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[1].DaiLeilei,WangYunpu*,LiuYuhuan,RuanRoger,HeChao,YuZhenting,JiangLin,ZengZihong,TianXiaojie.Integratedprocessoflignocellulosicbiomasstorrefactionandpyrolysisforupgradingbio-oilproduction:Astate-of-the-artreview[J].RenewableandSustainableEnergyReviews,2019,107:20-36.
[2].WangYunpu,WuQiuhao,YangSha,YangQi,WuJunlin,MaZhiyun,JiangLin,YuZhenting,DaiLeilei,LiuYuhuan*,RuanRoger*,FuGuiming,ZhangBo,ZhuHaibin.Microwave-assistedcatalyticfastpyrolysiscoupledwithmicrowave-absorbentofsoapstockforbio-oilinadowndraftreactor[J].EnergyConversionandManagement,2019,185:11-20.
[3].WangYunpu,ZengZihong,TianXiaojie,DaiLeilei,JiangLing,ZhangShumei,WuQiuhao,WenPingwei,FuGuiming,LiuYuhuan*,RuanRoger.Productionofbio-oilfromagriculturalwastebyusingacontinuousfastmicrowavepyrolysissystem[J].BioresourceTechnology,2018,269:162-168.
[4].WangYunpu,DuanDengle,LiuYuhuan,RuanRoger,FuGuiming,DaiLeilei,ZhouYue,YuZhenting,WuQiuhao,ZengZihong.Propertiesandpyrolysisbehaviorofmosobamboosawdustaftermicrowave-assistedacidpretreatment[J].JournalofAnalyticalandAppliedPyrolysis,2018,129:86-92.
[5].WangYunpu,WuQiuhao,DuanDengle,RogerRuan,LiuYuhuan*,DaiLeilei,ZhouYue,ZhaoYunfeng,ZhangShumei,ZengZihong,JiangLin,YuZhenting,Ex-situcatalyticupgradingofvaporsfromfastmicrowave-assistedco-pyrolysisofChromolaenaodorataandsoybeansoapstock[J].BioresourceTechnology,2018,261:306-312.
[6].WangYunpu,WuQiuhao,DaiLeilei,ZengZihong,LiuYuhuan,RuanRoger,FuGuiming,YuZhenting,Jianglin.Co-pyrolysisofwettorrefiedbamboosawdustandsoapstock[J].JournalofAnalyticalandAppliedPyrolysis,2018,132:211-216.
[7].WangYunpu,XiaojieTian,ZihongZeng,LeileiDai,ShumeiZhang,LinJiang,QiuhaoWu,XiuhuaYang,YuhuanLiu,BoZhang,ZhentingYu,PingweiWen,GuimingFu,RogerRuan.Catalyticco-pyrolysisofAlternantheraphiloxeroidesandpeanutsoapstockviaanewcontinuousfastmicrowavepyrolysissystem[J].WasteManagement,2019,88:102-109.
[8].WangYunpu,JiangLin,DaiLeilei,YuZhenting,LiuYuhuan*,RogerRuan,FuGuiming,ZhouYue,FanLiangliang,DuanDengle,ZhaoYunfeng.Microwave-assistedcatalyticco-pyrolysisofsoybeanstrawandsoapstockforbio-oilproductionusingSiCceramicfoamcatalyst[J].JournalofAnalyticalandAppliedPyrolysis,2018,133:76-81.
[9].WangYunpu,WuQiuhao,DuanDengle,ZhangYayun,RogerRuan,LiuYuhuan*,GuimingFu,ZhangShumei,ZhaoYunfeng,DaiLeilei,FanLiangliang.Co-pyrolysisofmicrowave-assistedacidpretreatedbamboosawdustandsoapstock[J].BioresourceTechnology,2018,265:33–38.
[10].WangYunpu,ZhangShumei,YuZhenting,JiangLin,LiuYuhuan,RuanRoger,FuGuiming.Conversionofbiomasstohydrocarbon-richbio-oilviamicrowave-assistedcatalyticpyrolysis:Areview[J].ChinaPetroleumProcessingandPetrochemicalTechnology,2018,20:7-16
[11].WangYunpu,DaiLeilei,FanLiangliang,CaoLeipeng,ZhouYue,ZhaoYunfeng,LiuYuhuan*,RogerRuan*.Catalyticco-pyrolysisofwastevegetableoilandhighdensitypolyethyleneforhydrocarbonfuelproduction[J].WasteManagement,2017,61:276-282.
