Overview The Panuco processing plant is designed to treat mineralized material through a phased approach, initially employing whole ore cyanide […]
Panuco Project: Silver-Gold Processing Circuit Read Post »
Overview The Hope Bay processing facility utilizes a complex circuit combining gravity concentration, flotation, and cyanide leaching to recover gold
Hope Bay Mine: Gold Recovery Processing Circuit Read Post »
Overview The Detour Lake process plant is a robust 55,000 t/d (20 Mt/a) gold processing facility in Ontario, Canada, designed
Detour Lake Mine: High-Capacity Gold Processing Circuit Read Post »
Overview The Éléonore gold processing plant in Quebec, Canada utilizes a conventional flowsheet combining gravity concentration, flotation, and cyanidation to
Éléonore Mine: Gold Processing Circuit Overview Read Post »
Overview The Fekola Gold Mine in Mali operates a state-of-the-art mineral processing plant designed for optimal gold recovery with efficient
Fekola Gold Mine: High-Capacity Gold Processing Circuit Read Post »
Overview The Cortez Complex in Nevada features multiple processing pathways for both oxide and refractory ores. The facility includes an
Cortez Complex: Oxide and Refractory Ore Processing Read Post »
Overview The New Afton Mine process plant has been operational since 2012, consistently exceeding its nameplate capacity of 11,000 tonnes
New Afton Mine: High-Capacity Copper-Gold Processing Circuit Read Post »
Overview The Pueblo Viejo processing plant is designed to treat 24,000 tonnes per day of refractory gold-silver ore through an
Pueblo Viejo Mine: Refractory Ore Processing Circuit Read Post »
Overview The Casa Berardi Mine operates a gold processing facility using a Carbon-in-Leach (CIL) circuit to counteract preg-robbing effects from
Casa Berardi Mine: Gold Recovery via CIL Processing Read Post »
Overview The Red Lake Operations in Ontario, Canada feature two sophisticated processing complexes (Red Lake and Campbell) designed to recover
Red Lake Operations: Advanced Gold Processing Circuit Read Post »
