UMM Logo

Universitas Muhammadiyah Malang

Free Download Journals Directory

Nature and Science

.: Home > Nature and Science > 2011 > Volume 9 Number 2 > M.M. El-Toony, 2M. Abdel-Geleel, 3R.O. Aly and 3H.F. Ali1

Removal of Ag+, Co++ and Cs+ From Wastewater Using Porous Resin Blend (Epoxy/PVA)

M.M. El-Toony, 2M. Abdel-Geleel, 3R.O. Aly and 3H.F. Ali1
1Polymers Dept., National Center for Rad.Res. &Tech., Atomic Energy Authority, Cairo, Egypt 2 Fuel Cycle Dept., National Center for Nuclear Safety , Atomic Energy Authority, Cairo, Egypt 3 Hot Labs., Center, Atomic Energy Authority, Cairo, Egypt, Post No. 13 759
Abstract :

In this study, removal of silver, cobalt and cesium from aqueous solutions under different experimental conditions using a prepared porous resin blend (Epoxy/Polyvinyl alcohol) was investigated. Blending of Epoxy with PVA and thereafter foaming in a viscous state were carried out to attain the optimum hydrophilicity. Gamma rays were used in the preparation process to control the granular size and the compatibility of the blend.Characterization of the blend after milling was reported using thermogravimetric analysis (TGA), Fourier transform infra red (FTIR) and scan electron microscopy (SEM). The adsorption of Ag(I), Co(II) and Cs(I) ions from aqueous solution by the prepared porous resin blend was examined by batch equilibration technique. The effects of initial ion concentration, temperature, pH and shaking time on the adsorption of metal ions were investigated. The adsorption amount of ions increased with the increase of shaking time, temperature, metal ion concentration and pH of the media. The results showed that metal ion adsorption followed the order Ag+>Co++>Cs+. The amount of metal ion adsorbed at equilibrium for Ag+, Co++ and Cs+ at pH 5 was 9.8, 9.4 and 9.1 mg/g. It was found that the adsorption isotherm of the ions fitted Langmuir isotherms

Keywords :
Blend, γ- irradiation, metal ion, porous resin, adsorption, contaminated water

Date Deposited : 01 Apr 2016 14:42

Last Modified : 01 Apr 2016 14:42

Official URL:

Volume 9, Number 2, - 2011 , ISSN 1545-0740

Full Text Original
Abstract : pdf doc