A new method to recover In, Ga, and Ge from zinc smelting CMI researchers at Colorado School of Mines created a new method to recover In, Ga, and Ge from zinc smelting
Simulations reveal precisely how water and ligands bind to the surface of a rare earth mineral CMI researchers at ORNL and UC-Davis collaborated on simulations that reveal precisely how water and ligands bind to the surface of a rare earth mineral
Computer-aided design of bis-phosphinate ligands for selective adsorption on bastnaesite CMI research at ORNL and UC-Davis led to computer-aided design of bis-phosphinate ligands for selective adsorption on bastnaesite
Al-Ce alloys designated by Aluminum Association CMI developed alloys that have passed key commercial milestone, and have been accorded official designations by The Aluminum Association, opening the door to global industrial applications
Improved flotation of bastnaesite from ore promises greater rare earth output from mines CMI researchers at Colorado School of Mines and Oak Ridge National Laboratory tested locked-cycle novel flotation collectors and recovered up to 78 percent of earth oxide with REO grades up to 69 percent
Forward-osmosis technology concentrates lithium chloride, enabling recovery from geothermal brine CMI research at Oak Ridge National Laboratory on energy-efficient concentration of lithium chloride recovered from geothermal brine
Molten fluorides for rare earth electro-reduction CMI researchers create model for molten fluorides for rare earth electro-reduction
Efficient leaching eliminates costly cracking step in rare earth mining CMI research shows efficient leaching eliminates costly cracking step in rare earth mining
CMI achieves more efficient, less polluting rare earth metal production CMI research achieves more efficient, less polluting rare earth metal production
