EXPLORATION

• Hyperspectral analysis of cores and RC chips.
• Identification and interpretation of minerals and alterations.
• Interpretation by geo-spectrometrist geologists.
• Non-destructive analysis.
• Electronic logging, including HD images and geochemical data.
• Data export to GIS for 3D mapping of geochemistry, mineralogy, and alterations.

MINING

• Hyperspectral analysis of cores and RC chips.
• Identification and interpretation of minerals and alterations.
• Interpretation by geo-spectrometrist geologists.
• Non-destructive analysis.
• Electronic logging, including HD images and geochemical data.
• Data export to GIS for 3D mapping of geochemistry, mineralogy, and alterations.
• Operational geometallurgy, reducing financial and operational risks.
• Predictive models for key parameters, such as blasting capacity.

PROCESSING

• Building predictive performance models based on processes: Crushing, recovery, and characteristics of waste rock/tailings.
• Reducing financial and operational risks during the feasibility stage (resource geometallurgy).
• Providing a continuous and representative record of mineralogy.
• Predictive models for metallurgical parameters.