– Highly selective separation and recovery of palladium, gold, platinum, and rhodium from copper refinery by-product stream originating from treatment of copper tankhouse slimes – Key economic, process, and environmental benefits of MRT™ systems
Archives: Publications
A Review of Available Flowsheet Options Incorporating Molecular Recognition Technology (MRT) Separation Systems Now Available to the Copper Industry, with Emphasis on Value Recovery from Process, By-product, Waste and Environmental Streams
Applications in the Cu industry for highly selective extraction and high recovery rates of the following: Hg from concentrated sulfuric acid streams Bi and Sb from Cu sulfate electrolytes Pt group metals and rhenium from copper refinery slimes and from molybdenite roaster dust Chloride ion from Cu sulfate electrolytes Cu from acid mine drainage and...
A New MRT Application for Bismuth Removal and Recovery
Bismuth removal and recovery from selenium reduction discharge solution (HCl matrix)
An Update of Recent Applications of Molecular Recognition Technology (MRT) in the Copper Industry
– Highly selective separation of: – Bismuth from copper electrolyte – Bismuth from selenium reduction solution – Antimony from copper electrolyte – Platinum group metals from copper refinery slimes – Mercury from concentrated sulfuric acid streams – Copper from acid mine drainage streams – Copper, iron, and nickel from a cobalt feed stream in a...
An Update on the Application of Environmentally Friendly Molecular Recognition Technology (MRT) for Separations in the Mining Industry
– Recovery of metals from acid mine drainage streams – Examples: Cu, Zn, Mo, SO42–
Clean Selective Separations Technology for the Copper Industry
See paper title