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Segregation of Cu(¥±) ion at the Oil-Water Interface

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KMID : 0613219930110010209
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Abstract

The adsorption ability of an oil-water interface for attraction and collection of dissolved and suspended matters in aqueous phase is a significant property for separation and conversion of the matters.
It is shown that dissolved and suspended metal can be segregated and concentrated into a compact emulsified layer positioned between water and immiscible oil phase. Such segregation facilitates metal recovery from aqueous solution.
On account of its property range being wider than that of solid-water and gas-water interfaces, the oil-water interface could provide a flexibility and versatility that would make the envisioned interfacial technique more useful than packed-bed
and
foam
techniques.
This study is designed to evaluate the effects of interfacial segregation in according to the various experimental condition such as effects of pH in aqueous phase, collectors and several kinds of oil.
KeyWords

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