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个人简介

受教育情况: 1998年10月–2002年8月 在澳大利亚昆士兰大学高级废水管理中心读博士。2002年12月获得工程博士学位 2001年10月–12月 在荷兰达尔夫技术大学vonLoosdrecht教授组交流,产生两篇高质量的SCI论文 1987年9月–1991年7月 在华南理工大学应用化学系学习。1991年7月获得本科理士学位。 工作经历: 2018年1月–至今 福建农林大学资源与环境学院教授,博导 2009年6月–2017.12 中国科学技术大学化学系教授,博导 2006年7月–2009年6月 澳大利亚昆士兰大学高级废水管理中心研究员 2004年8月–2006年6月 丹麦技术大学环境资源学院助理教授 2002年9月–2004年7月 澳大利亚昆士兰大学高级废水管理中心博士后研究员 1995年5月–1998年8月 美国陶氏化学太平洋公司广州办事处策略研究服务部专家 1992年2月–1995年4月 德国赫斯特中国公司广州分公司合作发展部助理 研究项目 回国后主持4项国家自然科学面上基金,1项“十二五”863课题,1项“十一五”国家水污染控制重大专项子课题,1项中科院知识创新子课题,1项中石油科技创新基金课题。 强高温混合菌厌氧发酵代谢产物的控制与优化,国家自然科学基金面上项目,2010.01-2012.12; 反硝化厌氧甲烷氧化过程的机理研究,国家自然科学基金面上项目,2012.01-2015.12; 合成气混菌发酵的机理研究和过程调控,国家自然科学基金面上项目,2015.01-2018.12; 氢氧化细菌生产植物促生剂的机制解析和过程调控,国家自然科学基金面上项目,2019.01-2022.12; 高浓度有机污水工业化高效稳定产甲烷及调控关键技术,科技部863计划课题,2011.06-2016.06; 倒置A2/O工艺高效脱氮除磷行为解析及优化控制技术研究,国家水污染控制重大专项子课题,2009.01-2012.12; 废水生物处理及资源化网络实验室;中科院知识创新子课题2009.10-2010.12; 微生物“自修复”凝胶的设计和性能表征,中石油科技创新基金课题,2014.12-2016.12 论文及专利 发表160余篇SCI论文,包括WaterResearch(21),EnvironmentalScienceandTechnology(9),BioengineeringandBiotechnology(18),BioresourceTechnology(19),AppliedMicrobiologyandBiotechnology(18),2篇ESI高被引论文。H因子34。 获授权中国发明专利8项。 学生培养 已培养毕业研究生24名,其中博士生13名,硕士生11 讲授课程 “环境生物技术原理”,研究生课程,60学时 “环境工程前沿进展”,研究生课程,40学时 “环境影响评价”,本科生课程,32学时 “农业面源污染与生态治理”,研究生课程,32学时 社会服务 EditorialBoardMemberofBiochemicalEngineeringJournal(2017.8-至今) “十二五”、“十三五”国家水污染控制重大专项专家组成员。

