– Description of process for producing refined copper – Classical methods for copper electrolyte purification by bismuth removal with reasons for choice of MRT™ over other traditional methods – MRT™ process for the highly selective separation and recovery of bismuth at high purity – Advantages of MRT™ process for bismuth control: high selectivity and loading...
Archives: Publications
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
Recovery of Value-added Metals from Copper Refining Streams Using Molecular Recognition Technology®
Highly selective separation and recovery of rhenium and palladium
Copper Refining Electrolyte Purification using SuperLig® Molecular Recognition Technology® for Bismuth Removal – The Experience of Birla Copper
– Description of highly selective separation of bismuth from copper electrolyte with minimal waste generation in a circular economy leading to bismuth sustainability – Bismuth is recovered as a 99.95% pure byproduct that can be sold – Comparison with conventional systems shows these systems to be inefficient and to generate much waste
Cadmium Removal from Cobalt Electrolyte
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