PERMEATION OF IRON(III)THROUGH LIQUID MEMBRANE SUPPORTED ON POROUS POLYETHYLENE HOLLOW FIBER

Abstract ABSTRACT The permeation of iron(III) chloride through a liquid membrane of tri-n-octylamine dissolved in benzene supported on a microporous polyethylene hollow fiber has been studied. The initial permeation rate was explained as the sum of film resistances in the aqueous phases, a membrane resistance and two inter-facial reaction resistances.

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