行空中调整,并为矿山决策者、运营商和所有者提供见解和方法,以便在世界任何地方改进规划和获得对其采矿作业的控制。采矿部门仍然依靠多种人工和纸质进入系统。手动输入数据意味着增加了人为错误的风险。通过实现物联网来取代人工数据捕获,例如系统与机器之间的通信,并对创建的数据进行高级分析,矿业公司提高了操作效率,降低了人为错误的风险。除了运营效率,物联网解决方案还可以帮助降低监管风险。例如,当涉及到采矿业部门的环境合规时,人们非常关注碳排放、水和电力等公用事业的使用,以及水质和对生物生态系统的影响。物联网解决方案可以帮助监控这些参数等,以确保合规报告基于实际数据,向ESG系统提供警报,并将任何潜在风险通知关键利益相关方。运营用于运输大宗商品的大型重型设备车队面临多重挑战。这种设备通常包括重型运输卡车、装载机、挖掘机和前端铲。为了确保安全运行,设备需要由训练有素的专业人员定期检查,并遵循一套严格的指导方针。如果一件设备被认为是不安全的,它需要停止使用,直到它可以修复。除了维护和检查之外,采矿公司还需要能够实时跟踪他们的设备,以防止盗窃和确保安全操作。这需要人们将信息输入电子表格和数据库,这可能会导致错误。为了跟踪这些设备,采矿公司通常使用资产标签,手动将其输入资产跟踪器。资产跟踪器通常连接到数据库和电子表格,这增加了人为错误的风险。矿山可以使用“数字双胞胎”来更好地了解有关其作业的可用数据,包括设备和基础设施的状况。涉众可以收到清晰、可视化的信息,从而可以进行数据驱动的决策,消除手工检查和故障排除的低效。有了数字双胞胎,人们可以为自己定义的触发器设置警报自动化工作流程——例如,当车辆按计划换挡启动时,人们可以收到通知。这一切,以及更多,都通过一个屏幕完成。随着矿业公司越来越多地采用物联网解决方案,设备之间的连接也越来越紧密。这使公司能够收集有关设备运行状况的有价值的见解,并对预防性维护和维修做出明智的决定。这也有助于实时监控设备的运行状态,以确保安全运行,防止计划外停机,并满足法规遵从性要求。采矿作业通常很复杂,需要许多工人和各种重型机器。物联网可以通过以下几种方式帮助改进挖掘过程和整体操作: 矿业公司可以使用物联网解决方案来监控和分析设备数据,以预测某些设备何时需要维护。这有助于防止计划外停机和维修成本。获得更好的可视性和对操作数据的洞察,如物料流、人力资源活动和设备利用率。这有助于通过优化资源利用来提高运营效率和生产力。实时监测和警报使采矿作业能够实时响应潜在的问题,从而可能防止事故和计划外停机。运营数据洞察是黄金,通过它,您将能够实现更可持续、更高效和更安全的矿山,从而为您的采矿作业提供未来保障。
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