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Analytical Separation of Copper(Ii), Cobalt(Ii) and Nickel(Ii) Using Dvbsa : A Chelating Polymer

Volume 17, Number 3

Sangeeta Loonker, Jaswant S. Rathore, Kailash Daga and Shiv K. Gaur

Department of Chemistry, J.N.V. University, Jodhpur (Rajasthan)- 342 001 (India)

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ABSTRACT:

The preferential complexing tendency of different metal ions towards chelating agents anchored on a polymer has been used for separation of transition metals. The anthranilic acid group was anchored on the polymeric divinyl benzene styrene backbone in dioxane medium, at pH -7 and 9-10 respectively. This polymer bound chelating agent was used to separate copper(II), nickel(II) and cobalt(II) in the concentration range 1.0-01 mol/L. The separation of mixture of three components was quantitative using column chromatography.

KEYWORDS:

Styrene divinyl benzene; chelating ion-exchange resin; polysaccharide; anthranilic acid; column chromatography

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Loonker S, Rathore J. S, Daga K, Gaur S. K. Analytical Separation of Copper(Ii), Cobalt(Ii) and Nickel(Ii) Using Dvbsa : A Chelating Polymer. Orient J Chem 2001;17(3).


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Loonker S, Rathore J. S, Daga K, Gaur S. K. Analytical Separation of Copper(Ii), Cobalt(Ii) and Nickel(Ii) Using Dvbsa : A Chelating Polymer. Orient J Chem 2001;17(3). Available from: http://www.orientjchem.org/?p=16473

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