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            |本期目錄/Table
                of Contents|
                
        
                
            
                
                [1]吳義誠,歐陽云祥,許榮煥,等.納米Al2O3介導的固定化小球藻燃料電池產電性能分析[J].廈門理工學院學報,2020,(5):16-20.[doi:1019697/jcnki16734432202005003]
                
                
                　WU Yicheng,OUYANG Yunxiang,XU Ronghuan,et al.Nano Al2O3Alginate Jointly Immobilized Chlorella vulgaris inCathode Enhanced Electricity Generation in Microbial Fuel Cells[J].Journal of JOURNAL OF XIAMEN,2020,(5):16-20.[doi:1019697/jcnki16734432202005003]
            
                
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                納米Al2O3介導的固定化小球藻燃料電池產電性能分析(PDF/HTML)
                
                        

                
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                《廈門理工學院學報》[ISSN:1673-4432/CN:35-1289/Z]
                
            
                
              
                卷:
                
                
                
                    
                
                
                期數:
                
                
                
                    2020年第5期
                
            
                
            
                
                
                頁碼:
                
                
                
                    16-20
                
            
                
            
                
                
                欄目:
                
                
                
                    電氣工程與自動化
                
            
                
            
                
                
                出版日期:
                
                
                
                    2020-10-30
                
            
                
        
                
        
                
            
                
                文章信息/Info
                
            
                
                
                Title:
                
                
                
                    Nano Al2O3Alginate Jointly Immobilized Chlorella vulgaris in
Cathode Enhanced Electricity Generation in Microbial Fuel Cells
                
            
                
            
                
                
                文章編號:
                
                
                
                    16734432(2020)05001605
                
            
                
            
                
                
                作者:
                
                
                
                    吳義誠; 歐陽云祥; 許榮煥; 蘇曉東; 代智能; 傅海燕
                
                
                
                    廈門理工學院環境科學與工程學院，福建 廈門 361024
                
            
                
            
                
                
                Author(s):
                
                
                
                    WU Yicheng; OUYANG Yunxiang; XU Ronghuan; SU Xiaodong; DAI Zhineng; FU Haiyan
                
                
                
                    School of Environment Science & Engineering,Xiamen University of Technology,Xiamen 361024,China
                
                
                
                
                
            
                
            
                
                
                關鍵詞:
                
                
                
                    微生物燃料電池; 小球藻; 產電性能; 納米Al2O3海藻酸鈉聯合固定化; 廢水處理
                
            
                
            
                
                
                Keywords:
                
                
                
                    microbial fuel cellsChlorella vulgariselectricity generation performancenano Al2O3alginate joint immobilizationwastewater treatment
                
            
                
            
                
                
                分類號:
                
                
                
                    TM919X7031
                
            
                
            
                
                
                DOI:
                
                
                
                    1019697/jcnki16734432202005003
                
            
                
            
                
                
                文獻標志碼:
                
                
                
                    A
                
            
                
            
                
                
                摘要:
                
                
                
                    采用納米Al2O3海藻酸鈉聯合固定化制備小球藻膠球，并應用于微生物燃料電池陰極，以提供電子受體，考察電池的產電性能。研究結果表明：加入納米Al2O3能提高海藻酸鈉固定化小球藻膠球的比表面積，使固定化小球藻陰極MFCs輸出電壓由0113 V提高到0173 V，且電池的輸出電壓隨著膠球粒徑的減小和加入量的增加而提高，光照可降低MFCs內阻，提高產電性能。
                
            
                
            
                
                
                Abstract:
                
                
                
                    The present research investigated the performance of microbial fuel cells with nano Al2O3alginate joint immobilized Chlorella vulgaris as cathodic microorganism.The results show that the specific surface area of sodium alginate immobilized C. vulgaris bead increases with added nano Al2O3 so that the stabilized voltage outputs rise to 0.173 V in microbial fuel cells with nano Al2O3alginate joint immobilized C. vulgaris from 0.113 V of the alginate immobilized C.vulgaris,nano Al2O3alginate joint immobilized C.vulgaris generates higher voltage with smaller bead diameter and more beads,and the internal resistance decreases to improve the electricity generation performance under illumination.
                
            
                
        
                
        
                
            
                
                參考文獻/References:
                
            
                
                ［1］ PALANISAMY P,JUNG H Y,SADHASIVAM T,et al.A comprehensive review on microbial fuel cell technologies:processes,utilization,and advanced developments in electrodes and membranes［J］.Journal of Cleaner Production,2019,221:598621.doi:10.1016/j.jclepro.2019.02.172.
［2］ ZHAO F,RAHUNEN N,VVRCOE J R,et al.Activated carbon cloth as anode for sulfate removal in a microbial fuel cell［J］.Environmental Science & Technology,2008,42(13):4 9714 976
［3］ WU Y C,WANG Z J,ZHENG Y,et al.Light intensity affects the performance of photo microbial fuel cells with Desmodesmus sp.A8 as cathodic microorganism［J］.Applied Energy,2014,116:8690.
［4］ WANG X,FENG Y,LIU J,et al.Sequestration of CO2 discharged from anode by algal cathode in microbial carbon capture cells (MCCs)［J］.Biosensors & Bioelectronics,2010,25(12):2 6392 643.
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［6］ 丁一,侯旭光,郭戰勝.固定化小球藻對海水養殖廢水氮磷的處理［J］.中國環境科學,2019,39(1):338344.
［7］ 吳義誠,張建發,劉征,等.生物炭海藻酸鈉聯合固定化小球藻去除水中的氨氮［J］.環境工程學報，2019,13(12):2 8632 869.
［8］ 柴囡囡,王朋濤,郭蕾,等.固定化三角褐指藻對海水中壬基酚的去除和降解作用研究［J］.中國海洋大學學報(自然科學版),2016,46(1):116122．
［9］ 向海弘,何慧軍,楊春平,等.納米Al2O3固定化紅平紅球菌菌球的制備及其對苯酚的降解［J］.化工環保,2016,36(3):272277.
［10］ LEE N K,OH H M,KIM H S.Higher production of cphycocyanin by nitrogenfree (diazotrophic) cultivation of Nostoc sp.NK and simplified extraction by darkcold shock［J］.Bioresource Technology,2017,227:164170.
［11］ MASSALHA N,BRENNER A,SHEINDOR F,et al.Application of immobilized and granular dried anaerobic biomass for stabilizing and increasing anaerobic biosystems tolerance for high organic loads and phenol shocks［J］.Bioresour Technol,2015,197:106112.
［12］ 李兆飛，陶虎春，梁敏，等.雙室微生物燃料電池不同接種條件下處理薯蕷素廢水［J］.環境科學研究,2009,22(4):462466.
［13］ WU Y C,YANG A L,GAO W,et al.Al2O3 nanoparticles promote the removal of carbamazepine in water by Chlorella vulgaris immobilized in sodium alginate gel beads ［J］.J Chemny,2020.https://doi.org/10.1155/2020/8758432.
                
                 
                
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                備注/Memo
                
            
                
                
                備注/Memo:
                
                
                
                    收稿日期：20200526修回日期：20200804
基金項目：大學生創新創業訓練計劃項目（201911062066）；福建省自然科學基金項目（2019J01848）
通信作者：吳義誠，男，副教授，博士，研究方向為污染治理技術，Email：ycwu@xmuteducn。
                
            
                
        
                
        
        
                
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