Forrestania gold pipeline deal: hub-and-spoke implications for Edna May planners
Reviewed by Joe Ashwell
First reported on Australian Mining
30 Second Briefing
Forrestania Resources has signed a binding ore purchase agreement with High-Tech Metals to secure up to 400,000 tonnes of gold-bearing ore from the Mt Fisher gold project for processing at its Edna May operation in Western Australia. The multi-year arrangement is intended to support the planned restart of Edna May by adding satellite feed to the existing mill, improving utilisation of installed processing capacity. For mine planners and metallurgists, the deal signals a hub-and-spoke strategy that could justify longer-term plant optimisation and potential debottlenecking at Edna May.
Technical Brief
- Binding ore purchase agreement specifies multi-year supply window, enabling medium-term mine scheduling at Mt Fisher.
- Contract structure allows staged ore deliveries, supporting flexible ramp-up profiles at Edna May’s mill.
- Hub-and-spoke configuration reduces standalone processing capex at Mt Fisher, shifting value to central plant upgrades.
- Logistics chain will hinge on road haulage distance between Mt Fisher and Edna May, influencing cut-off grade.
- Ore blending from Mt Fisher with Edna May feed will require metallurgical characterisation to manage variable head grades.
- Agreement de-risks restart by underpinning base mill throughput, improving confidence for lenders and restart capex allocation.
- Similar third-party ore purchase models in Western Australia have shortened payback periods for underutilised gold plants.
Our Take
Forrestania Resources’ work at the Mt Fisher gold project and the Edna May operation sits alongside recent moves to secure Zenith Minerals, signalling a push to assemble a multi-asset gold pipeline in Western Australia rather than rely on a single mine.
Recent coverage in our database shows Forrestania steadily adding gold ounces at Tampia and Johnson Range, so tying Mt Fisher into the Edna May processing route likely gives them optionality to sequence smaller deposits through a common plant and smooth unit costs.
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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