Highly selective MRT™ processes dramatically reduce the number of separation steps and time required along with marked conservation of labor, space, chemicals, and other operating metrics for recovery of target metals from mine-derived pregnant leach solutions. As metal grades in mining decrease, the importance of economical MRT™ processes increase because of their high individual metal selectivity and reduced capital and operational expenses.
IBC Advanced Technologies > Media > Highly selective MRT™ processes dramatically reduce the number of separation steps and time required along with marked conservation of labor, space, chemicals, and other operating metrics for recovery of target metals from mine-derived pregnant leach solutions. As metal grades in mining decrease, the importance of economical MRT™ processes increase because of their high individual metal selectivity and reduced capital and operational expenses.
IBC Advanced Technologies > Media > Highly selective MRT™ processes dramatically reduce the number of separation steps and time required along with marked conservation of labor, space, chemicals, and other operating metrics for recovery of target metals from mine-derived pregnant leach solutions. As metal grades in mining decrease, the importance of economical MRT™ processes increase because of their high individual metal selectivity and reduced capital and operational expenses.
Presenter: J. Lifton
Highly selective MRT™ processes dramatically reduce the number of separation steps and time required along with marked conservation of labor, space, chemicals, and other operating metrics for recovery of target metals from mine-derived pregnant leach solutions. As metal grades in mining decrease, the importance of economical MRT™ processes increase because of their high individual metal selectivity and reduced capital and operational expenses.
