您好,欢迎访问三七文档
当前位置:首页 > 行业资料 > 能源与动力工程 > 国际生物能源研究开发现状和趋势
2010-12-09“”2007BAD75B071977E-mailwanbin@cau.edu.cn100193、。TK6A1009-1742201102-0096-051“、”。“”。2009。20105.8、310.04、1.751.73。20095USOA、EPAbiofuelsinteragencyworkinggroup7.8651。201023《———》GrowingAmeri-ca’sFuel。120gal1gal=3.785L3180t2022360gal210gal2010100gal。。RFS210%15%200085%E85flexiblefuelvehicleFFV800。BCAP———10t。。“rebuildrevitalize。”·2。“”advancedbiofuel。50%。3。69“”ad-vancedresearchprojectsagencyARPA。20082012494。ARPA-E、、。2010370015%。18%5%2%6%14%6%。L.Svetlana2009ISIWebofKnowledge9724。491150%。、18%、16%4%5。16%。201010。2010928640。205060%80%。60“”。20306002011。。207077%。200332%。20062020。。201047。2020、。。7%6%570hm28550。2005155L1240t2025900L7200t4000L3.2t。、。DilmaRossef2008“50%。2003FFV700。90%FFV。。”220095859t1360t。1703400t107.5gal。IEA2009《》72030、9%11.7×1018J205026%112×1018J。90%Bio-SNGBTL-DieselDME。19%。2000200×1000L2009105000×1000L。80%。2004230t20081600t。200732020“20%”a.20%1990b.20%c.20%10%。2009《》FrominconvenientrapeseedtocleanwoodaEuropeanroadmapforbiofuels8。2020。2015203035%。792011132。7。200910SET-Plan10500。。2.1“”“”。。Novozymes30%。10~181gal=3.785L。。20108Science“”9。2007《》EISA2022360gal。“”160gal。。2010720112.5gal650~2550gal。HoffertDavisScience2050CO2450ppm1ppm=10-60.7℃1011。2.2、、。20098、———《》12。“”“”。“”bio-masstoliquidfuelBTL。“/”coal-and-biomass-to-liquidfuelCBTLCBTL45%/———/CO2。2035/500140035%。2.3“”———“”50。19781996CO2、“”ASP。。ShellHRBiopetroleumCellena70。Chevron。InvertureChemicalSeambiotic。。AlgaeLink“”。。5000t400t。4m34L/hm2·a50%310。。“89”10~1513。。。14。“”。。。。、CO2。。、“”、。40%3t。1800t40。3。1015JocobsonDelucchi2009《》203016。。Smil1~217。IIASAArnulfGrubler、。、、。18。RichardKerr——————。、。19。“”。。100%60%50%。。“”———、。shalegas。、。19982.3%200815%1000m328.3m3“”20。“”“”21。2090。、、、992011132。22。CHP“”。、。2010500020091597MW。202010%。。《》20105.75%。“”。。7~8。。2070。、、。、pelletbriquette、。。、。2002546kW·h60%。2005150t25%2009200t。1OfficeofthePressSecretaryTheWhiteHouse.PresidentObamaAnnouncesStepstoSupportSustainableEnergyOptionsDepart-mentsofAgricultureandEnergyEnvironmentalProtectionAgencytoLeadEffortsEB/OL.http//.whitehouse.gov/the_press_office/President-Obama-Announces-Steps-to-Support-Sustainable-Energy-Options/2009-5-5.2USDADOEEPA.BiofuelsInteragencyWorkingGroupreportGrowingAmerica’sfuelP.February42010.3PRNewswire.2010-2011PivotalYearsforNextGenerationBio-fuelsEB/OL.http//advancedbiofuelsusa.info/2010-2011-pivotal-years-for-next-generation-biofuel2010-5-14.4MervisJ.USEnergyAgencystumblesoutoftheblocksJ.Sci-ence2009325925-926.5DepartmentofEnergyandTechnology.SwedishUniversityofAgri-culturalSciences.Report013P.Uppsala2010.6AnnetteSchavan.Germany’sEnergyResearchPlanJ.Science2010330295-296.7IEA.Worldenergyoutlook2009-Globalenergytrendsto2030.R.2009988EUBiofuelRoadmap.EditorialJ.BiomassandBioenergy2010341157-158.9RichardAKerr.ScalingupalternativeenergyJ.Science2010329727-801.10HoffertMartin.FarewelltoFossilFuelsJ.Science20103291292-1293.11StevenJDavisKenCaldeiraMatthewsHDamonetal.FutureCO2emissionsandclimatechangefromexistingenergyinfrastruc-tureJ.Science20103291330-1333.12NRC.America’sEnergyFutureTechnologyandTransformationM.WashingtonDCNationalAcademyPress2009.13Dismukes1CharlesCarrieri1DamianBennetteNicholasetal.Aquaticphototrophsefficientalternativestoland-basedcropsforbiofuelsJ.CurrentOpinioninBiotechnology200819235-240.14RenéHWijffelsMariaJ.Barbosaanoutlookonmicroalgalbio-fuelsJ.Science2010813796-799.15AlGore.AlGore’sspeechonrenewableenergyEB/OL.ht-tp//.npr.org/tempelates/story.phpstoryId=926385012008-7-17.16MarkZJacobsonMarkADelucchi.Aplantopower100percentoftheplanetwithrenewablesJ.ScientificAmerican2009102696-98.17SmilV.EnergyTransitionsHistoryRequirementsProspectsM.NewYorkPraegerPublishers2010.18GrublerA.TransitionsinenergyuseJ.EncyclopediaofEner-gy20046163-176.19RichardKerr.DowehavetheenergyforthenexttransitionJ.Science2010329780-781.20RichardAHerr.NaturalgasfromshaleburstsontothesceneJ.Science20103281624-1626.21.“”J.20102651-6.22MartinaPoeschaShaneWardaPhilipOwendeaBetal.ProspectsforexpandedutilizationofbiogasinGermanyJ.RenewableandSustainableEnergyReview20101471782-1797.112001AfeasibilitystudyonusingcassavastemsfortheproductionofbioenergyinGuangxiZhuangAutonomousRegionChinaTaoGuangcan1XieGuanghui1Ha。kanrberg2XiongShaojun121.CenterofBiomassEngineeringChinaAgriculturalUniversityBeijing100193China2.UnitofBiomassTechnologyandChemistrySwedishUniversityofAgriculturalSciencesUmea。SE-90183SwedenAbstractBasedontheevaluateoftheresourceavailabilityandcombustioncharacteristicofcassavastemsinGuangxiZhuangAutonomousRegionthispaperfocusedonthefeasibilityofpelletizingandcommercialvalueofcassavastemsasabiomassfeedstock.Cassavastemswereprovedapromisingbiofuelandcanbeproducedaspel-lets/briquettesthenproductionofelectricityheatandpellets/briquettes.Keywordscassavastemsbiofuelpelletproductionofelectricityheatandpellets/briquettes100CurrentstatusandtrendofinternationaldevelopmentofbioenergyZhuWanbinLiJieYuanXufengChengXuWangXiaofenCenterofBiomassEngineeringChinaAgriculturalUniversityBeijing100193ChinaAbstractThispaperreviewedtheresearchprioritiesadvancesoftappingthesecondandthethirdg
本文标题:国际生物能源研究开发现状和趋势
链接地址:https://www.777doc.com/doc-266291 .html