[12].WangYunpu,DaiLeilei,FanLiangliang,DuanDengle,LiuYuhuan,RuanRoger,YuZhenting,LiuYuezhen,JiangLin.Microwave-assistedcatalyticfastco-pyrolysisofbamboosawdustandwastetireforbio-oilproduction[J].JournalofAnalyticalandAppliedPyrolysis,2017,123:224-228.
[13].WangYunpu,DaiLeilei,WangRiping,FanLiangliang,LiuYuhuan*,XieQinglong,RuanRoger*.Hydrocarbonfuelproductionfromsoapstockthroughfastmicrowave-assistedpyrolysisusingmicrowaveabsorbent[J].JournalofAnalyticalandAppliedPyrolysis,2016,119:251-258.
[14].WangYunpu,DaiLeilei,FanLiangliang,ShanShaoqi,LiuYuhuan,RuanRoger*.Reviewofmicrowave-assistedligninconversionforrenewablefuelsandchemicals[J].JournalofAnalyticalandAppliedPyrolysis,2016,119:104-113.
[15].WangYunpu,DaiLeilei,XieQinglong,ShanShaoqi,ZengQin,FanLiangliang,LiuYuhuan,RuanRoger.Effectofunsaturationdegreeonmicrowave-assistedpyrolysisoffattyacidsalts[J].JournalofAnalyticalandAppliedPyrolysis,2016,120:247-251.
[16].WangYunpu,KeLinyao,YangQi,PengYujie,HuYanzhe,DaiLeilei,JiangLin,WuQiuhao,LiuYuhuan,RuanRoger,FuGuiming.Biorefineryprocessforproductionofbioactivecompoundsandbio-oilfromCamelliaoleiferashell[J].IntJAgric&BiolEng,2019;12(5):15–20.
[17].WangYunpu,LiuYuhuan,RuanRoger,LiuShitao,WenPingwei,WanYiqin.PreparationandcharacterizationofZrO2polycrystallineceramicfoamcatalystforproductionbiodiesel[J].SynthesisandReactivityinInorganicMetal-OrganicandNano-MetalChemistry,2016,46:1506–1512.
[18].WangYunpu,FanLiangliang,DaiLeilei,LiuYuhuan,RuanRoger,LiuShitao,ZhangXueqin,WanYiqin.SynthesisofbiodieselusingZrO2polycrystallineceramicfoamcatalystinatubularreactor[J].ChinaPetProcessPe,2015,17(3):67-75.
[19].WangYunpu,LiuYuhuan,RuanRongsheng,WenPingwei,WanYiqin,ZhangJinsheng.Investigationofhydrocarbongenerationmechanismbypolarizingthecarboxy-groupoffattyacidsaltwithmicrowaveradiation[J].AsianJ.Chem.,2014,26(2):369-375.
[20].WangYunpu,LiuYuhuan,YangLiu,RuanRoger,WenPingwei,WanYiqin.Synthesesof5-HydroxymethylfurfuralthroughGlucoseDehydrationinDiphasicSolventSystemonZrO2andSO42-/TiO2-SiO2Catalyst[J].SynthesisandReactivityinInorganicMetal-OrganicandNano-MetalChemistry,2016,46:177-184.
[21].WangYunpu,LiuYuhuan,RuanRongsheng,WenPingwei,WanYiqin,ZhangJinsheng.Microwave-assistedDecarboxylationofSodiumOleateandRenewableHydrocarbonFuelProduction[J].ChinaPetProcessPe,2013,15(3):19-27.
[22].WangYunpu,LiuYuhuan,RuanRongsheng,WanYiqin,ZhangJinsheng,PengHong.MechanismofHydrocarbonGenerationfromSodiumStearateDecarboxylationbyMicrowaveAssistedPyrolysis[J].ActaChimicaSinica,2012,70(2):114-120.
