Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal
This work examined the employment of different nanofiltration membranes for the separation of pesticide (i.e. atrazine and dimethoate) from aqueous solution. DK, NF270, NF200, and NF90 were tested for the pesticides retention performance under a stirred dead‐end filtration system. NF90 demonstrated...
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my.utm.833002019-10-20T08:03:48Z http://eprints.utm.my/id/eprint/83300/ Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal Tan, Lian See Ahmad, Abdul Latif Abd. Shukor, Syamsul Rizal T Technology (General) This work examined the employment of different nanofiltration membranes for the separation of pesticide (i.e. atrazine and dimethoate) from aqueous solution. DK, NF270, NF200, and NF90 were tested for the pesticides retention performance under a stirred dead‐end filtration system. NF90 demonstrated the best pesticides retention performance with over 95% of retention for atrazine and approximately 80% for dimethoate. All the membranes consistently showed better retention of atrazine than dimethoate. Dissolving the pesticide in river or tap water amplified the overall pesticides retention performance, indicating that filtration in water treatment plants could render a superior pesticides retention performance. However, a lower flux was obtained for the filtration of tap and river water. 2018 Conference or Workshop Item PeerReviewed Tan, Lian See and Ahmad, Abdul Latif and Abd. Shukor, Syamsul Rizal (2018) Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal. In: 4th International Conference on Chemical Engineering and Industrial Biotechnology 2018 (ICCEIB 2018). |
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T Technology (General) Tan, Lian See Ahmad, Abdul Latif Abd. Shukor, Syamsul Rizal Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
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This work examined the employment of different nanofiltration membranes for the separation of pesticide (i.e. atrazine and dimethoate) from aqueous solution. DK, NF270, NF200, and NF90 were tested for the pesticides retention performance under a stirred dead‐end filtration system. NF90 demonstrated the best pesticides retention performance with over 95% of retention for atrazine and approximately 80% for dimethoate. All the membranes consistently showed better retention of atrazine than dimethoate. Dissolving the pesticide in river or tap water amplified the overall pesticides retention performance, indicating that filtration in water treatment plants could render a superior pesticides retention performance. However, a lower flux was obtained for the filtration of tap and river water. |
format |
Conference or Workshop Item |
author |
Tan, Lian See Ahmad, Abdul Latif Abd. Shukor, Syamsul Rizal |
author_facet |
Tan, Lian See Ahmad, Abdul Latif Abd. Shukor, Syamsul Rizal |
author_sort |
Tan, Lian See |
title |
Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
title_short |
Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
title_full |
Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
title_fullStr |
Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
title_full_unstemmed |
Influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
title_sort |
influence of solutes properties and water matrix on nanofiltration performance for pesticides removal |
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2018 |
url |
http://eprints.utm.my/id/eprint/83300/ |
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1651866684684763136 |
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13.18916 |