研究领域

废水生物处理及资源化利用

废水生物处理及资源化利用 混菌厌氧发酵 温室气体(CH4,CO2)的生物利用 微藻产高附加值产品 污泥脱水 强化污染物去除的纳米材料固定化技术

近期论文

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ESI高引论文 WangYP,LiuXW,LiWW*,LiF,WangYK,ShengGP,ZengRJ,YuHQ.Amicrobialfuelcell-membranebioreactorintegratedsystemforcost-effectivewastewatertreatment.AppliedEnergy.2012,98:230-235. LiN,ShengGP*,LuYZ,ZengRJ,YuHQ.Removalofantibioticresistancegenesinwastewatertreatmentplanteffluentbythecoagulationprocess.WaterResearch.2017.03,111:204-212 近3年发表的第一/通讯作者文章: 2018 SCII区8篇 JiangYandZengRJ*.Expandingtheproductspectrumofvalueaddedchemicalsinmicrobialelectrosynthesisthroughintegratedprocessdesign—areview.BioresourceTechnology.2018,269:503-512 WangHJ#,DaiK#,WangYQ,WangHF,ZhangF,ZengRJ*.Mixedculturefermentationofsynthesisgasinthemicrofiltrationandultrafiltrationhollowfibermembranebiofilmreactors.BioresourceTechnology.2018,267:650-656 ZhangW#,DaiK#,XiaXY,WangHJ,ChenY,LuYZ,ZhangF,ZengRJ*.Freeaceticacidasthekeyfactorfortheinhibitoryeffectonhydrogenotrophicmethanogenesisinmesophilicmixedculturefermentation.BioresourceTechnology.2018,264:17-23 WuJ,ZengRJ*.In-situpreparationofstabilizedironsulfidenanoparticlesimpregnatedalginatecompositeforseleniteremediation.EnvironmentalScience&Technology.2018,52:6487−6496 LuYZ#,ChenGJ#,BaiYN,FuL,QinLP,ZengRJ*ChromiumisotopefractionationduringCr(VI)reductioncoupledwithmethaneoxidation.WaterResearch.2018,130:263-270 BaiYN,LuYZ,ShenN,LauTC,ZengRJ*InvestigationofCr(VI)reductionabilityandmechanismbyCaldicellulosiruptorsaccharolyticusunderglucosefermentationcondition.JournalofHazardousMaterials.2018,344:585-592 WangYQ#,ZhangF#,ZhangW,WangHJ,LiX,ZengRJ*.Hydrogenandcarbondioxidemixedculturefermentationinahollow-fibermembranebiofilmreactorat25oC.BioresourceTechnology.2018,249:659-665 DaiK#,ZhangF#,ZhangY,ZengRJ*.Themetabolitespectrainchemostatofalkalinemixedculturefermentationundermesophilic,thermophilicandextreme-thermophilicconditions.BioresourceTechnology.2018,249:322-327 SCIII区6篇 ShenN#,DaiK#,XiaXY,ZengRJ*,ZhangF*.Conversionofsyngastobiochemicalsbymixedculturefermentationinmesophilicandthermophilichollow-fibermembranebiofilmreactors.JournalofCleanerProduction.2018,202:536-542 WuJ,MaLL,ZengRJ*.TheroleofEPSinefficientChromium(VI)removalbyalgal-basedFe/Ccomposite.Chemosphere.2018,211:608-616 WangHF,WangHJ,HuH,ZengRJ*Impactofthedosingorderofcoagulantandflocculentforsludgedewateringperformanceduringtheconditioningprocess.ScienceoftheTotalEnvironment.2018,643:1065–1073 HuH#,WangHF#,MaLL,ShenXF,ZengRJ*.EffectsofnitrogenandphosphorousstressontheformationofhighvalueLC-PUFAsinPorphyridiumcruentum.AppliedMicrobiologyandBiotechnology.2018,102:5763-5773 WangHJ#,DaiK#,XiaXY,WangYQ,ZengRJ*,ZhangF*.Tunableproductionofethanolandacetatefromsyntheticgasbymesophilicmixedculturefermentationinahollowfibermembranebiofilmreactor.JournalofCleanerProduction.2018,187:165-170 