彭来 - 武汉理工大学 - 资源与环境工程学院

个人简介

教育背景 2016-2018，安特卫普大学，生物工程学院，玛丽居里研究员，比利时 2015-2016，根特大学，CMET,博士后研究员，比利时 2011-2015,昆士兰大学，AWMC，环境工程，博士，澳大利亚 2007-2011，天津大学，环境工程，本科，中国主讲课程研究生课程本科生课程：环境监测教学成果（精品课、获奖、基金、项目、论文、专著、教材等）科研成果获奖： 2018,湖北省“百人计划”青年项目 2018，湖北省“楚天学子” 2018,比利时水协年度科研成果奖（每年一位） 2016，欧盟地平线2020玛丽居里奖 2016，第十八届英国伦敦可持续水资源管理大会，最佳报告奖项目： 2018至今，武汉理工大学“湖北省青年百人”启动配套经费，200万，主持。 2016–2018,欧盟地平线2020玛丽居里个人项目,N2OPNA，120万，主持。 2014-2016，欧盟第七框架项目，ManureEcoMine,4000万，参与论文：近五年发表SCI论文45余篇（第一作者20余篇），引用635，h指数15. 专著章节： Peng,L.,Liu,Y.,Sun,J.,Ni,B.J.(2017)Microbialremediationofchromiumcontaminatedwastes.Taylor&FrancisGroup,6000BrokenSoundParkwayNW,Suite300,BocaRaton,FL33487-2742CRCPress,Pages689–706.

