Apr 08, 2025

Optimizing asset performance is a strategic priority in the mining and metals industry (Part 3)

  • Article

Measuring and optimizing asset performance are a must in the mining and metals industry. Faced with the pressure to extend equipment lifespan, improve overall performance and the need to remain competitive, companies must revisit and adapt their strategies to align their operations with best practices.

This series of three publications will present three strategic elements to optimize asset performance and improve operational efficiency:

1. Data governance for performance indicators (KPIs)

2. Equipment downtime management

3. Adoption of new technologies

We’ll also explore the key steps required for success and highlight the risks of inaction.

  1. 1. Data governance for performance indicators (KPIs)

    Do you want to learn more about data governance for performance indicators (KPIs)? Check out our latest blog article on this topic.

    Cliquer ici !
  2. 2 – Managing downtime and reducing the impact on production

    Do you want to learn more about downtime management? Check out our latest blog article on this topic.

    Cliquez ici !
  3. 3 – Adopting new technologies is a key driver for future performance

    Technological advances such as artificial intelligence (AI), the Internet of Things (IoT), digital twins and automated exchange systems offer unprecedented opportunities to improve operational performance.

    Technologies attracting growing market interest:

    • IoT and AI are among the most promising technologies for the mining and metallurgy industries. IoT enables equipment connectivity and real-time data collection, while AI offers advanced data analysis capabilities to apply complex algorithms that optimize production processes and asset management.
    • Digital twins are becoming a key solution, offering advanced tools for optimized operational planning and management without causing disruptions to production systems. A return on investment can be assessed by running simulated scenarios to validate and confirm efficiency gains. Moreover, using augmented reality should not be overlooked. For example, using devices such as “HoloLens” or other 3D headsets can provide operators or remote personnel with real-time information about equipment. You can also display the health status of your equipment as well as upcoming maintenance. Other use cases include providing detailed operating procedures and proactively identifying potential risks related to the operator's work environment.

    To leverage these technologies, companies can:

    • Identify solutions adapted to their specific challenges, such as improving efficiency with advanced data analytics tools and implementing smart sensors. For instance, installing IoT sensors or smart cameras on crushers, conveyors and chutes can significantly reduce unplanned downtime, leading to better equipment availability and a significant reduction in operational costs. Cloud-based platforms are essential for performing advanced analyses of this kind.

    Furthermore, it’s essential to evaluate these platforms and their tools before deploying them in the field. Ultimately, a concrete example of the effectiveness of these technologies is the use of real-time cameras to monitor rock size on conveyors, which directly supports decision-making and improves operational performance.

    To learn more about using cameras for decision-making in operations, you can read the following BBA blog article: Operating remotely: using cameras as sensors (CAMAAS).

    • Plan to integrate technologies into existing systems by minimizing disruptions and evaluating these technologies on pilot projects. This not only validates their cost and profitability, but also ensures they deliver added value before full-scale deployment.
    • Integrating new technologies to optimize operational efficiency requires greater focus on cybersecurity. Solutions that require implementing smart sensors and cloud-based platforms must be deployed in a secure architecture to protect critical data and systems from potential intrusions. Carrying out a thorough cybersecurity assessment, including a detailed evaluation of existing IT infrastructures, helps identify security gaps and establish a remediation plan.
    • Prepare teams for change by offering tailored training and clear communication. For example, using digital twins for technical training allows operations teams to simulate realistic scenarios, providing an ideal environment to learn new technologies and optimize their use before they are implemented in the field.
  4. Conclusion: Preparing for the future

    Mining and metallurgy companies that actively address these three strategic areas: KPI data governance, downtime reduction and new technology adoption—will be better equipped to meet tomorrow's challenges. These initiatives aren’t merely improvements but the foundations for optimizing asset performance, ensuring operational sustainability and maintaining a competitive edge in an ever-evolving industry.

  5. Join our upcoming virtual round table

    Would you like to dive deeper into these topics with other industry leaders in mining and metallurgy? Attend our next virtual round table to exchange best practices, share experiences and discuss pitfalls to avoid. This is an excellent opportunity to explore actionable solutions together to improve asset performance.

    Sign up now for our waiting list by emailing MES@bba.ca. You’ll receive updates on event dates and an exclusive invitation to this collaborative event. Don't miss this unique networking and learning opportunity!

    Sign up now!

This content is for general information purposes only. All rights reserved ©BBA

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