RZOLV–Novamera mine-to-metal pathway: design and permitting notes for engineers
Reviewed by Joe Ashwell
First reported on International Mining – News
30 Second Briefing
RZOLV Technologies has signed a strategic memorandum of understanding with Novamera to combine Novamera’s Surgical Mining™ directional drilling and imaging platform with RZOLV’s proprietary, water-based, non-cyanide hydrometallurgical process. The partners aim to create a mine-to-metal pathway that rapidly accesses narrow-vein or complex mineralisation while preserving head grade and minimising waste rock extraction. For engineers, the key interest is whether in-situ or near-surface leaching coupled with precise borehole extraction can cut development metres, tailings volumes and permitting constraints for small, high-grade deposits.
Technical Brief
- Memorandum of understanding between RZOLV Technologies and Novamera became effective on 10 August 2026.
- Agreement is explicitly framed as “strategic”, indicating intent to move beyond single test deployments.
- Collaboration scope includes joint evaluation of process integration rather than standalone trials of each technology.
- Partners are targeting a continuous mine-to-metal flowsheet, not just front-end extraction or back-end processing.
- Water-based hydrometallurgy is positioned for direct treatment of material produced from directional drilling boreholes.
- Non-cyanide chemistry is intended to operate at or near surface, reducing need for conventional plant footprints.
- Surgical Mining™ imaging capability is expected to refine leach contact with mineralised zones and limit barren exposure.
- Similar integrated borehole-mineral processing concepts could materially alter economic cut-off grades for small, high-grade deposits.
Our Take
Novamera’s work on AI‑guided Surgical Mining™ for narrow‑vein copper and rare earth element extraction, highlighted in the March 2026 DIGITAL co‑investment piece, suggests this new RZOLV–Novamera pathway is likely targeting low‑disturbance, precision extraction niches rather than bulk tonnage mining.
The memorandum’s 2026 effective date gives both RZOLV Technologies and Novamera a multi‑year runway to integrate processing and extraction technologies, which in practice could influence how future mine designs are scoped—treating selective, AI‑steered stoping and tailored downstream processing as a combined system rather than separate decisions.
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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