首页|Structural Design of Nanoporous Silica Polyamine Composites for Metal Separations in Water

Structural Design of Nanoporous Silica Polyamine Composites for Metal Separations in Water

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Over the past ten years research at the University of Montana in collaboration withPurity Systems Inc, both located in Missoula, Montana, has resulted in a novel class ofchelator materials composed of amorphous, nanoporous silica gels and modified polyamines。These materials offer some distinct advantages over conventional polystyrene based resinsespecially for applications in the mining industry。 This paper will report on the relationshipbetween polymer structure and metal selectivity, the relationship between chelator structureand metal selectivity and further comparisons with polystyrene analogs。

Ion ExchangeChelator MaterialsNanoporous Composite MaterialsPolyamines

EDWARD ROSENBERG、MARK HUGHES、JESSICA WOOD

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Department of Chemistry, University of Montana and Purity SystemsInc., Missoula, Montana

Annual International Water Conference

Orlando, FL(US)

Official Proceedings of the 68th Annual International Water Conference

1-13

2007