LuYZ,FuL,LiN,DingJ,BaiYN,SamarasP,ZengRJ*ThecontentoftraceelementironisakeyfactorforthecompetitionbetweenAnammoxandmethane-dependentdenitrificationprocess.Chemosphere.2018,198:370–376 2017 SCII区6篇 LuYZ#,LiN#,DingZW,FuL,BaiYN,ShengGP,ZengRJ*TrackingthegrowthstatusoftheAnammox-DAMOprocessusingexcitation–emissionmatrix(EEM)fluorescencespectroscopy.WaterResearch.2017,122:624-632 WangHF,MaYJ,WangHJ,HuH,YangHY,ZengRJ*Applyingrheologicalanalysistobetterunderstandthemechanismofacidconditioningonactivatedsludgedewatering.WaterResearch.2017,122:398-406 DingJ,LuYZ,FuL,DingZW,MuY,ChengSH,ZengRJ*DecouplingofDAMOarchaeaandDAMObacteriainamethanedrivenmicrobialfuelcell.WaterResearch.2017,110:112-119. WuJ,WangXB,ZengRJ*.Reactivityenhancementofironsulfidenanoparticlesstabilizedbysodiumalginate:takingCrreductionasanexample.JournalofHazardousMaterials.2017,333:275–284. FuL,DingJ,LuYZ,DingZW,BaiYN,ZengRJ*.HollowfibermembranebioreactoraffectsthemicrobialcommunityandmorphologyoftheDAMOandAnammoxco-culturesystem.BioresourceTechnology.2017,232:247-253. LiN,HeL,LuYZ,ZengRJ*,ShengGP*.Robustperformanceofanovelanaerobicmembranebioreactorwithmeshfilterandcarbonfiber(ABMBR)forlowtohighstrengthwastewatertreatment.ChemicalEngineeringJournal.2017,313:56-64. SCIII区9篇 DaiK,WenJL,ZhangF*,ZengRJ*Valuablebiochemicalsproductioninanaerobicfermentation:fundamentalsandprocesscoupling.AppliedMicrobiologyandBiotechnology.2017.101(17):6575-6586 WuJ,WangXB,WangHF,YangHY,JiangRY,ZengRJ*.MicrobiallyInducedCalciumCarbonatePrecipitationDrivenbyUreolysistoEnhanceOilRecovery.RSCAdvances.2017,7,37382-37391 WangHF,WangHJ,HuH,ZengRJ*ApplyingrheologicalanalysistounderstandthemechanismofPAMconditioningonsewagesludgedewatering.RSCAdvances.2017,7,30274-30282 WangYQ,YuSJ,ZhangF,XiaXY,ZengRJ*.Enhancementofacetateproductivityinathermophilichollow-fibermembranebiofilmreactorwithmixedculturesyngasfermentation.AppliedMicrobiologyandBiotechnology.2017,101(6):2619–2627. WuJ,ZengRJ*.BiomimeticRegulationofMicrobiallyInducedCalciumPrecipitationInvolvingImmobilizationofSporasarcinapasteuriibySodiumAlginate.CrystalGrowth&Design.2017,17:1854−1862. FuL,DingJ,LuYZ,DingZW,ZengRJ*.Nitrogensourceeffectsonthedenitrifyinganaerobicmethaneoxidationcultureandanaerobicammoniumoxidationbacteriaenrichmentprocess.AppliedMicrobiologyandBiotechnology.2017,101:3895-3906. DingZW#,LuYZ#,FuL,DingJ*,ZengRJ*.Simultaneousenrichmentofdenitrifyinganaerobicmethaneoxidizingmicroorganismsandanammoxbacteriainahollow-fibermembranebiofilmreactor.AppliedMicrobiologyandBiotechnology.2017,101:437-446. WuJ,WangHF,WangXB,YangHY,JiangRY,ZengRJ*.Designandcharacterizationofmicrobialself-healinggelforenhancedoilrecovery.RSCAdvances.2017,7:2578–2586. ChenY,ShenN,WangT,ZhangF,ZengRJ*.Highpuritypropionateproductioninmixedculturefermentationinducedbyhighammoniumconcentration.RSCAdvances.2017,7:518–525. 