Canadian mining tech gets critical minerals to market faster

Data analysis was conducted remotely in Canada to verify quality and calibration, and to develop radiographic images of subsurface density and a high-resolution muon model of the region. A provided airborne gravity gradient and ground gravity data were used to perform multi-physics analysis and inve...

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Bibliographic Details
Published in:Canadian Mining Journal 2024-09, Vol.145 (6), p.29-32
Main Author: Agnew, Gary
Format: Article
Language:English
Subjects:
Clean technology
Cost analysis
Critical minerals
Data analysis
Density
Energy
Environmental impact
Geology
Image quality
Image resolution
Medical imaging
Mineral exploration
Mineralization
Mining
Nickel
Radiation
Risk management
Risk reduction
Sensors
Tomography
Value chain
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Summary:Data analysis was conducted remotely in Canada to verify quality and calibration, and to develop radiographic images of subsurface density and a high-resolution muon model of the region. A provided airborne gravity gradient and ground gravity data were used to perform multi-physics analysis and inversion, delivering a robust, unified 3D density model of the Leinster area. [...]they can make decisions faster, increase output while mining responsibly, reduce risk, save costs, and minimize environmental impact across the mining value chain.
ISSN:0008-4492
1923-3418