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Archives: Publications
Metals Separations and Recovery in the Mining Industry
Cobalt purification by highly selective extraction of trace cadmium
Molecular Recognition Processes Applicable to the Recovery of Specialty and Toxic Metals in Processing of Base Metal Ores
Cobalt purification and highly selective nickel/cobalt separations and recovery at high purity levels under a variety of matrix and pH conditions
Application of Molecular Recognition Technology Green Chemistry Processes in Extractive Metallurgy, Metal Extraction, and Chemical Analysis
Highly selective separations of individual base metals from complex matrices: nickel, cobalt, copper
Molecular Recognition Technology: Simplified, Green Chemistry Process for Selective Separations and Recovery in Cobalt, Nickel, and Platinum Group Metal Hydrometallurgy
– Highly selective separations and purification of cobalt and nickel – Nickel and cobalt separations from laterite ore
Green Chemistry Principles Applied to the Selective Separation and Purification of Specialty Metals Using Molecular Recognition Technology
– Cobalt and nickel individual separation and recovery at high levels from a leach stream derived from laterite ore – Thousands of cycles demonstrated for SuperLig® 167 when used in nickel separations
Selective Separation and Purification of Platinum Group Metals, Rare Earth Elements, and Cobalt from Primary and Secondary Sources using a Green Chemistry SuperLig® Molecular Recognition Technology (MRT) Approach
– Highly selective individual separation and recovery at high purity of cobalt and nickel from laterite ores – Highly selective separation and recovery at high purity of cobalt from zinc waste streams
MRT™: The Key to Green Recycling of Lithium-ion Batteries
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Recent Advances in the Application of Molecular Recognition Technology (MRT) in the Copper Industry
Recovery and refining of platinum group metals from copper anode slimes