Project thesis
A mine-to-port corridor integrating extraction, crushing and beneficiation, heavy-haul logistics, stockyards and deep-water export infrastructure.
The 30 Mtpa planning basis aligns resource definition, metallurgical testwork, mine and processing design, heavy-haul logistics and port capacity. The programme also advances approvals, Indigenous engagement, commercial strategy, financing and offtake.
Discuss this platform ↗Mine-to-portcorridor design
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Technical & economic profile
Explore the complete project logic.
Open each workstream for the executive, technical and commercial basis used to advance the platform.
01Mine-to-port corridor+
A 30 Mtpa planning concept connecting resource extraction, ore preparation, heavy-haul logistics, stockyards and deep-water export.
- Resource domains, geometallurgy and mine sequencing aligned with saleable-product quality and production continuity.
- Crushing, screening and beneficiation selected according to ore characteristics, recovery and impurity management.
- Heavy-haul road or rail, transfer stations and stockyard systems sized around mine output and port capacity.
- Shiploading, berth, channel and stockpile design coordinated with vessel classes and customer delivery windows.
02Technical definition+
Resource confidence, product quality and corridor reliability form the core of the technical programme.
- Drilling, sampling, geological modelling, resource classification and metallurgical variability programmes.
- Pit optimisation, geotechnical and hydrogeological studies, waste strategy and progressive rehabilitation planning.
- Process testwork, water balance, power supply, materials handling, maintenance and autonomous-systems assessment.
- Rail or road alignment, port geotechnics, marine studies, weather resilience and integrated throughput simulation.
03Commercial & economic logic+
Competitiveness is determined by delivered product quality, mining and processing intensity, corridor cost and sustained utilisation.
- Benchmark and realised-price modelling by iron content, impurities, moisture and customer blending value.
- Life-of-mine production schedules linked to strip ratio, recovery, infrastructure capacity and sustaining capital.
- Shared or dedicated infrastructure options assessed against control, tariff, schedule and expansion value.
- Sensitivities include grade, recovery, mine movement, energy, logistics, freight, exchange rates and ramp-up performance.
04Development & delivery programme+
The corridor advances through resource, approvals, Traditional Owner engagement, infrastructure and customer workstreams.
- Resource drilling, study progression and product-sample qualification with target customers.
- Traditional Owner agreements, environmental assessment, heritage management and statutory approvals.
- Access and corridor agreements, engineering, long-lead strategy, construction packaging and commissioning sequencing.
- Offtake, strategic-partner alignment, project finance, operating model and workforce mobilisation.