Critical and precious metals recovery
Access innovative, selective recovery technologies for complex industrial materials, recovering valuable metals and removing unwanted elements to produce concentrated products suitable for sale or further refining.
Technical Delivery
Recovery systems are configured around the composition and processing requirements of each material stream. Selective treatment enables valuable metals to be recovered and concentrated, with modular equipment allowing processing at or near the source.
More value recovered
Maximise returns from complex materials
Better processing efficiency
Eliminate unnecessary treatment steps
Less material moved
Lower transport volumes and costs
Less capital tied up
Convert materials into revenue sooner
Modular Technology
Modular recovery systems offer a practical alternative to conventional processing routes, particularly for complex or lower-grade materials. Their configuration and deployment can be adapted to the feed composition, available volumes and commercial requirements of each project.
Reduce logistics cost
Processing material at or near its source reduces the need to transport large volumes of low-grade material. Concentrating valuable metals before shipment can lower transport, handling and storage costs while reducing exposure to shipping delays.
Accelerate cash conversion
Conventional processing routes can involve multiple stages before material is ready for sale or settlement. Selective recovery and concentration can shorten this process, allowing value to be realised sooner and reducing the time capital remains tied up in inventory.
Improve material definition
Producing a more homogeneous concentrate improves the reliability of sampling, assay and valuation. Clearer product specifications support commercial negotiations, more accurate pricing and straightforward settlement between buyers and sellers.
Reduce dependence on global refining
Near-source recovery can reduce reliance on distant processing facilities, international shipping and refinery scheduling. Concentrated products can be sold or directed to specialist refiners without transporting the original bulk material through the full processing chain.
Deploy capital efficiently
Modular systems can be configured to suit specific material streams and processing volumes without the infrastructure requirements of a conventional refining facility. Capacity can be matched to project requirements, allowing investment to reflect the available material and its commercial potential.
Selective recovery
Recovery processes are configured around feed chemistry to target valuable metals while separating unwanted or deleterious elements. Potential applications include spent catalysts, carbon fines, smelter dusts, tailings, sludges, filter cakes, solar-panel residues and other metal-bearing industrial materials.
Selective Recovery
Recovery projects begin with an assessment of the material, its recoverable metal content and the available processing options. Technical feasibility, operational requirements and commercial viability determine the appropriate system configuration and deployment approach.
What determines project viability?
Material composition, metal concentration, available volumes and recovery potential are assessed alongside processing requirements, operating costs and the anticipated value of the recovered product.
Can a recovery system be deployed on site?
Modular systems are designed for deployment at or near the material source, subject to site conditions, infrastructure and processing requirements.
What scale of project can be supported?
Systems can be configured for targeted recovery projects or larger, continuous operations. Capacity depends on material volumes, feed composition, recovery requirements and project economics.
Can these systems be integrated into existing operations?
Integration requirements are assessed against existing material handling, processing infrastructure and production schedules, with the aim of minimising disruption to ongoing operations.