研究领域

污废水处理、资源化及新型脱氮技术；温室气体产生机理及减排；矿冶废水重金属污染修复；抗生素等微污染物降解机制研究；污染物迁移转化及数学模拟

近期论文

查看导师新发文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

部分论文如下： Peng,L.,Ni,B.J.,Erler,D.,Ye,L.,Yuan,Z.(2014)TheeffectofdissolvedoxygenonN2Oproductionbyammonia-oxidizingbacteriainanenrichednitrifyingsludge.WaterResearch,66,12-21. Peng,L.,Ni,B.J.,Ye,L.,Yuan,Z.(2015)ThecombinedeffectofdissolvedoxygenandnitriteonN2Oproductionbyammoniaoxidizingbacteriainanenrichednitrifyingsludge.WaterResearch,73,29-36. Peng,L.,Ni,B.J.,Ye,L.,Yuan,Z.(2015)N2Oproductionbyammoniaoxidizingbacteriainanenrichednitrifyingsludgelinearlydependsoninorganiccarbonconcentration.WaterResearch,74,58-66. Peng,L.,Liu,Y.,Gao,S.H.,Chen,X.,Ni,B.J.(2016)Evaluatingsimultaneouschromateandnitratereductionduringmicrobialdenitrificationprocesses.WaterResearch,89,1-8. Peng,L.,Carvajal-Arroyo,J.M.,Seuntjens,D.,Prat,D.,Colica,G.,Pintucci,C.,Vlaeminck,S.E.(2017)Smartoperationofnitritation/denitritationvirtuallyabolishesnitrousoxideemissionduringtreatmentofco-digestedpigslurrycentrate.WaterResearch,127,1-10. Ni,B.J.,Peng,L.,Law,Y,Guo,J.andYuan,Z.(2014)Modelingofnitrousoxideproductionbyautotrophicammonia-oxidizingbacteriawithmultipleproductionpathways.EnvironmentalScience&Technology,48,3916-3924. Liu,Y.,Peng,L.,Chen,X.,Ni,B.J.(2015)Mathematicalmodelingofnitrousoxideproductionduringdenitrifyingphosphorusremovalprocess.EnvironmentalScience&Technology,49,8595-8601. Liu,Y.,Peng,L.,Ngo,H.H.,Guo,W.,Wang,D.,Pan,Y.,Sun,J.,Ni,B.J.(2016)Evaluationofnitrousoxideemissionfromsulfide-andsulfur-basedautotrophicdenitrificationprocesses.EnvironmentalScience&Technology,50,9407−9415. Gao,S.H.,Fan,L.,Peng,L.,Guo,J.,Agullo-́Barcelo,M.,Yuan,Z.,Bond,P.L.(2016)DeterminingmultipleresponsesofpseudomonasaeruginosaPAO1toanantimicrobialagent,freenitrousacid.EnvironmentalScience&Technology,50,5305−5312. Pan,Y.,Liu,Y.,Peng,L.,Ngo,H.H.,Guo,W.,Wei,W.,Wang,D.,Ni,B.J.SubstrateDiffusionwithinBiofilmsSignificantlyInfluencingtheElectronCompetitionduringDenitrification.EnvironmentalScience&Technology,DOI:10.1021/acs.est.8b05476 Peng,L.,Chen,X.,Xu,Y.,Liu,Y.,Gao,S.H.,Ni,B.J.(2015)Biodegradationofpharmaceuticalsinmembraneaeratedbiofilmreactorforautotrophicnitrogenremoval:amodel-basedevaluation.JournalofMembraneScience,494,39-47. Peng,L.,Ni,B.J.,Ye,L.,Yuan,Z.(2015)SelectionofmathematicalmodelsforN2Oproductionbyammoniaoxidizingbacteriaundervaryingdissolvedoxygenandnitriteconcentrations.ChemicalEngineeringJournal,281,661-668. Peng,L.,Liu,Y.,Ni,B.J.(2016)Nitrousoxideproductionincompletelyautotrophicnitrogenremovalbiofilmprocess:Asimulationstudy.ChemicalEngineeringJournal,287,217-224.  Peng,L.,Ngo,H.H.,Guo,W.S.,Liu,Y.,Wang,D.,Song,S.,Wei,W.,Nghiem,L.D.,Ni,B.J.Anovelmechanisticmodelfornitrogenremovalinalgal-bacterialphotosequencingbatchreactors.BioresourceTechnology,267,502-509. Peng,L.,Ni,B.J.,Law,Y.,Yuan,Z.(2016)ModelingN2Oproductionbyammoniaoxidizingbacteriaatvaryinginorganiccarbonconcentrationsbycouplingthecatabolicandanabolicprocesses.ChemicalEngineeringScience,144,386-394. Peng,L.,Kassotaki,E.,Liu,Y.,Sun,J.,Dai,X.,Pijuan,M.,Rodriguez-Roda,I.,Buttiglieri,G.,Ni,B.J.(2017)Modellingcometabolicbiotransformationofsulfamethoxazolebyanenrichedammoniaoxidizingbacteriaculture.ChemicalEngineeringScience,173,465-473. Peng,L.,Dai,X.,Liu,Y.,Wei,W.,Sun,J.,Xie,G.J.,Ni,B.J.(2018)Kineticassessmentofsimultaneousremovalofasenite,chlorateandnitrateunderautotrophicandmixotrophicconditions.ScienceoftheTotalEnvironment,628-629,85-93. Peng,L.,Liu,Y.,Gao,S.H.,Ni,B.J.(2015)Assessingchromatereductionbydissimilatoryironreducingbacteriausingmathematicalmodeling.Chemosphere,139,334-339. Peng,L.,Dai,X.,Liu,Y.,Sun,J.,Song,S.,Ni,B.J.(2018)Model-basedassessmentofestrogenremovalbynitrifyingactivatedsludge.Chemosphere,197,430-437. Peng,L.,Liu,Y.,Sun,J.,Wang,D.,Dai,X.,Ni,B.J.(2017)Enhancingimmobilizationofarsenicingroundwater:Amodel-basedevaluation.JournalofCleanerProduction,166,449-457. Peng,L.,Liu,Y.,Gao,S.H.,Chen,X.,Xin,P.,Dai,X.,Ni,B.J.(2015)Evaluationonthenanoscalezerovalentironbasedmicrobialdenitrificationfornitrateremovalfromgroundwater.ScientificReports,5:12331,DOI:10.1038/srep12331. Peng,L.,Sun,J.,Liu,Y.,Dai,X.,Ni,B.J.(2016)Nitrousoxideproductioninco-versuscounter-diffusionnitrifyingbiofilms.ScientificReports,6:28880,DOI:8.1038/srep28880. Peng,L.,Sun,J.,Liu,Y.,Dai,X.,Ni,B.J.(2017)Nitrousoxideproductioninagranule-basedpartialnitritationreactor:Amodel-basedevaluation.ScientificReports,7,45609;doi:10.1038/srep45609.