MOFおよびその誘導体を用いた容量性脱イオン法による淡水化処理

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In the past JSPS fellowship period, we employed 2D substrates to construct metal-organic framework (MOF)-based nanoarchitected materials, achieving excellent capacitive deionization (CDI) performance. Our goal in the JSPS proposal was to discover high-performance CDI electrodes. To achieve this, we proposed several concepts and compared our performance with other published CDI reports, including:1. Extraordinarily enlarged CDI performance by introducing a yolk-shell design, which was published in JACS.2. Constructing nanofluidic polymeric mesochannels.3. Introducing multi-electron transfer in redox-active polymers.In the future, we expect to continue realizing the controlled synthesis of MOF-based and other related nanoarchitectures and explore their potential for CDI applications.