A. Abdulmajeed, A., A. Hadi, A., H. Obaid, R., A. Kasim, S., M. Shartooh, S. (2014). Lettuce Leaves as Biosorbent Material to Remove Heavy Metal Ions from Industerial Wastewater. , 11(3), 1164-1170.
Ahmed A. Abdulmajeed; Ahmed A. Hadi; Rafid H. Obaid; Sedik A. Kasim; Sufyan M. Shartooh. "Lettuce Leaves as Biosorbent Material to Remove Heavy Metal Ions from Industerial Wastewater". , 11, 3, 2014, 1164-1170.
A. Abdulmajeed, A., A. Hadi, A., H. Obaid, R., A. Kasim, S., M. Shartooh, S. (2014). 'Lettuce Leaves as Biosorbent Material to Remove Heavy Metal Ions from Industerial Wastewater', , 11(3), pp. 1164-1170.
A. Abdulmajeed, A., A. Hadi, A., H. Obaid, R., A. Kasim, S., M. Shartooh, S. Lettuce Leaves as Biosorbent Material to Remove Heavy Metal Ions from Industerial Wastewater. , 2014; 11(3): 1164-1170.

Lettuce Leaves as Biosorbent Material to Remove Heavy Metal Ions from Industerial Wastewater

Baghdad Science Journal
Article 1, Volume 11, Issue 3, 2014, Pages 1164-1170
Authors
Ahmed A. Abdulmajeed; Ahmed A. Hadi; Rafid H. Obaid; Sedik A. Kasim; Sufyan M. Shartooh
Abstract
The current study was designed to remove Lead, Copper and Zinc from industrial wastewater using Lettuce leaves (Lactuca sativa) within three forms (fresh, dried and powdered) under some environmental factors such as pH, temperature and contact time. Current data show that Lettuce leaves are capable of removing Lead, Copper and Zinc ions at significant capacity. Furthermore, the powder of Lettuce leaves had highest capability in removing all metal ions. The highest capacity was for Lead then Copper and finally Zinc. However, some examined factors were found to have significant impacts upon bioremoval capacity of studied ions, where best biosorption capacity was found at pH 4, at temperature 50º C and contact time of 1 hour.
Keywords
Lettuce leaves; Biosorption; Lead; copper; Zinc; FTIR
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