[23].DaiLeilei,WangYunpu*,LiuYuhuan,RuanRoger,HeChao,DuanDengle,ZhaoYunfeng,YuZhenting,JiangLin,WuQiuhao.Bridgingtherelationshipbetweenhydrothermalpretreatmentandco-pyrolysis:Effectofhydrothermalpretreatmentonaromaticproduction[J].EnergyConversionandManagement,2019,180:36-43.
[24].JiangLin,WangYunpu*,DaiLeilei,YuZhenting,YangQi,YangSha,JiangDeyu,MaZhiyun,WuQiuhao,ZhangBo,LiuYuhuan,RuanRoger.Co-pyrolysisofbiomassandsoapstockinadowndraftreactorusinganovelZSM-5/SiCcompositecatalyst[J].Bioresourcetechnology,2019,279:202-208.
[25].DaiLeilei,WangYunpu*,LiuYuhuan,RuanRoger,DuanDengle,ZhaoYunfeng,YuZhenting,JiangLin.CatalyticfastpyrolysisoftorrefiedcorncobtoaromatichydrocarbonsoverNi-modifiedhierarchicalZSM-5catalyst[J].BioresourceTechnology,2019,272:408-414.
[26].DaiLeilei,WangYunpu*,LiuYuhuan,RuanRoger,YuZhenting,JiangLin.Comparativestudyoncharacteristicsofthebio-oilfrommicrowave-assistedpyrolysisoflignocelluloseandtriacylglycerol[J].ScienceofTheTotalEnvironment,2019,659:95-100.
[27].Zou,Rongge,YunpuWang*,LinJiang,ZhentingYu,YunfengZhao,QiuhaoWu,LeileiDai,LinyaoKe,YuhuanLiu,andRogerRuan."Microwave-assistedCo-pyrolysisofLigninandWasteOilCatalyzedbyhierarchicalZSM-5/MCM-41CatalysttoProduceAromaticHydrocarbons."Bioresourcetechnology(2019):121609.
[28].DaiLeilei,ZengZihong,TianXiaojie,JiangLin,YuZhenting,WuQiuhao,WangYunpu*,LiuYuhuan,RuanRoger.Microwave-assistedcatalyticpyrolysisoftorrefiedcorncobforphenol-richbio-oilproductionoverFemodifiedbio-charcatalyst[J].JournalofAnalyticalandAppliedPyrolysis,2019:104691.
[29].DaiLeilei,HeChao,WangYunpu*,LiuYuhuan,RuanRoger,YuZhenting,ZhouYue,DuanDengle,FanLiangliang,ZhaoYunfeng,Hydrothermalpretreatmentofbamboosawdustusingmicrowaveirradiation[J],BioresourceTechnology,2018,247:234-241.
[30].ZhaoYunfeng,WangYunpu*,DuanDengle,RuanRoger,FanLiangliang,ZhouYue,DaiLeilei,LvJiaqian,LiuYuhuan,Fastmicrowave-assistedex-catalyticco-pyrolysisofbambooandpolypropyleneforbio-oilproduction[J].BioresourceTechnology,2018,249:69-75.
[31].DuanDengle,RuanRoger,WangYunpu*,LiuYuhuan,DaiLeilei,ZhaoYunfeng,ZhouYue,WuQiuhao.Microwave-assistedacidpretreatmentofalkalilignin:Effectoncharacteristicsandpyrolysisbehavior[J].BioresourceTechnology,2018,251:57-62.
[32].YuZhenting,WangYunpu*,JiangLin,DaiLeilei,LiuYuhuan,RuanRoger,DuanDengle,ZhouYue,FanLiangliang,ZhaoYunfeng,ZouRongge.Microwave-assistedcatalyticpyrolysisofChinesetallowkerneloilforaromaticproductioninadowndraftreactor[J].JournalofAnalyticalandAppliedPyrolysis,2018,133:16-21.
[33].DuanDengle,RuanRoger,LeiHanwu,LiuYuhuan,WangYunpu*,ZhangYayun,ZhaoYunfeng,DaiLeilei,WuQiuhaoZhangShumei.Microwave-assistedco-pyrolysisofpretreatedligninandsoapstockforupgradingliquidoil:Effectofpretreatmentparametersonpyrolysisbehavior[J].BioresourceTechnology,2018,258:98-104.
