Blast engineers design patterns using empirical rules and historical precedent, but rarely close the loop between design intent and realized fragmentation. Explosive energy distribution, burden-to-spacing ratios, and vibration monitoring data sit in separate systems while downstream crusher throughput and screen oversize reports are compiled days after the shot. Without that feedback loop, over-drilled benches waste explosive cost and under-fragmented shots cause crusher choke and SAG mill ramp-down.
Built For
Drill & Blast Engineer reconciling blast design parameters against crusher throughput and fragmentation outcomes across a multi-bench open pit
Don't build from scratch. Deploy a pre-trained specialist agent instantly.
Mine Geologist / Grade Control
Correlates geological domains and rock hardness variability with explosive energy requirements and fragmentation outcomes.
Process / Plant Engineer
Tracks the downstream energy and throughput cost of coarse fragmentation in the crusher and SAG mill circuit.
Mine Planner / Operations
Integrates blast scheduling with dig plan sequencing and crusher feed targets to minimize plant starvation and rehandle events.
Lumina correlates blast design parameters against post-blast fragmentation image analysis, crusher throughput, and vibration records to surface the specific pattern variables driving poor breakage outcomes and quantify their downstream energy cost.
Drag and drop your CSVs. No complex pipelines required.
Ask questions in plain English, get instant answers.
I see a consistent -12% variance between Block Model estimates and Plant Recovery for material from Pit B. This suggests high dilution during blasting.
Related Capabilities