Presenters: J.S. Bradshaw, R.M. Izatt, S.R. Izatt (right) High metal selectivity is the key to green chemistry separation systems. Low-selectivity solvent extraction-based systems are wasteful and generate large amounts of waste that must be managed with high capex and opex costs. April 1, 2022 July 27, 2026 Presenter: J. Lifton Critical, technology and minor metals (REE, cobalt, indium, others) are essential to functioning of global high-tech products. The U.S. imports nearly 100% of these metals. Great need exists for technologies capable of economically recovering these metals from primary and secondary sources. March 30, 2022 July 27, 2026 Presenter: J. Lifton To meet future critical technology and minor metal demand, recycling is essential. Recycling metals from spent products requires a different technology than that used in mining the metals. MRT™ is the most promising technology for this task. March 29, 2022 July 27, 2026 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. March 27, 2022 July 27, 2026 Presenter: J. Lifton Production of lithium from brine takes years using inefficient, slow evaporation processes with low lithium selectivity resulting in poor lithium recovery. MRT™ processes recover 99%+ of the lithium in the brine in one step using highly selective SuperLig® products. March 23, 2022 July 27, 2026 Presenter: J. Lifton The highly selective MRT™ process is superior for removing impurity metals from cobalt electrolyte solutions to produce battery-grade cobalt economically. March 18, 2022 July 27, 2026 Pagination ← 1 2 3 4
Presenters: J.S. Bradshaw, R.M. Izatt, S.R. Izatt (right) High metal selectivity is the key to green chemistry separation systems. Low-selectivity solvent extraction-based systems are wasteful and generate large amounts of waste that must be managed with high capex and opex costs. April 1, 2022 July 27, 2026
Presenter: J. Lifton Critical, technology and minor metals (REE, cobalt, indium, others) are essential to functioning of global high-tech products. The U.S. imports nearly 100% of these metals. Great need exists for technologies capable of economically recovering these metals from primary and secondary sources. March 30, 2022 July 27, 2026
Presenter: J. Lifton To meet future critical technology and minor metal demand, recycling is essential. Recycling metals from spent products requires a different technology than that used in mining the metals. MRT™ is the most promising technology for this task. March 29, 2022 July 27, 2026
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. March 27, 2022 July 27, 2026
Presenter: J. Lifton Production of lithium from brine takes years using inefficient, slow evaporation processes with low lithium selectivity resulting in poor lithium recovery. MRT™ processes recover 99%+ of the lithium in the brine in one step using highly selective SuperLig® products. March 23, 2022 July 27, 2026
Presenter: J. Lifton The highly selective MRT™ process is superior for removing impurity metals from cobalt electrolyte solutions to produce battery-grade cobalt economically. March 18, 2022 July 27, 2026
