E. Joudaki scite author profile

The impact of process parameters on caustic current efficiency and peroxide-tohydroxide molar ratio are studied in the advanced chlor-alkali membrane cell, using an oxygen-depolarized carbon-supported PtPd electrocatalyst cathode. The experimental results indicate the caustic current efficiency (CCE) improvement by decreasing peroxide generation rate as the temperature and oxygen flow rate increase. The performances of the carbon-supported PtPd and the ESNS carbonsupported Pt electrocatalyst layer cathodes are compared. The results show a new oxygen-depolarized cathode with PtPd/C electrocatalyst layer in an advanced chlor-alkali cell which is more economical, as well as a comparison of its performance against a commercial ESNS® cathode.

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E. Joudaki

Advances in high carbon dioxide separation performance of poly (ethylene oxide)-based membranes

Optimization of caustic current efficiency in a zero-gap advanced chlor-alkali cell with application of genetic algorithm assisted by artificial neural networks

Improving the Electrochemical Properties of Electro-Dialysis Heterogeneous Cation Exchange Membrane by Surface Modification

Double-layer electrodialysis cation exchange membrane by introducing chitosan/TiO2 thin-film nanocomposite on PVC-based substrate for Cu removal from water

Performance Evaluation of Oxygen‐Depolarized Cathode with PtPd/C Electrocatalyst Layer in Advanced Chlor‐Alkali Cell

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