Morphology of scrap difficult to monitor safely
The client needs to know the morphology of ball discharge to understand the condition of the material at the end of its life and support operational decisions without exposing personnel to manual inspection risks.
Autonomous monitoring of scrap morphology
Autonomous monitoring service of ball scrap based on a self-sufficient, lightweight, and robust IoT device powered by solar energy or long-lasting batteries. It captures periodic photographs to generate a morphological history of the discarded material.
Benefits
Reduced personnel exposure
Reduces personnel exposure during scrap inspections.
Historical evidence
Provides visual and historical evidence.
Operational decisions
Facilitates operational decision-making.
Simple and autonomous installation
Autonomous device requiring minimal client resources and less installation engineering.
Low maintenance
Low maintenance, approximately monthly.
Robustness in the field
Plug-and-play equipment, robust and suitable for mining environments.
How does the solution work?
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Transforming operational data into actionable information
Compared with heavier solutions or traditional cameras, it requires fewer customer resources and less installation engineering, and delivers useful operational data through a standalone device.
Where does the solution apply?
SAG mill scrap stockpiles
Ball mill scrap stockpiles
Vertical mill scrap stockpiles
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