This is a practical workshop interrogating a cross section of drill hole data from a porphyry copper system using ioGAS software.
The components of the course include integrating assay data with logging information. This process provides a more robust classification of the rock types by combining the 2 data types.
Create a series of major element plots that allow classification of alteration facies and construction of a robust 3D mineralogy model.
Merge major element geochemistry with SWIR data. This is a means of validating the SWIR information. Some components of the mineralogy are best defined from the SWIR data; some are best defined from the chemical analyses. A combination of both is required for a useful model.
The best way to learn about geochemistry is a practical hands-on tutorial where you examine real data. Although this exercise is based on a porphyry Cu system, the same principles are applicable to any kind of mineral system.
Participants will require their own laptop computer. If you do not have a current ioGAS license, we will arrange a free trial version.
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