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Aiman E. Al-Rawajfeh,Ehab M. Al-Shamaileh,Khaldoon Al-Whoosh,Alaa Al-Maabrah,Ramzi Al-Zorqan,Rana Zanoon,Khalid Rawajfeh,Saleh Al-Jufout 한국공업화학회 2013 Journal of Industrial and Engineering Chemistry Vol.19 No.6
The release of chlorine in the electrodeionization (EDI) unit causes corrosion in the EDI unit, damaging ion exchange membranes and creating a safety risk for the workers. In this work, adsorption desalination of Cl ions on low-cost composite synthetic–natural Jordanian materials were investigated as an approach to prevent the release of corrosive chlorine gas at the positive electrode. The percentage removal reaches 25% at 25 min shaking time to 55% at 120 min, in a single batch experiment. The values of DH0, DS0, and DG0 indicate the favorability of physisorption. Zeolite and Pozzolana represent potential adsorbents of chloride.