To overcome the low efficiency of traditional"acid leaching method"and the problems of environmental,low cost and assembly line extraction and the corresponding mechanisms of a variety of trace rare earth and precious metal elements that rich in red mud,the recovery efficiencies of scandium,rare earth,titanium,vanadium and niobium from red mud through the microorganisms and N-polymer/G-soluble hydrocarbon-hydrogenated modified T-glycan that are of negative electric functional groups based on the electrical"opposites attract"were investigated.It is shown that the microorganisms and modified T-glycans exhibit excellent compatibility and specific adsorption to metal ions in red mud.The recoveries of scandium rare earth titanium vanadium niobium are 95.2%,93.8%,95.6%,96.4%and 96.9%,respectively.
red mudassembly line extractionSc-RE-Ti-V-Nbmicroorganismmodified T-glycanelectrostatic adsorption
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