Surge Copper’s Berg PFS: mine design, geotechnical and tailings notes for engineers
Reviewed by Joe Ashwell

First reported on MINING.com
30 Second Briefing
Surge Copper has started pre-feasibility work on its Berg copper-molybdenum-silver project in west-central British Columbia, advancing studies on open-pit mine design, process plant configuration and infrastructure options tied to its existing Ootsa land package. The TSXV-listed junior is updating resource models, metallurgical testwork and pit optimisation to refine throughput, strip ratios and concentrate quality ahead of the PFS. For engineers, the key watchpoints will be geotechnical parameters for large-scale pit slopes, tailings and water management concepts, and potential synergies with nearby Huckleberry infrastructure.
Technical Brief
- Berg’s current resource base is described as large, low-grade, porphyry-style copper-molybdenum-silver mineralisation.
- The company is integrating Berg with Ootsa at a district scale, rather than as a standalone asset.
- Historical work at Berg includes multiple drilling campaigns and earlier economic studies that are now being updated.
- Surge notes that existing logging roads and regional power infrastructure reduce greenfield access requirements at Berg.
- For similar porphyry districts in British Columbia, such hub-and-spoke development concepts are becoming more common.
Our Take
Within the 54 tag-matched ‘Projects’ and ‘Contract Award’ pieces in our database, very few involve early-stage work in west-central British Columbia, suggesting Berg positions Surge Copper in a less crowded project-development corridor than the Golden Triangle to the north.
Most Mining-category project items in our coverage currently centre on gold or battery metals, so a base-metals-focused developer like Surge Copper tends to stand out to contractors and financiers looking for diversification away from single-commodity exposure.
For west-central British Columbia projects, our coverage often flags permitting and First Nations engagement timelines as critical path risks, so advancing Berg to PFS now likely reflects a view that social licence and regulatory pathways are sufficiently de-risked to justify detailed engineering spend.
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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