光合细菌生物制氢技术研究进展张全国

20136446doi10．6041/j．issn．1000-1298．2013．06．027*450002。TK6A1000-1298201306-0156-06ＲesearchProgressofHydrogenProductionTechnologywithPhotosyntheticBacteriaZhangQuanguoWangYiKeyLaboratoryofNewMaterialsandFacilitiesforＲuralＲenewableEnergyMinistryofAgricultureHenanAgriculturalUniversityZhengzhou450002ChinaAbstractThecurrentresearchprogressofbiologicalhydrogenproductiontechnologywithphotosyntheticbacteriawaspresented．Themainfactorsthatinfluencedthedevelopmentofhydrogenproductiontechnologywithphotosyntheticbacterialwerediscussed．Theimprovinghydrogenproductionefficiencywithbiologicalandengineeringtechnologywereanalyzed．Theobstaclesandproblemsofthebiologicalhydrogenproductiontechnologywithphotosyntheticbacteriawereindicated．Thedevelopmenttrendsofhydrogenproductionwithphotosyntheticbacteriawerealsopreviewed．KeywordsPhotosyntheticbacterialBiohydrogenproductionHydrogenproductiontechnologyPhoto-bioreactorＲesearchprogress2013-01-162013-01-21*[e-mail]、。、、。、、、。、、1。、2～3。。3。。1。、。1.1。4。200%10%～100%200%5。。6～7。1.2。。、。Turkarslan8Fascetti910Singh、311。Kim。5～7d12。13。14。1.3、15。6000lx8000lx500lx16。。。MiyakeＲsphaeroides870317。1.4pHpH。pH。pH4～5pH6～8pH718。38℃25～34℃34℃19。1.57516。NH+4NH+4。PostgateN2NH3H220～21。LuddenNH+422。ScolnikNH+4NH+4nifHDK23。NH+4NH+4。Tadashi24。。NH+4ATPNH+4ATP25。22.1。。、26。Singh34Ｒhodopseudomonassp．BHU1～BHU4BHU1BHU41127。、、、145、、、828。Eui-JinB850-800Ｒ．sphaeroides2。2.2。KernＲ．rubrum50mmol/L7mmol/L30%29。YoshinohuplΔhupL330。MasukawaAnabaenahoxL－4～731。variousＲ．capsulatus32。。2.3ATP。。KondoＲ．sphaeroidesＲv350～1000nm50%33Melis34。8512013。2.4。。35。36。OashimaＲb．capsulataATCC2139937。ChiMeiLee38。。。。339。、、、、。1950Cook1Torzillo7.95%40。Bernado41。ChiMeiLee42KaushikNath。。12。、、、。。4。4.1、、、。、、。。95164.2、。nif。。4.3、。。1ＲonevichJASpeerJGKraussGetal．ImprovementofthehydrogenmicroprinttechniqueonAHSSsteelsJ．MetallographyMicrostructureandAnalysis20121279～84．2WangCCChangCWChuCPetal．ProducinghydrogenfromwastewatersludgebyClostridiumbifermentansJ．JournalofBiotechnology2003102183～92．3ＲonevichJADeCoomanBCSpeerJGetal．HydrogeneffectsinprestrainedtransformationinducedplasticitysteelJ．MetallurgicalandMaterialsTransactionsA20124372293～2301．4．J．200323917～22．YangSupingQuYinbo．HydrogenproductionusingphotosyntheticbacteriaJ．ModernChemicalIndustry200323917～22．inChinese5．J．20062210182～185．ZhangQuanguoWangSulanYouXifeng．EffectsoftheinfluencingfactorsofphotosyntheticbacteriagrouponhydrogenproductionJ．TransactionsoftheCSAE20062210182～185．inChinese6．J．200222544～60．JiHongfangChenXishiWangAijie．AdvanceinphotosyntheticproductionofhydrogenbyphotosyntheticbacteriaJ．JournalofMicrobiology200222544～60．inChinese7．ＲhodopseudomonasJ．199782194～198．ZhuHeguangZhaoQilinShiJialiang．StudyoninfluencefactorsofhydrogenproductionbyＲhodopseudomonasJ．ChineseJournalofAppliedEcology199782194～198．inChinese8TurkarslanSYigitDOAslanKetal．PhotobiologicalhydrogenproductionbyＲhodobactersphaeroidesO．U．001byutilizationofwastewaterfrommilkindustryM∥ZaborskyOＲ．BiohydrogenLondonPlentmPress1998151～156．9FascettiEDAddarioETodiniOetal．PhotosynthetichydrogenevolutionwithvolatileorganicacidsderivedfromthefermentationofsourceselectedmunicipalsolidwastesJ．InternationalJournalofHydrogenEnergy1998239753～760．10．J．2006402177～180．ZhangJunheZhangQuanguoShiYuzhongetal．StudyonhydrogenproductionbyhigheffecthydrogenproductionPSBgroupwithpigdejectaassubstrateJ．JournalofHenanAgriculturalUniversity2006402177～180．inChinese11SinghSPSrivastavaSCPandeyKD．HydrogenproductionbyＲhodopseudomonasattheexpenseofvegetablestarchsugarcanejuiceandwheyJ．InternationalJournalofHydrogenEnergy1994195437～440．12．5m3D．2008．13．J．2005262248～252．ZhangQuanguoLeiTingzhouYouXifengetal．StudyonhydrogenproductioninfluencefactorJ．ActaEnergialSolarisSinica2005262248～252．inChinese14．J．2011393340～343．YueJianzhiLiGangZhangQuanguoetal．OverviewonpretreatmenttechnologyaboutpromotingtheenzymatichydrolysisoflignocellulosicwithbiomassJ．JiangsuAgriculturalSciences2011393340～343．inChinese15．J．200323917～22．YangSupingQuYinbo．HydrogenproductionusingphotosyntheticbacteriaJ．ModernChemicalIndustry200323917～22．inChinese061201316．J．200728101135～1139．ZhangQuanguoShiYuzhongZhangJunheetal．InfluenceofsolarspectrumoncharactersiticsofgrowthandhydrogenproductionofphotosyntheticbacteriaJ．ActaEnergiaeSolarisSinica200728101135～1139．inChinese17MiyakeJKawamuraS．EfficiencyoflightenergyconversiontohydrogenbythephotosyntheticbacteriumＲhodobactersphaeroidesJ．InternationalJournalofHydrogenEnergy1987123147～149．18．J．199535165～73．SunQiXuXiangyangJiaoYangwen．ThestudyonhydrogenproductionconditionswithphotosyntheticbacteriaJ．ActaMicrobiologicaSinica199535165～73．inChinese19．J．200728111253～1255．20PostgateJＲ．ThefundamentalsofnitrogenfixationM．CambridgeCambridgeUniversityPress1982．21．J．2000106481～490．22MaddenMSLuddenPWPaustianTDetal．EffectsofhomocitratehomocitratelactoneandfluorohomocitrateonnitrogenaseinNifV-mutantsofAzotobactervinelandiiJ．JournalofBacteriology1991173175403～5405．inChinese23ScolnikPAViroscoJHaselkornＲ．Thewild-typegeneforglutaminesynthetaserestoresammoniacon