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Southeast Arizona Mineral Exploration Database

Viridien's exclusive reprocessing of legacy Arizona geoscience data to extract its maximum value, the Southeast Arizona Project rescues trapped and siloed data while filling in the data gaps across the geologic spectrum. This includes old reports, schematics and exploration data including bore holes, soil samples and assay results. All data has been through rigorous QC/QA, transformation, harmonization and integration, and is now ready for interpretation and use.

Southeast Arizona Mineral Exploration Data

Viridien: Opening the Doors to New Exploration

As the energy transition increases the demand for critical minerals, the mining industry faces unprecedented hurdles. But these exploration challenges can be met with access to the right geoscience data and digital technologies. Viridien uses cutting-edge geophysical techniques, satellite mapping, and AI-driven data transformation to open doors to new discoveries, helping clients de-risk their operations, speed up discovery, and shape the future of sustainable mining.

Viridien authors of high-resolution FWI imaging paper recognized in 2024 SEG Awards

Publish Location
Paris, France
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Award-winning paper presents two case studies in which FWI imaging of data acquired with a source-over-spread design outperforms conventional imaging methods in terms of image resolution.

Viridien congratulates Isabel Espin, Nicolas Salaun, Hao Jiang and Mathieu Reinier on being recognize

Publish Date
Image Caption
200 Hz FWI Imaging to study the top of salt and intra-salt intrusions. FWI velocity model at a depth of 400 m (a) showing strong lateral variations in velocity at the top of salt. FWI velocity (b) and reflectivity (c) in section view showing fast velocity features, suggesting anhydrite inclusions (green arrow) and carbonate build-ups (blue arrows). A comparison of the KPSDM, FWI Image and velocity model (d) reveals complex faulting structure (violet arrow) present above the salt body.

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Image showing 200 Hz FWI Imaging to study the top of salt and intra-salt intrusions.
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