2P-730 : Continuous braciksh water desalination via rocking chair capacitive deionization
이재한, 윤제용
Abstract
이재한, 윤제용
Abstract
Capacitive deionization (CDI) is an electrochemical desalination technology using porous electrode materials. Although it is considered as a high energy efficient and eco-friendly process, a separated released the absorbed ion step is requried in typical capacitive deionization system, and resulting in cost-intensive process. In this study, we investigated “Rocking chair capacitive deionization” that consists of two cation selective porous carbon electrodes and an anion exchange membrane, and it allowed a continuous process by a rocking-chair ion movement during constant current operation. Moreover, the RCDI has an efficient energy consumption and high salt adsorption capacity.
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Capacitive deionization (CDI) is an electrochemical desalination technology using porous electrode materials. Although it is considered as a high energy efficient and eco-friendly process, a separated released the absorbed ion step is requried in typical capacitive deionization system, and resulting in cost-intensive process. In this study, we investigated “Rocking chair capacitive deionization” that consists of two cation selective porous carbon electrodes and an anion exchange membrane, and it allowed a continuous process by a rocking-chair ion movement during constant current operation. Moreover, the RCDI has an efficient energy consumption and high salt adsorption capacity.
Key concepts: Capacitive deionization, Desalination, Capacitive sensing, Adsorption, Electrode, Materials science, Electrochemistry, Membrane