2016 SCII区5篇 WangHF,HuH,YangHY,ZengRJ*Characterizationofanaerobicgranularsludgeinarheologicalapproach.WaterResearch2016,106:116-125 LuYZ,FuL,DingJ,DingZW,LiN,ZengRJ*Cr(VI)reductioncoupledwithanaerobicoxidationofmethaneinalaboratoryreactor.WaterResearch.2016,102:445-452 FuL,LiSW,DingZW,DingJ,LuYZ,ZengRJ*.IronReductionintheco-culturesystemofDAMOmicrobesandShewanellaoneidensisMR-1andtheFateofFe(II).WaterResearch.2016,88:808-815. ChenY,ZhangF,WangT,ShenN,YuZW,ZengRJ*.HydraulicretentiontimeaffectsstableacetateproductionfromTofuprocessingwastewaterinextreme-thermophilic(70oC)mixedculturefermentation.BioresourceTechnology.2016,216:722–728. ChenY,WangT,ShenN,ZhangF,ZengRJ*.High-puritypropionateproductionfromglycerolinmixedculturefermentation.BioresourceTechnology.2016,219:659–667. SCIII区11篇 ShenXF,LiuJJ,ChauhanAS,HuH,MaLL,LamPKS,ZengRJ*.CombiningnitrogenstarvationwithsufficientphosphorussupplyforenhancedbiodieselproductivityofChlorellavulgarisfedonacetate.AlgalResearch.2016,17:261-267 YuSJ,ShenXF,GeHQ*,ZhengH,ChuFF,HuH,ZengRJ*.RoleofsufficientphosphorusinbiodieselproductionfromthediatomPhaeodactylumtricornutum.AppliedMicrobiologyandBiotechnology.2016,100:6927–6934 DingJ,FuL,DingZW,ChengSH,ZengRJ*.ExperimentalevaluationofthemetabolicreversibilityofANME-2dbetweenanaerobicmethaneoxidationandmethanogenesis.AppliedMicrobiologyandBiotechnology.2016, LiN,HuY,LuYZ,ZengRJ*,ShengGP*.In-situbiogasspargingenhancestheperformanceofananaerobicmembranebioreactor(AnMBR)withmeshfilterinlowstrengthwastewatertreatment.AppliedMicrobiologyandBiotechnology.2016,100:6081–6089 ZhengH,ZengRJ*,O'SullivanC,ClarkeW*.Criticalanalysisofhydrogenproductionfrommixedculturefermentationat60oC.AppliedMicrobiologyandBiotechnology.2016,100:5165-5176 LuYZ,WangHF,KotsopoulosTA,ZengRJ*.AdvancedPhosphorusRecoveryUsingaNovelSBRSystemwithGranularSludgeinSimultaneousNitrification,DenitrificationandPhosphorusRemovalProcess.AppliedMicrobiologyandBiotechnology.2016,100:4367-4374. ZhangF*,YangJH,DaiK,ChenY,LiQR,GaoFM,ZengRJ*Characterizationofmicrobialcompositionsinathermophilicchemostatofmixedculturefermentation.AppliedMicrobiologyandBiotechnology.2016.100(3):1511–1521 DingJ,FuL,Zhao-WeiDing,LuYZ,ChengSH,ZengRJ*Environmentalevaluationofcoexistenceofdenitrifyinganaerobicmethane-oxidizingarchaeaandbacteriainapaddyfield.AppliedMicrobiologyandBiotechnology.2016.100(1):439-446 ChenY,ChenM,ShenN,ZengRJ*.H2productionbythermoelectricmicroconvertercoupledwithmicrobialelectrolysiscells.InternationalJournalofHydrogenEnergy.2016.12.28,41(48):22760–22768 ZhangF,YangJH,DaiK,DingZW,LiQR,GaoFM,ZengRJ*Microbialdynamicsoftheextreme-thermophilic(70°C)mixedcultureforhydrogenproductioninachemostat.InternationalJournalofHydrogenEnergy.2016,41:11072-11080 ChenY#,HeJ#,WangYQ,KotsopoulosTA,KaparajuP,ZengRJ*.Developmentofananaerobicco-metabolismmodelbetweenphenol,m-cresolandeasilydegradablesubstrate.BiochemicalEngineeringJournal.2016,106:19-25 #:共一作者,*:通讯作者

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