教師資料查詢 | 類別: 期刊論文 | 教師: 簡義杰 I-CHIEH CHIEN (瀏覽個人網頁)

標題:A promising bioelectrochemical reactor integrating membrane distillation and microbial fuel cell for dual advantages of power generation and water recovery
學年
學期
出版(發表)日期2020/07/14
作品名稱A promising bioelectrochemical reactor integrating membrane distillation and microbial fuel cell for dual advantages of power generation and water recovery
作品名稱(其他語言)
著者Thanh Ngoc-Dan Cao; Shiao-Shing Chen; Hau-Ming Chang; Thanh Xuan Bui; I-Chieh Chien
單位
出版者
著錄名稱、卷期、頁數Environmental Science: Water Research & Technology 6, p.2776-2788
摘要In the present study, water recovery from wastewater was accomplished simultaneously with the electrical energy production from biofuel as a source of organic matter, by the novel integration of distillation membrane and microbial fuel cell to create a system called the membrane distillation microbial fuel cell (MDMFC). A hydrophobic 0.45 μm membrane made of polytetrafluoroethylene (PTFE) was employed as a separator between the cathodic and anodic compartments to investigate multiple benefits of MDMFC for electricity generation, wastewater treatment and water reclamation at different temperature conditions. A high open-circuit voltage of 0.724 ± 0.07 V and a short circuit current of 64.55 ± 2.56 μA were achieved at 45 °C with an initial flux of 3.5 LMH. In the anodic chamber, Firmicutes, Proteobacteria, and Bacteroidetes were detected as dominant species at 45 °C, among which the Proteobacteria and Firmicutes were the most abundant sequences when an artificial substrate was used for feeding. The results indicate that 45 °C is the temperature that most significantly influences the electrochemical performance of MDMFC because of the dominance of bacterial community. Moreover, the power density increased by 99.9% when the temperature increased from 35 °C (0.99 μW m−3) to 45 °C (1552 μW m−3) and decreased by 97% when the temperature was further increased to 55 °C (43.91 μW m−3). Consequently, this study confirms that MD and MFC can be combined for the sustainable development of a water-energy nexus.
關鍵字
語言英文
ISSN2053-1419
期刊性質國外
收錄於SCI;
產學合作
通訊作者
審稿制度
國別英國
公開徵稿
出版型式,電子版
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