Gold Mine in Australia
A case study showcasing how 3D block model dynamics enabled $200K in savings by identifying contaminants early in crushed stockpiles through real-time alerts.
Customer Challenge
Lack of Visibility of COS Dynamics
Lack of detailed knowledge about material properties within the COS can jeopardize downstream processes, leading to unpredictable outcomes.
Frequent high-silver ore concentration events increase toxicity, leading to recovery losses, higher reagent consumption, and mill downtime—driving up operational costs.
How We Helped
3D Block Model of Crushed Stockpile
A high-resolution Crushed Ore Stockpile (COS) block model was developed, providing detailed insights into material movements, including residence time.
Enhanced visibility within stockpiles enables better decision-making for blending strategies and helps mitigate the impact of deleterious materials before they affect downstream processes.
Operators receive real-time notifications when material enters or exits the COS, allowing timely interventions to maintain process stability, optimize feed quality, and prevent contamination-related losses.
The Outcome
Prevent and Mitigate Contamination Events
AUD 200K+ in savings from a single toxicity alert event.
Enhanced Material Tracking with precise distribution and residence time analysis.
Early detection & prevention of toxicity events, enabling proactive intervention.
Actionable Alerts & Recommendations for better feeder control and reduced contamination risks.
Optimized Stockpile Management by quantifying material in static zones, improving overall process efficiency.
Discover how Stockpile & Inventory Optimization can be applied to your operation
