ELECTROCHEMISTRY OF THE MEMBRANE-SOLUTION INTERFACE
Understanding of ion transport and polarization phenomena
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Ion exchange membranes play a key role in many water treatment and separation processes. However, their performance is often limited by concentration polarization at the membrane-solution interface. This book presents a study of the electrochemical behavior of ion exchange membranes, with a focus on the membrane-solution interface and its impact on ion transport, concentration polarization, and overlimiting phenomena. The study employs various electrochemical techniques to analyze how concentration, electrolyte type, and buffer solutions influence mass transport mechanisms. Through an experime...
Ion exchange membranes play a key role in many water treatment and separation processes. However, their performance is often limited by concentration polarization at the membrane-solution interface. This book presents a study of the electrochemical behavior of ion exchange membranes, with a focus on the membrane-solution interface and its impact on ion transport, concentration polarization, and overlimiting phenomena. The study employs various electrochemical techniques to analyze how concentration, electrolyte type, and buffer solutions influence mass transport mechanisms. Through an experimental approach based on current-voltage curves, chronopotentiometry, and electrochemical impedance spectroscopy, this work highlights the critical role of ion type, co-ions, and operating conditions in determining the electrochemical behavior of ion exchange membranes.This book is intended for researchers, students, and engineers interested in membrane science, electrochemistry, and separation processes.
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