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Hydrogen, produced from clean and renewable sources, is one of the key for our next generation energy sources. Minimizing the cost and energy consumption during the hydrogen production determines the possibility of this dream! In our lab, we focus on both the (photo)electro-catalyst development and the new electrochemical reactor design based on the process intensification concept. The new catalysts could reduce the activation energy for the reactions while the new reactor design could improve the mass transfer vastly. The combination of these two, hydrogen and value-added product produced from waste could be achieved simultaneously at low cost, leaving a cleaner footprint for our (next) generation.
NEWS
[日本經濟新聞] バイオ燃料副産物、有用な化粧品原料に
Japanese News: Solution engineering in an electrochemical system for the conversion of biodiesel waste solution into high value products!
日本經濟新聞報導本實驗室與日本東京科學大學（原東京工業大學)Hayashi教授合作成果
台科大-日本東京科學大學 原位即時拉曼光譜應用於電化學反應研究
News Report : Tuning selectivity toward three-carbon product of glycerol electrooxidation in borate buffer through manipulating borate/glycerol molar ratio. A collaboration work of Prof. Chiang (NTUST) and Prof. Hayashi (Science Tokyo) is published at Journal of Catalysis.
[國合計畫] 日台共同研究計畫 - 邁向永續
Japan-Taiwan Joint Project : Three years research project with the goal to boost the sustainability towards our future is supported by the Japan-Taiwan Exchange Association.
日本台灣交流協會提供三年國際研究及交流合作經費
[台灣NEXT] 專題報導 - 氫能
EBC NEWS <Taiwan NEXT> : Hydrogen, the cleanest energy !!
東森新聞 Taiwan NEXT 氫能專題報導採訪
台科大-中山大學 解密催化劑推「氫經濟」
News Report: Waste glycerol electro-oxidation to high value-added product at BiVO4 photoanode & hydrogen production at the cathode! A collaboration work of Prof. Chiang (NTUST) & Prof. Chiu (NSYSU) is published at Applied Catalysis B: Environmental.
台科大-日本東工大 廢甘油高值化＆氫能生產
News Report: Towards sustainability -- From a by-product of the biodiesel industry to a valuable chemical. A collaboration work of Prof. Chiang (NTUST) and Prof. Hayashi (Tokyo Tech) is published at Applied Catalysis B: Environmental.
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