[34].Yu,Zhenting,WangYunpu*LinJiang,LeileiDai,YuhuanLiu,RogerRuan,PingweiWenYunfengZhao,DengleDuan,RonggeZou,QiuhaoWu,YanzhiLi.Conversionofwoodyoilintobio-oilinadowndraftreactorusinganovelsiliconcarbidefoamsupportedMCM41compositecatalyst[J].RSCAdvances,9(34),19729-19739.
[35].ZouRongge,ZhaoYunfeng,WangYunpu*,DuanDengle,FanLiangliang,DaiLeilei,LiuYuhuan,RuanRongsheng.Microwave-assistedDepolymerizationofLigninwithMetalChlorideinaHydrochloricAcidandFormicAcidSystem[J].BIORESOURCES,2018,13:3704-3719.
[36].TayierMaimaitiaili,DuanDengle,ZhaoYunfeng,RuanRongsheng,WangYunpu*,LiuYuhuan.CatalyticEffectsofVariousAcidsonMicrowave-assistedDepolymerizationofOrganosolvLignin[J].BIORESOURCES,2018,133:412-424.
[37].DaiLeilei,HeChao,WangYunpu*,LiuYuhuan,YuZhenting,ZhouYue,FanLiangliang,DuanDengle,RuanRoger.Comparativestudyonmicrowaveandconventionalhydrothermalpretreatmentofbamboosawdust:Hydrocharpropertiesanditspyrolysisbehaviors[J].EnergyConversionandManagement,2017,145:1-7.
[38].ZhouYue,WangYunpu*,FanLiangliang,DaiLeilei,DuanDengle,LiuYuhuan,RogerRuan,ZhaoYunfeng,YuZhenting,HuYating.Fastmicrowave-assistedcatalyticco-pyrolysisofstrawandsoapstockforbio-oilproduction[J].JournalofAnalyticalandAppliedPyrolysis,2017,124:35-41.
[39].DaiLeilei,FanLiangliang,LiuYuhuan,RuanRoger,WangYunpu*,ZhouYue,ZhaoYunfeng,YuZhenting.Productionofbio-oilandbiocharfromsoapstockviamicrowave-assistedco-catalyticfastpyrolysis[J].BioresourceTechnology,2017,225:1-8.
[40].DaiLeilei,FanLiangliang,RuanRoger,WangYunpu*,LiuYuhuan,ZhouYue,ZhaoYunfeng,YuZhenting.Microwave-assistedcatalyticfastco-pyrolysisofsoapstockandwastetireforbio-oilproduction[J].JournalofAnalyticalandAppliedPyrolysis,2017,125:304-309.
[41].DaiLeilei,FanLiangliang,DuanDengle,RuanRoger,WangYunpu*,LiuYuhuan,ZhouYue,YuZhenting,LiuYuezhen,JiangLin.Productionofhydrocarbon-richbio-oilfromsoapstockviafastmicrowave-assistedcatalyticpyrolysis[J].JournalofAnalyticalandAppliedPyrolysis,2017,125:356-362.
[42].DuanDengle,ZhaoYunfeng,FanLiangliang,DaiLeilei,LvJiaqian,RuanRoger,WangYunpu*,Liu,Yuhuan.Low-PowerMicrowaveRadiation-assistedDepolymerizationofEthanolOrganosolvLignininEthanol/FormicAcidMixtures[J].BIORESOURCES,2017,12(3):5308-5320.
[43].FanLiangliang,RuanLongsheng,LiuYuhuan,WangYunpu*,TuChunming,ZouHuifang,Liuming.Effectsofextractionconditionsonthecharacteristicsofethanolorganosolvligninfrombamboo(PhyllostachyspubescensMazel[J].BioResources,2015,10(4):7998-8013.
[44].WangYunpu,LiuYuhuan,WangYingkuan,Zhupuqi,RuanRoger,WanYiqin.Designandapplicationofhighefficiencylowtarbiomassgasifier[J].InternationalAgriculturalEngineeringJournal.2015,24(4):104-109(EI)
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