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    Multotec spirals at Thaba JV: modular gravity circuit lessons for plant designers

    June 25, 2026|

    Reviewed by Joe Ashwell

    First reported on International Mining – News

    30 Second Briefing

    Multotec has supplied a customised suite of high-performance spiral concentrators to the Thaba JV chromite and PGM project in South Africa’s Limpopo province, providing an integrated gravity separation circuit tailored to the ore’s specific mineralogy. The solution is engineered to boost chromite and PGM recovery while tightening product grade control, with spiral configurations selected to allow rapid reconfiguration between different feed conditions and product specs. For plant designers and metallurgists, the key point is the emphasis on modular, flexible spiral layouts to sustain long-term performance as ore characteristics change.

    Technical Brief

    • Ongoing technical support from Multotec covers performance auditing and incremental circuit optimisation as ore sources vary.

    Our Take

    Multotec’s appearance here alongside its earlier coverage on GV Cyclones for tailings deposition suggests the company is positioning as a full flowsheet solutions provider in South Africa, from primary separation at projects like the Thaba JV through to tailings management.

    Within our 1194 Mining stories, chromite and PGMs feature far less frequently than copper or battery metals, so a Limpopo-based project drawing bespoke equipment supply indicates that South African ferroalloy and PGM circuits are still attracting targeted process-plant optimisation rather than greenfield volume growth.

    The focus on tailored spirals for the Thaba JV chromite and PGMs project aligns with Multotec’s recent work on high‑G centrifuges and samplers, signalling that operators in South Africa are likely prioritising incremental recovery gains and product quality in existing ore types over wholesale technology shifts such as AI-guided processing that dominate other commodity coverage.

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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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