THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA

Bauxite tailings, also known as red mud, are often generated in vast quantities by extracting alumina from bauxites. The relatively complex composition of the red mud, an insoluble residue from bauxite processing, coupled with its fine particle size distribution, high pH, poor settling properties an...

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Main Authors: S. K. Y. Gawu, E. E. Amissah, J. S. Kuma
Format: Article
Language:English
Published: University of Paraiba 2012-01-01
Series:Journal of Urban and Environmental Engineering
Online Access:http://www.redalyc.org/articulo.oa?id=283224989002
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spelling doaj-0f85df1d03f841fa81be1525f10a5b2c2020-11-25T00:44:54ZengUniversity of ParaibaJournal of Urban and Environmental Engineering1982-39322012-01-01624856THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANAS. K. Y. GawuE. E. AmissahJ. S. KumaBauxite tailings, also known as red mud, are often generated in vast quantities by extracting alumina from bauxites. The relatively complex composition of the red mud, an insoluble residue from bauxite processing, coupled with its fine particle size distribution, high pH, poor settling properties and some toxic rare metal associations, make its disposal problematic. Two locations are being considered for the sitting of a bauxite refinery in Ghana. Since large quantities of tailings is expected to be produced at a selected site efforts need to be geared towards its management to ensure that the red mud footprint is not repeated in Ghana as happened elsewhere. This paper considers the two proposed sites and applies a site ranking criteria to identify the most suitable site, as well as an environmentally suitable disposal technology based on the selected site conditions and the general red mud characteristics. This study could serve as a sustainable development approach in site selection and the choice of disposal technologies.http://www.redalyc.org/articulo.oa?id=283224989002
collection DOAJ
language English
format Article
sources DOAJ
author S. K. Y. Gawu
E. E. Amissah
J. S. Kuma
spellingShingle S. K. Y. Gawu
E. E. Amissah
J. S. Kuma
THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA
Journal of Urban and Environmental Engineering
author_facet S. K. Y. Gawu
E. E. Amissah
J. S. Kuma
author_sort S. K. Y. Gawu
title THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA
title_short THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA
title_full THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA
title_fullStr THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA
title_full_unstemmed THE PROPOSED ALUMINA INDUSTRY AND HOW TO MITIGATE AGAINST THE RED MUD FOOTPRINT IN GHANA
title_sort proposed alumina industry and how to mitigate against the red mud footprint in ghana
publisher University of Paraiba
series Journal of Urban and Environmental Engineering
issn 1982-3932
publishDate 2012-01-01
description Bauxite tailings, also known as red mud, are often generated in vast quantities by extracting alumina from bauxites. The relatively complex composition of the red mud, an insoluble residue from bauxite processing, coupled with its fine particle size distribution, high pH, poor settling properties and some toxic rare metal associations, make its disposal problematic. Two locations are being considered for the sitting of a bauxite refinery in Ghana. Since large quantities of tailings is expected to be produced at a selected site efforts need to be geared towards its management to ensure that the red mud footprint is not repeated in Ghana as happened elsewhere. This paper considers the two proposed sites and applies a site ranking criteria to identify the most suitable site, as well as an environmentally suitable disposal technology based on the selected site conditions and the general red mud characteristics. This study could serve as a sustainable development approach in site selection and the choice of disposal technologies.
url http://www.redalyc.org/articulo.oa?id=283224989002
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