115學年材料系-第十三週 專題研討課程 演講公告 (115年5月28日)
2026.05.25
115學年材料系-第十三週 專題研討課程 演講公告 (115年5月28日)
題目: Controllable modulation of phosphate by photoresponsivity electrode
講者：賴怡廷 博士
現職：明志科技大學 材料工程系助理教授
時間：5/28 (四) 15:20~17:10
地點: 成功大學 成功校區 三系館 鋼構區 (3F) 共同教室 A1302 演講廳
內容摘要:
Dynamic phosphate regulation is crucial for environmental protection and sustainable phosphorus management. In this work, we developed a smart adsorbent on carbon felt by electrochemically engineering photo-responsive poly(azobenzene) into MgMn-layered double hydroxide interlayers (MgMn-LDH/Pazo) for light-switchable capacitive phosphate removal and recovery from aqueous environments. Under UV light irradiation, the trans-to-cis photoisomerization of intercalated Pazo induces the formation of multiple bonding interactions with phosphate ions, leading to an enhanced phosphate adsorption capacity from 14.08 to 55.22 mg-PO4/g. Upon switching to visible light, the cis-to-trans isomerization of Pazo decreases the binding affinity toward phosphate, achieving an efficient phosphate desorption with a regeneration rate of 84.6%. This optically switchable system enables selective, reversible, and tunable phosphate uptake and release, offering a sustainable solution for environmental remediation and phosphorus resource recovery. The proposed innovative strategy demonstrates excellent phosphate removal/release performance with operational controllability, positioning it as a promising candidate for next-generation smart wastewater treatment technologies.
題目: Controllable modulation of phosphate by photoresponsivity electrode
講者：賴怡廷 博士
現職：明志科技大學 材料工程系助理教授
時間：5/28 (四) 15:20~17:10
地點: 成功大學 成功校區 三系館 鋼構區 (3F) 共同教室 A1302 演講廳
內容摘要:
Dynamic phosphate regulation is crucial for environmental protection and sustainable phosphorus management. In this work, we developed a smart adsorbent on carbon felt by electrochemically engineering photo-responsive poly(azobenzene) into MgMn-layered double hydroxide interlayers (MgMn-LDH/Pazo) for light-switchable capacitive phosphate removal and recovery from aqueous environments. Under UV light irradiation, the trans-to-cis photoisomerization of intercalated Pazo induces the formation of multiple bonding interactions with phosphate ions, leading to an enhanced phosphate adsorption capacity from 14.08 to 55.22 mg-PO4/g. Upon switching to visible light, the cis-to-trans isomerization of Pazo decreases the binding affinity toward phosphate, achieving an efficient phosphate desorption with a regeneration rate of 84.6%. This optically switchable system enables selective, reversible, and tunable phosphate uptake and release, offering a sustainable solution for environmental remediation and phosphorus resource recovery. The proposed innovative strategy demonstrates excellent phosphate removal/release performance with operational controllability, positioning it as a promising candidate for next-generation smart wastewater treatment technologies.