Please use this identifier to cite or link to this item: http://dspace.nuft.edu.ua/jspui/handle/123456789/28766
Title: Capacitive deionization of water (review)
Authors: Volfkovich, Yurii
Keywords: capacitive deionization
mosaic membrane
carbon electrode
Na-intercalating electrode
membrane capacitive deionization
ємнісна деіонізація
мозаїчна мембрана
вугільний електрод
Na-iнтеркалюючий електрод
мембранна ємнісна деіонізація
Issue Date: 2018
Citation: Volfkovich, Yu. M. Capacitive deionization of water (review) / Yu. M. Volfkovich // Membrane and sorption materials and technologies : present and future. – Kiev : ART OK, 2018. – P. 79-83.
Abstract: The method of capacitive deionization of water (CDI) is to pump brackish water or seawater though an electrochemical cell, where certain potential difference is kept between carbon electrodes, which are characterized by high specific surface area. This method is sufficiently more attractive from the economical point of view in comparison with other desalination techniques, particularly with reverse osmosis that is widely used in industry. Different modifications of CDI have been developed, for instance, membrane capacitive deionization of water (MCDI) with cation and anion exchange membranes, CDI with ion-selective carbon electrodes, CDI with flow electrodes, CDI with Na-intercalating electrodes, CDI with cation-exchange and anion exchange mixed membrane of mosaic structure, which is used instead of conventional porous separator.
URI: http://dspace.nuft.edu.ua/jspui/handle/123456789/28766
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