Dye removal from aqueos solution by using treated sugarcane bagasse at various pH
The use of low cost, recycled waste and ecofriendly adsorbents has been investigated as an alternative method for replacement of currently expensive method for removing dyes from wastewater. In this study, sugarcane bagasse - an agro industry waste were used to remove the dyes from the aqueous solut...
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my.unimap-63322009-07-07T03:17:07Z Dye removal from aqueos solution by using treated sugarcane bagasse at various pH Saiful Azhar, Saad Abdul Ghaniey Liew, Abdullah Suhardy, Daud Farizul Hafiz, Kasim Dyes removal Adsorption Formaldehyde Sulphuric acid Dyes and dyeing Sugarcane bagasse Dyes and dyeing -- Waste disposal The use of low cost, recycled waste and ecofriendly adsorbents has been investigated as an alternative method for replacement of currently expensive method for removing dyes from wastewater. In this study, sugarcane bagasse - an agro industry waste were used to remove the dyes from the aqueous solution in a batch reactor. The formaldehyde treated (PCSB) and sulphuric acid treated (PCSBC) sugarcane bagasse were used to adsorb methyl red at a various pH value at room temperature. Similar experiment were conducted using commercially used powder activated carbon (GAC), in order to evaluate the performance of PCSB and PCSBC. It was found that, GAC is very effective in the dye removal at any given pH. While, for both PCSB and PCSBC the initial pH value range from 6 to 10 was favorable. This study had shown that the PCSB and PCSBC could be employed and have a potential for low cost alternative in the wastewater treatment for dyes removal. 2009-07-07T03:17:07Z 2009-07-07T03:17:07Z 2005 Article http://hdl.handle.net/123456789/6332 en School of Materials Engineering |
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Dyes removal Adsorption Formaldehyde Sulphuric acid Dyes and dyeing Sugarcane bagasse Dyes and dyeing -- Waste disposal |
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Dyes removal Adsorption Formaldehyde Sulphuric acid Dyes and dyeing Sugarcane bagasse Dyes and dyeing -- Waste disposal Saiful Azhar, Saad Abdul Ghaniey Liew, Abdullah Suhardy, Daud Farizul Hafiz, Kasim Dye removal from aqueos solution by using treated sugarcane bagasse at various pH |
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The use of low cost, recycled waste and ecofriendly adsorbents has been investigated as an alternative method for replacement of currently expensive method for removing dyes from wastewater. In this study, sugarcane bagasse - an agro industry waste were used to remove the dyes from the aqueous solution in a batch reactor. The formaldehyde treated (PCSB) and sulphuric acid treated (PCSBC) sugarcane bagasse were used to adsorb methyl red at a various pH value at room temperature. Similar experiment were conducted using commercially used powder activated carbon (GAC), in order to evaluate the performance of PCSB and PCSBC. It was found that, GAC is very effective in the dye removal at any given pH. While, for both PCSB and PCSBC the initial pH value range from 6 to 10 was favorable. This study had shown that the PCSB and PCSBC could be employed and have a potential for low cost alternative in the wastewater treatment for dyes removal. |
format |
Article |
author |
Saiful Azhar, Saad Abdul Ghaniey Liew, Abdullah Suhardy, Daud Farizul Hafiz, Kasim |
author_facet |
Saiful Azhar, Saad Abdul Ghaniey Liew, Abdullah Suhardy, Daud Farizul Hafiz, Kasim |
author_sort |
Saiful Azhar, Saad |
title |
Dye removal from aqueos solution by using treated sugarcane bagasse at various pH |
title_short |
Dye removal from aqueos solution by using treated sugarcane bagasse at various pH |
title_full |
Dye removal from aqueos solution by using treated sugarcane bagasse at various pH |
title_fullStr |
Dye removal from aqueos solution by using treated sugarcane bagasse at various pH |
title_full_unstemmed |
Dye removal from aqueos solution by using treated sugarcane bagasse at various pH |
title_sort |
dye removal from aqueos solution by using treated sugarcane bagasse at various ph |
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School of Materials Engineering |
publishDate |
2009 |
url |
http://dspace.unimap.edu.my/xmlui/handle/123456789/6332 |
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1643788508021653504 |
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13.211869 |