Weir 150 t/h plant for Bezant Namibia: throughput implications for mine planners
Reviewed by Joe Ashwell
First reported on International Mining – News
30 Second Briefing
Weir has secured a contract to supply a 150 t/h crushing and screening plant for Bezant’s Hope and Gorob copper-gold project in Namibia, centred on ENDURON ET905 and ET906 jaw crushers. The package also includes a Trio TF4012 vibrating grizzly feeder and a Trio EF3605 screen, configured for primary and secondary crushing of copper-gold ore. For mine planners and process engineers, the fixed 150 t/h capacity sets a clear constraint for upstream blasting/hauling rates and downstream milling circuit design.
Technical Brief
- ENDURON ET905 and ET906 jaws allow staged primary/secondary reduction, simplifying downstream mill feed sizing.
- Trio TF4012 vibrating grizzly feeder provides scalping to remove fines and protect the primary jaw liners.
- Trio EF3605 screen enables closed-circuit classification, controlling circulating load to the secondary crusher.
- Package standardisation on Weir brands (ENDURON/Trio) streamlines maintenance training and critical spares inventory.
Our Take
Weir’s recent wins supplying HPGRs for Ivanhoe’s Platreef Phase 2 and large slurry pumps for a high-altitude copper mine in Tibet suggest the Bezant Hope and Gorob 150 t/h plant is part of a deliberate push to lock in Weir equipment across the full copper flowsheet, from primary crushing through to grinding and pumping.
In our database of copper items, Namibia appears far less frequently than South Africa or Chile, so this Hope and Gorob contract positions Weir early in a jurisdiction where copper-gold project pipelines are thinner and OEM relationships can become entrenched quickly.
The use of specific ENDURON and Trio models at a relatively modest 150 t/h scale implies Bezant is standardising on catalogue equipment rather than bespoke plant, which typically shortens lead times and can ease future modular expansions if Hope and Gorob ramps up.
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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