Ion-exchange studies of resin copolymers derived from aromatic hydroxy compounds

The ion-exchange capacity, effect of electrolytes on metal uptake, rate of metal uptake and distribution of metal ion at different pHs of resin copolymers derived from thiosemicarbazone derivatives of phenolic compounds shows higher order than the resin copolymer derived from semicarbazone derivatives. The results are compared with the commercial ion-exchangers.