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    Adelaide-developed crusher: energy and CO₂ implications for plant designers

    March 14, 2026|

    Reviewed by Tom Sullivan

    Adelaide-developed crusher: energy and CO₂ implications for plant designers

    First reported on Australian Mining

    30 Second Briefing

    A new low-emission crushing technology developed at the University of Adelaide aims to cut comminution energy use by targeting ore breakage at natural grain boundaries rather than by conventional compressive crushing. Led by researcher Mark Drechsler, the lab-scale unit is being tested on copper and gold ores to quantify reductions in specific energy consumption and downstream grinding requirements. If pilot-scale trials confirm lower kWh/t and improved liberation, plant designers could downsize SAG/ball mills and reduce both capital cost and CO₂ intensity of mineral processing circuits.

    Technical Brief

    • If proven, similar grain-boundary–targeted devices could be tailored to complex, fine-grained ore bodies.

    Our Take

    South Australia features in relatively few of our 1116 Mining stories compared with the eastern states, so an Adelaide University-driven processing technology could give local operations a niche in low-footprint plant design rather than just bulk commodity output.

    Within the 840 tag-matched pieces on Research/Sustainability/Product, most items focus on incremental plant retrofits rather than new crushing concepts, suggesting this work may appeal to brownfield Australian sites looking for step-change energy or media savings without full circuit redesign.

    Australian university-led mining innovations in our database tend to move into commercial trials via METS companies rather than miners themselves, so any scale-up of this Adelaide-developed crusher in Australia is likely to hinge on a local OEM or engineering firm taking the IP to market.

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    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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