Ammen, E., Essa Zanad, D., Mohammed Omran, N., Salah Hassan, M., Mseer Hamza, F., Abdul Hussain Akosh, N., Mahdi Mohammed, J., Khalaf Hammud, K., Latif Mohammed Rauof, A. (2017). Removal of Benzene and Toluene from their Polluted Aqueous solutions by using Natural Adsorbent. Alustath, 0(14), 29-45.
EmanWageh Ammen; Duraid Essa Zanad; Nasir Mohammed Omran; Mustafa Salah Hassan; Faehaa Mseer Hamza; Nibras Abdul Hussain Akosh; Jassim Mahdi Mohammed; Kafa Khalaf Hammud; Abdul Latif Mohammed Rauof. "Removal of Benzene and Toluene from their Polluted Aqueous solutions by using Natural Adsorbent". Alustath, 0, 14, 2017, 29-45.
Ammen, E., Essa Zanad, D., Mohammed Omran, N., Salah Hassan, M., Mseer Hamza, F., Abdul Hussain Akosh, N., Mahdi Mohammed, J., Khalaf Hammud, K., Latif Mohammed Rauof, A. (2017). 'Removal of Benzene and Toluene from their Polluted Aqueous solutions by using Natural Adsorbent', Alustath, 0(14), pp. 29-45.
Ammen, E., Essa Zanad, D., Mohammed Omran, N., Salah Hassan, M., Mseer Hamza, F., Abdul Hussain Akosh, N., Mahdi Mohammed, J., Khalaf Hammud, K., Latif Mohammed Rauof, A. Removal of Benzene and Toluene from their Polluted Aqueous solutions by using Natural Adsorbent. Alustath, 2017; 0(14): 29-45.

Removal of Benzene and Toluene from their Polluted Aqueous solutions by using Natural Adsorbent

Journal of Petroleum Research & Studies
Article 1, Volume 0, Issue 14, April 2017, Pages 29-45
Authors
EmanWageh Ammen; Duraid Essa Zanad; Nasir Mohammed Omran; Mustafa Salah Hassan; Faehaa Mseer Hamza; Nibras Abdul Hussain Akosh; Jassim Mahdi Mohammed; Kafa Khalaf Hammud; Abdul Latif Mohammed Rauof
Abstract
Low cost activated carbon was produced from available consumed black tea with microwave technique and employed as an effective adsorbent for removal of benzene (Bz) and toluene (T) from water. The resulted activated carbon was characterized by utilizing dye (methylene blue (MB) and methyl violet (MV)) adsorption procedures and several techniques such as Fourier transform Infrared (FTIR), scanning electron microscopy (SEM), X-Rays diffraction (XRD). Commercial activated carbon and filter sand as individual and blend samples were also subjected to adsorption of MB, MV, Bz, and T. All obtained results were tabulated and discussed after qualitative and quantitative determinations by applying ultraviolet- visible spectroscopy (UV-VIS) for MB and MV dyes, and gas chromatography (GC) instrumentations for Bz and T.
Keywords
activated carbon; consumed black tea; filters sand; methylene blue; methyl violet; Benzene; toluene
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