Progress in Research for Biofuel Cell

Authors

Yue BAO, College of Life and Environment Sciences, Shnaghai Teachers University, Shanghai 200234,China;
Xia-qin WU, College of Life and Environment Sciences, Shnaghai Teachers University, Shanghai 200234,China;

Abstract

In this article, research progresses of the biofuel cell in recent years were summarized. The operation principle and classification of the biofuel cells were described. The role of the mediator for promoting electron transfer in biofuel cells and the techniques for improving the electric properties of biofuel cells, such as output potential, were discussed with some attracting research instances. Finally, the choke points for research of biofuel cell were explored, and the application prospect of biofuel cells was forecasted.

DOI Link

https://doi.org/10.61558/2993-074X.1537

Publication Date

2004-02-28

Online Available Date

2004-02-28

Revised Date

2004-02-28

Received Date

2004-02-28

Recommended Citation

Yue BAO, Xia-qin WU. Progress in Research for Biofuel Cell[J]. Journal of Electrochemistry, 2004 , 10(1): 1-8.
DOI: 10.61558/2993-074X.1537
Available at: https://jelectrochem.xmu.edu.cn/journal/vol10/iss1/1

References

[1]　JIAHong＿fei,XIEYang,WANGYu＿xin,Biofuelcell[J].Battery(电池),2000,30(2):86.

[2]　StuaryWilkinson.""Gastrobots""＿benefitsandchallengesofmicrobialfuelcellsinfoodpoweredrobotapplications[J].AutonomousRobots,2000,9:99.

[3]　SeiyaTsujimura,AkiraWadano,KenjiKano,etal.Photosyntheticbioelectrochemicalcellutilizingcyanobacteriaandwater＿generatingoxidase[J].EnzymeandMicrobialTechnology,2001,29:225～231.

[4]　TorimuraM,MikiA,WadanoA,etal.Electrochemicalinvestigationofcyanobacteriasynechococcussp.PCC7942＿catalyzedphotoreductionofexogenousquininesandphotoelectrochemicaloxidationofwater[J].J.Electroanal.Chem.,2001,496:21～28.

[5]　IsaoKarube,TadashiMatsunaga,ShinyaTsuru,etal.Biochemicalfuelcellutilizingimmobilizedcellsofclostridiumbutyricum[J].Biotechnol.Bioeng.,1977,19:1727.

[6]　ShigeharuTanisho,NobuyukiKamiya,NoriakiWakao.Microbialfuelcellusingenterobacteraerogenes[J].Bioelectrochem.Bioenerg.,1989,21:25.

[7]　CooneyMJ,RoschiE,MarisonIW,etal.Physiologicstudieswiththesulfate＿reductingbacteriumDesulfovibriodesulfuricans:Evaluationforuseinabiofuelcell[J].EnzymeMicrobialTechnol.,1996,18:358.

[8]　ParkDH,KimBH,MooreB,etal.ElectrodereactionofdesulfovibriodesulfuricansmodiTedwithorganicconductivecompounds[J].BiotechnologyTechniques,1997,11:145.

[9]　TokujiIkeda,KenjiKano.Bioelectrocatalysis＿basedapplicationofquinoproteinsandquinoprotein＿containingbacterialcellsinbiosensorsandbiofuelcells[J].BiochimicaetBiophysicaActa,2003,1647:121～126.

[10]　TanakaK,VegaCA,TamamushiR.Thionineandferricchelatecompoundsascoupledmediatorsinmicrobialfuelcells[J].Bioelectrochem.Bioenerg.,1983,11:289.

[11]　AkibaT,BennettoHP,StrilingJL,etal.Electricityproductionfromalkalophicorganisms[J].Biotechnol.Lett.,1987,9:611.

[12]　ParkDH,ZeikusJG.Electricitygenerationinmicrobialfuelcellsusingneutralredasanelectronophore[J].Appl.Environm.Microbiol.,2000,66:1292.

[13]　ParkDH,KimSK,ShinIH,etal.ElectricityproductioninbiofuelcellusingmodifiedgraphiteelectrodewithNeutralRed[J].Biotechnol.Lett.,2000,22:1301.

[14]　KimN,ChoiY,JungS,etal.Effectofinitialcarbonsourcesontheperformanceofmicrobialfuelcellscontainingproteusvulgaris[J].Biotechnol.Bioeng.,2000,70:109.

[15]　KaryakinAA,MorozovSV,KaryakinaEE,etal.Hydrogenfuelelectrodebasedonbioelectrocatalysisbytheenzymehydrogenase[J].ElectrochemistryCommunications,2002,4:417.

[16]　EvelyneSimon,CatherineMHalliwell,CheeSengToh,etal.Immobilisationofenzymesonpoly(aniline)＿poly(anion)compositefilms.Preparationofbioanodesforbiofuelcellapplications[J].Bioelectrochemistry,2002,55:13.

[17]　RuzgasT,Cso regiE,EmneusJ,etal.Peroxidase＿modifiedelectrodes:Fundamentalsandapplication[J].Anal.Chim.Acta,1996,330:123.

[18]　LongYi＿Tao,ChenHong＿Yuan.ElectrochemicalregenerationofcoenzymeNADHonahistidinemodifiedsilverelectrode[J].J.Electroanal.Chem.,1997,440:239.

[19]　CatherineMHalliwell,EvelyneSimonb,TohChee＿Seng,etal.Immobilisationoflactatedehydrogenaseonpoly(aniline)＿poly(acrylate)andpoly(aniline)＿poly＿(vinylsulphonate)filmsforuseinalactatebiosensor[J].Anal.Chim.Acta,2002,453:191.

[20]　EvelyneSimon,CatherineMHalliwell,TohChee＿eng,etal.OxidationofNADHproducedbyalactatedehydrogenaseimmobilisedonpoly(aniline)＿/poly(anion)compositefilms[J].J.Electroanal.Chem.,2002,538/539:253.

[21]　PalmoreGTR,BertschyH,BergensSH,etal.Amethanol/dioxygenbiofuelcellthatusesNAD+＿dependentdehydrogenasesascatalysts:applicationofanelectro＿enzymaticmethodtoregeneratenicotinamideadeninedinucleotideatlowoverpotentials[J].J.Electroanal.Chem.,1998,443:155.

[22]　CatherineMHalliwell,EvelyneSimon,Chee＿SengToh,etal.Thedesignofdehydrogenaseenzymesforuseinabiofuelcell:theroleofgeneticallyintroducedpeptidetagsinenzymeimmobilizationonelectrodes[J].Bioelectrochemistry2002,55:21.

[23]　KatzE,RiklinA,Heleg＿ShabtaiV,etal.Glucoseoxidaseelectrodesviareconstitutionoftheapo＿enzyme:tailoringofnovelglucosebiosensors[J].Anal.Chim.Acta,1999,385:45.

[24]　NicolasMano,FeiMao,AdamHeller.Aminiaturebiofuelcelloperatinginaphysiologicalbuffer[J].J.Am.Chem.Soc.,2002,124:12962.

[25]　LIXi＿guang,GAOYing,LUTian＿hong,etal.Electrocatalyticbehaviorofmicroperoxidase＿