How to Reduce Activated Carbon Loss in Gold Recovery Operations

This article maps the main carbon-loss pathways in CIP/CIL/CIC circuits — attrition and fines, screen escape, and handling or regeneration damage — and gives practical controls (durable carbon, PSD matched to screens, gentler transfer, controlled regeneration, carbon-balance monitoring) to stabilize inventory and cut avoidable make-up, since lost fines can carry adsorbed gold out of the circuit.

Activated Carbon Regeneration in Gold Recovery: Process and Benefits

This article explains the regeneration sequence for gold-recovery carbon — elution and cleaning, controlled thermal regeneration, then cooling, screening, and return — and its benefits (restored adsorption activity, less fresh-carbon demand, stable inventory, better lifecycle economics), while stressing that regeneration is not the same as elution and must be monitored to avoid burn-off, fines, and physical damage.

How to Compare Different Gold Recovery Activated Carbon Products

A framework for comparing gold-recovery carbons on like-for-like test data across five dimensions — gold loading, kinetics, durability, PSD, and regeneration stability — using trial evidence to pick the best total operating value, not the highest single number.