WORLD PROSPECTS
in slurry transport, while instrumentation installed along the pipeline can be costly to maintain in remote or difficult-to-access locations.
The next generation of pipeline monitoring is shifting away from isolated alarms towards continuous hydraulic awareness. Rather than relying solely on individual pressure measurements or threshold-based alerts, modern hydraulic profiling technologies continuously analyse the behaviour of an entire pipeline system. By monitoring hydraulic conditions in real time, operators gain greater visibility into how pipelines are performing under changing operating conditions.
This approach enables abnormal hydraulic behaviour to be identified as it develops. Changes in flow characteristics, developing restrictions or unexpected operating conditions can all be recognised before they escalate into production interruptions, providing operators with valuable time to investigate and respond.
Equally important is the ability to present this information within existing control room environments. As mines continue integrating OT with enterprise systems, pipeline monitoring data becomes another valuable input supporting informed operational decisions rather than existing as a standalone safety system.
Maintaining autonomous operations also requires confidence that pipeline integrity is being continuously validated without disrupting production. Mining pipelines transporting slurry present unique leak detection challenges. Variable densities, changing flow regimes and frequent operational adjustments can mask the hydraulic signatures that traditional pressure-based systems rely upon. In addition, changing pipeline layouts and intermittent discharge points make many conventional leak detection approaches difficult to calibrate and maintain over time.
Statistical flow-based leak detection offers an alternative approach better suited to mining operations. By analysing mass balance and flow behaviour rather than relying exclusively on local pressure changes, these systems can continuously assess pipeline integrity while accommodating the operational variability
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common in slurry transport.
Technologies such as Atmos Pipe apply statistical methods to continuously evaluate pipeline conditions, providing operators with early warning of developing anomalies while minimising nuisance alarms that can reduce operator confidence. The ability to integrate these alerts directly into existing SCADA and control systems ensures that pipeline integrity becomes part of the wider operational picture, supporting faster and more informed decision-making.
Real-time pipeline intelligence delivers value beyond leak detection alone. Many mining operations routinely transport multiple products through shared infrastructure, including concentrate, process water and flushing batches used to clean pipelines and prevent blockages. Understanding precisely where these batches are within the pipeline enables operators to optimise water usage, improve scheduling and reduce unnecessary operational delays. Previous Atmos mining work has highlighted how real-time batch tracking provided by Atmos Batch improves operational understanding, supports flushing operations and helps optimise the movement of different concentrate qualities through processing facilities.
As operations become increasingly automated, this type of real-time visibility enables pipeline networks to function as intelligent assets rather than passive transport systems. Operators gain richer operational insight, while automated control systems benefit from more accurate, timely information.
As digital mining continues to evolve, pipeline monitoring is becoming more than a protective measure. It is an essential component of connected operations, providing the operational intelligence needed to keep autonomous mines running safely, efficiently and continuously.
www. atmosi. com
Room and pillar assistance
While operator assist and semi-autonomous technologies continue to evolve across the underground mining industry, Komatsu says its approach for room and pillar coal and soft rock equipment has been focused on delivering the capabilities that customers value most today: safety, reliability and productivity. Karl Steinbach, Product Manager, Control and Automation at Komatsu says features such as advanced proximity detection and machine control remain key priorities across its haulage vehicles, providing operators with confidence in demanding underground environments.
He adds:“ Looking ahead, we’ re actively investing in the next generation of operator assistance. Projects such as our Shuttle Car Route Assist initiative represent an important step toward enhancing operator support, improving consistency and reducing operator workload, while building a foundation for more advanced automation capabilities over time.”
As customer needs continue to evolve, Komatsu says it is committed to developing practical, scalable automation solutions that integrate seamlessly into underground operations and help customers improve both safety and productivity.
www. komatsu. com
International Mining | SEPTEMBER 2026