Reductive and sorptive properties of sulfate green rust (GRSO4)

Sorin Nedel

Reductive and sorptive properties of sulfate green rust (GRSO4)

Sorin Nedel

Department of Chemistry

Abstract

The Fe(II), Fe(III) hydroxide containing sulfate in its structure, called sulfate green rust (GRSO4), can effectively reduce and convert contaminants to less mobile and less toxic forms. However, the ability of GRSO4 to remove positively charged species from solution, via sorption, is very limited. Better knowledge of GRSO4 properties and limitations contribute to improved ability to predict the fate of toxic species in soils, aquifers and could help in designing future remediation scenarios.

Original language	English

Publisher	Faculty of Science, University of Copenhagen
Publication status	Published - 2012

Cite this

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title = "Reductive and sorptive properties of sulfate green rust (GRSO4)",

abstract = "The Fe(II), Fe(III) hydroxide containing sulfate in its structure, called sulfate green rust (GRSO4), can effectively reduce and convert contaminants to less mobile and less toxic forms. However, the ability of GRSO4 to remove positively charged species from solution, via sorption, is very limited. Better knowledge of GRSO4 properties and limitations contribute to improved ability to predict the fate of toxic species in soils, aquifers and could help in designing future remediation scenarios.",

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AB - The Fe(II), Fe(III) hydroxide containing sulfate in its structure, called sulfate green rust (GRSO4), can effectively reduce and convert contaminants to less mobile and less toxic forms. However, the ability of GRSO4 to remove positively charged species from solution, via sorption, is very limited. Better knowledge of GRSO4 properties and limitations contribute to improved ability to predict the fate of toxic species in soils, aquifers and could help in designing future remediation scenarios.

M3 - Ph.D. thesis

BT - Reductive and sorptive properties of sulfate green rust (GRSO4)

PB - Faculty of Science, University of Copenhagen

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