GRX26 innovation challenge: exploration‑to‑extraction lessons for mine planners
Reviewed by Tom Sullivan
First reported on International Mining – News
30 Second Briefing
Austmine and AusIMM, with Expande (Chile), Peru Mining Innovation Hub, CEMI (Canada) and Colab Partner Baker Hughes, have launched the Global Open Innovation Colab challenge “Critical Disruptors: From Discovery to Recovery” to run at the Global Resources Innovation Exchange 2026 (GRX26). The challenge targets technologies that compress exploration-to-extraction timelines, including concepts for faster orebody characterisation, integrated drilling-to-processing data streams and step-change recovery methods. For miners and METS suppliers, it offers a structured route to pilot novel sensing, automation and processing solutions with multi-jurisdictional partners.
Technical Brief
- Platform likely to favour solutions compatible with existing fleet (retrofit sensors, analytics layers) rather than full equipment replacement.
- Expect proposals needing robust geoscience–processing data models, linking core logging, drilling parameters and plant performance in near-real time.
- Multi-country structure creates an opportunity to validate technologies across contrasting lithologies, climates and mine development stages.
- For other mining clusters, this offers a template for shared-portfolio piloting to de-risk early-stage technologies.
Our Take
Austmine’s role in the GRX26 Global Open Innovation Colab challenge lines up with its recent repositioning in our coverage as a convenor for Australian METS exporters, suggesting this event will be used to broker concrete technology pilots rather than just networking across Chile, Peru and Canada.
The involvement of AusIMM alongside Austmine links this challenge to AusIMM’s technical conference stream (such as the 2026 International Mining Geology Conference), which likely means stronger pathways for ideas to move from academic and geological research into field trials in exploration-to-extraction workflows.
With Baker Hughes and CEMI in the same GRX26 framework as Chilean and Peruvian innovation hubs, the challenge effectively bridges oilfield service-style subsurface know‑how and Canadian underground mining R&D, which could accelerate cross‑sector solutions in areas like drilling automation and data-driven resource recovery.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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