書報討論 - 王冠捷、鄭為將、簡祺安、林昱蕙、李岳峻演講
1.講者同學: 王冠捷 碩士生
題目:利用海藻酸鈉-聚烯丙胺鹽酸鹽包埋厭氧銨氧化菌以提升完 全自營脫硝效能之研究( Encapsulation of anaerobic ammonium oxidation (ANAMMOX) using sodium alginate-poly(allylamine hydrochloride) to enhance the performance of completely autotrophic nitrogen removal over nitrite (CANON) )
2.講者同學: 鄭為將 碩士生
題目:次氯酸或臭氧結合氧化石墨烯氧化鐵複合材料進行光催化 降解水中乙醯胺酚與鹵乙醯胺生成潛勢之研究 (Photocatalytic degradation of acetaminophen and formation potentials of haloacetamides using hypochlorous acid or ozone in the presence of graphene oxide-iron oxide composite)
3.講者同學: 簡祺安 碩士生
題目:倒極式電透析技術應用於中水處理濃排水回收或廢水中藥 品類污染物去除之可行性研究 (Applications of electrodialysis reversal for recycle of brines from water reclamation or removal of pharmaceuticals in wastewater)
4.講者同學: 林昱蕙 碩士生
題目:應用奈米改質氧化鈣結合微生物沉澱整治氟化物污染之地 下水( Application of modified nano-scale CaO and microbial precipitation to remediate fluoride-contaminated groundwater)
5.講者同學: 李岳峻 碩士生
題目:利用創新氧化鎂改質材料整治氟鹽污染地下水: 吸附劑開發 及現地應用 (Development of Innovative Modified Magnesium Oxide Materials to Remediate Fluoride-contaminated Groundwater: Adsorbent Development and In Situ Application)
題目:利用海藻酸鈉-聚烯丙胺鹽酸鹽包埋厭氧銨氧化菌以提升完 全自營脫硝效能之研究( Encapsulation of anaerobic ammonium oxidation (ANAMMOX) using sodium alginate-poly(allylamine hydrochloride) to enhance the performance of completely autotrophic nitrogen removal over nitrite (CANON) )
2.講者同學: 鄭為將 碩士生
題目:次氯酸或臭氧結合氧化石墨烯氧化鐵複合材料進行光催化 降解水中乙醯胺酚與鹵乙醯胺生成潛勢之研究 (Photocatalytic degradation of acetaminophen and formation potentials of haloacetamides using hypochlorous acid or ozone in the presence of graphene oxide-iron oxide composite)
3.講者同學: 簡祺安 碩士生
題目:倒極式電透析技術應用於中水處理濃排水回收或廢水中藥 品類污染物去除之可行性研究 (Applications of electrodialysis reversal for recycle of brines from water reclamation or removal of pharmaceuticals in wastewater)
4.講者同學: 林昱蕙 碩士生
題目:應用奈米改質氧化鈣結合微生物沉澱整治氟化物污染之地 下水( Application of modified nano-scale CaO and microbial precipitation to remediate fluoride-contaminated groundwater)
5.講者同學: 李岳峻 碩士生
題目:利用創新氧化鎂改質材料整治氟鹽污染地下水: 吸附劑開發 及現地應用 (Development of Innovative Modified Magnesium Oxide Materials to Remediate Fluoride-contaminated Groundwater: Adsorbent Development and In Situ Application)
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