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專利授權區
專利名稱(中)	無隔膜去離子與離子濃縮裝置及無隔膜去離子與離子濃縮模組
專利名稱(英)	DEIONIZATION AND ION-CONCENTRATING APPARATUS WITHOUT MEMBRANE AND DEIONIZATION AND ION-CONCENTRATING APPARATUS MODULE WITHOUT MEMBRANE
專利家族	中華民國：I806533 美國：US-2023-0312377-A1(公開號)
專利權人	國立清華大學 100.00%
發明人	胡啟章,涂易恆,楊喩翔,黃振煌
技術領域	材料化工,能源科技

專利摘要(中)
本發明提供一種無隔膜去離子與離子濃縮裝置，其連接外部電源，並包含微流道、二集電板以及電活性材料。微流道設置於二集電板之間，且外部電源向二集電板施加電壓。電活性材料至少披覆二集電板之其中一者，電活性材料具有可逆的氧化還原能力。藉此，透過微流道特殊的結構配置以及電活性材料的特性，可有效提升整體處理效能，並可達到無隔膜的結構，進而可解決隔膜積垢與老化及其維護成本高、操作複雜的問題。

專利摘要(中)

本發明提供一種無隔膜去離子與離子濃縮裝置，其連接外部電源，並包含微流道、二集電板以及電活性材料。微流道設置於二集電板之間，且外部電源向二集電板施加電壓。電活性材料至少披覆二集電板之其中一者，電活性材料具有可逆的氧化還原能力。藉此，透過微流道特殊的結構配置以及電活性材料的特性，可有效提升整體處理效能，並可達到無隔膜的結構，進而可解決隔膜積垢與老化及其維護成本高、操作複雜的問題。

專利摘要(英)
A deionization and ion-concentrating apparatus without membrane is connected to a power supply and includes a microfluidic channel, two current collectors and an electroactive material. The microfluidic channel is disposed between the two current collectors. The power supply applies voltage to the two current collectors. The electroactive material is coated and connected to at least one of the two current collectors, and the electroactive material shows reversible redox ability. Therefore, with the special structural configuration of the microfluidic channel and the characteristic of the electroactive material, the overall processing efficiency of the deionization and ion-concentrating apparatus can be improved, and a non-membrane structure can be achieved. Thus, the problems of fouling, aging, high maintenance costs and complex operation of the membrane-based device and module can be solved.

專利摘要(英)

A deionization and ion-concentrating apparatus without membrane is connected to a power supply and includes a microfluidic channel, two current collectors and an electroactive material. The microfluidic channel is disposed between the two current collectors. The power supply applies voltage to the two current collectors. The electroactive material is coated and connected to at least one of the two current collectors, and the electroactive material shows reversible redox ability. Therefore, with the special structural configuration of the microfluidic channel and the characteristic of the electroactive material, the overall processing efficiency of the deionization and ion-concentrating apparatus can be improved, and a non-membrane structure can be achieved. Thus, the problems of fouling, aging, high maintenance costs and complex operation of the membrane-based device and module can be solved.

聯絡資訊
承辦人姓名	李馥如