Citation
Lim Kai Wen, . and Palsan Sannasi Abdullah, . and Ho Yoon Ling, . and Jayanthi Barasarathi, . and Huda Awang, . and Siti Nuurul Huda Mohammad Azmin, . Raw water treatment from selected areas in Kelantan using coconut shell derived nanomagnetic adsorbent composite (CS-NMAC). pp. 77-90. ISSN 2672-7226
Abstract
The availability of clean water is a longstanding problem in the state of Kelantan causing consumers to use alternative sources of raw water such as rivers and groundwater. However the quality of alternative sources of raw water is a concern due to turbidity problem. This research aims to develop a coconut shell derived nanomagnetic adsorbent composite (CS-NMAC) to purify contaminated raw water collected from Tanah Merah Pasir Mas and Jeli in Kelantan. In this work comparisons between the synthesized CS-NMAC and a commercial activated carbon (AC) revealed that the pore number for the CS-NMAC is f 43.3 higher than AC while the presence of Fe-O peak at 536.98 cm-1 affirms the presence of magnetic properties on the surface of CS-NMAC. The maximum uptake capacity (Qmax) of CS-NMAC (3.79 mg/g) is higher than AC (1.76 mg/g). The purification of raw water sample at 200 rpm 37 minutes 27C and 0.04 g of CS-NMAC removed 94.26 of turbidity while Cd Pb Fe Mn and Hg were purified as following sorption capacity: 0.047 0.02 14.87 0.4 and 0.004 mg/g respectively. These findings support CS-NMAC as a potent solution for improving access to clean treated water from alternative water sources.
Download File
Full text available from:
Official URL: https://jssm.umt.edu.my/wp-content/uploads/sites/5...
|
Abstract
The availability of clean water is a longstanding problem in the state of Kelantan causing consumers to use alternative sources of raw water such as rivers and groundwater. However the quality of alternative sources of raw water is a concern due to turbidity problem. This research aims to develop a coconut shell derived nanomagnetic adsorbent composite (CS-NMAC) to purify contaminated raw water collected from Tanah Merah Pasir Mas and Jeli in Kelantan. In this work comparisons between the synthesized CS-NMAC and a commercial activated carbon (AC) revealed that the pore number for the CS-NMAC is f 43.3 higher than AC while the presence of Fe-O peak at 536.98 cm-1 affirms the presence of magnetic properties on the surface of CS-NMAC. The maximum uptake capacity (Qmax) of CS-NMAC (3.79 mg/g) is higher than AC (1.76 mg/g). The purification of raw water sample at 200 rpm 37 minutes 27C and 0.04 g of CS-NMAC removed 94.26 of turbidity while Cd Pb Fe Mn and Hg were purified as following sorption capacity: 0.047 0.02 14.87 0.4 and 0.004 mg/g respectively. These findings support CS-NMAC as a potent solution for improving access to clean treated water from alternative water sources.
Additional Metadata
Item Type: | Article |
---|---|
AGROVOC Term: | Ground water |
AGROVOC Term: | Water |
AGROVOC Term: | Rivers |
AGROVOC Term: | Adsorbents |
AGROVOC Term: | Application methods |
AGROVOC Term: | Water purification |
AGROVOC Term: | Turbidity |
AGROVOC Term: | Sanitation |
AGROVOC Term: | Water resources |
Depositing User: | Mr. AFANDI ABDUL MALEK |
Last Modified: | 24 Apr 2025 00:55 |
URI: | http://webagris.upm.edu.my/id/eprint/10703 |
Actions (login required)
![]() |
View Item |