Closed-circuit physical separation maximizes mineral liberation while minimizing chemical consumption across diverse run-of-mine feedstocks.
Crushing and Sizing
Centrifugal Gravity Capture
Froth Flotation Columns
Multi-stage jaw and cone reduction circuits down to eighty percent passing minus seventy-five microns, establishing optimal particle size distribution for downstream liberation.
High-G centrifugal concentrators combined with pulsing sluice arrays capture liberated free gold fractions without mercury or hazardous reagents.
Controlled micro-bubble aerated cells isolate refractory sulfide-associated precious metals into clean, high-grade concentrates ready for pyrometallurgical treatment.
Classified Run Methodology
Run-of-Mine Intake
Composite Metallurgical Sampling
Circuit Beneficiation
Concentrate Dewatering
Bulk ore reception with gross weighment, primary visual classification, and initial moisture determination prior to mechanical hopper staging.
Continuous wet gravity separation and selective flotation recover heavy mineral fractions into dense concentrated slurries under closed-loop water recirculation.
Plate filter presses and low-emission thermal drying systems reduce concentrate cake moisture below five percent for secure transport to Georgetown refining.
Automated cross-stream linear samplers extract representative metallurgical increments per batch lot to verify head grade and mineralogy.
Submit Ore Run Specifications
Our Georgetown metallurgical desk evaluates tolling volumes, preliminary drill core assays, and industrial bulk concentration schedules.