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Asset management and operational excellence in mine design

 

Published by
Global Mining Review,

Randy Heisler, Vice President of Metals, Mining, and Chemicals at Life Cycle Engineering, discusses the challenges and best practices of asset management and optimisation in mine design.

Keeping operations running smoothly while minimising costs and downtime is a constant challenge across the mining industry. One of the key ways to achieve this is through effective asset management, but doing so in mining operations is not always easy and presents challenges for management and industry leaders. As mine operations become more complex, the need for proactive, data-driven solutions is becoming clear and imperative.

The challenges of asset management in mining

One of the biggest challenges in mining asset management is shifting from reactive to proactive approaches in operational setup. In the past, many companies only addressed issues after equipment failure, leading to costly downtime and increased safety risks. 60% of injuries happen during reactive maintenance, and accidents are five times more likely during abnormal operations, affecting worker safety and productivity.

Another hurdle is the human side of change. Introducing new asset management practices requires new technology and a company wide cultural shift to adopt new processes. Often, operators and managers may struggle to embrace data-driven tools, especially if the benefits aren't immediately apparent.

Best practices for optimising mine design and asset management

Effective asset management starts right from the design phase. Proactive planning is key, especially when setting up new mining facilities. It is not just about efficiency – asset management principles, predictive maintenance systems, and data analytics should be built into the design early on.

Helpful tools such as data analytics, sensors, and Internet of Things (IoT) technology are changing the game for asset management in mining. With the right tools, companies can track equipment health in real-time, predict failures, and schedule maintenance before problems occur.

Training is crucial, too. Teams need to understand the value of proactive maintenance and have the right tools to implement it. Cross-functional teams from operations, maintenance, and engineering should work together to create best practices for work management and reliability. Life Cycle Engineering, provide top-tier training and education, offering customised learning experiences and certifications that enhance human performance and foster long-term operational success.

The benefits of proper asset management

Proper asset management has clear, wide-reaching benefits. Predictive maintenance helps reduce unexpected breakdowns, leading to fewer injuries, lower maintenance costs, and less downtime. It also cuts the need for emergency repairs, which means fewer contractors and less overtime, boosting employee satisfaction and creating a healthier work environment.

The future of asset management in mining

Looking ahead, asset management in mining will keep leaning into data-driven solutions. As technology evolves and new concepts such as ‘Industry 4.0’ emerge, mining companies will rely more on real-time data to make smarter decisions about equipment maintenance and replacement. With a stronger focus on predictive maintenance, asset management will shift from a reactive necessity to a key driver of efficiency, safety, and sustainability.

By integrating best practices and using data analytics to predict failures before they happen, mining companies can improve safety, boost productivity, cut costs, and build a more sustainable future for the industry.