申渝
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申渝,男,1981年生,博士,研究员,硕士研究生导师。2004年毕业于华中农业大学生命科学院生物工程专业,2009年毕业于大连理工大学环境与生命学院,获得博士学位,重庆工商大学、中国科学院大学研究生院环境科学与工程、化学工程硕士研究生导师,环境保护部制药废水治理与资源化创新产业联盟副秘书长,重庆市社会事业与民生保障科技创新专项-城市污水控制项目专家组成员。目前任国家智能制造服务国际科技合作基地副主任(主持日常工作),环境制造方向牵头人。近年来,承担科技部重点研发计划、科技部重大专项子课题、国家自然科学基金、重庆市科委重点民生创新专项项目、重庆市科委产业类重大主题专项课题、重庆市科委自然科学基金等课题12项,累计科研经费约2000万元,在BiotechnologyAdvances、TrendsinAnalyticalChemistry、ChemistryEuropeanJournal、EnvironmentalScienceTechnology、WaterResearch、BioresourceTechnology、ChemicalEngineeringJournal、BioenergyResearch等国际期刊发表SCI论文46篇,获得授权专利12件。指导研究生研究方向:1、工业废水处理工艺及装备;2、环保装备智能管理;3、环境风险物质管理;4、环境生物化工过程同时,热诚欢迎具有环境类、生物技术类、化学化工类、计算机信息类以及其它工科背景等学习背景的同学报考、调剂。课题组将为每位学生提供丰富的研究经费、实验条件和全面的学术指导。重庆工商大学国家智能制造服务国际科技合作基地,启智楼80416。(一)部分主持在研项目[1].泰国典型食品加工废水一体化云管理装备和云管理平台的合作研发与示范(2016YFE0205600),科技部重点研发计划,879.00万,课题组执行负责人,2017-2020[2].巢湖流域典型农业清洁流域河道生态修复研究与示范(2015ZX07103-007-53),国家重大专项子课题,100.00万,负责人,2015-2018[3].特大型山地城市水务大数据产品挖据与商业模式研究,重庆市科委产业类重大主题专项课题,80.00万,课题负责人,2019-2020.[4].制药废水污染控制关键技术研究与示范(cstc2015shms-ztzx20001),重庆市社会事业与民生保障科技创新专项,300.00万,负责人,2016-2018近期论文
2018[1].ZhangP,GuoJS,YanP,ChenYP*,WangW,DaiYZ,FangF,WangGX,ShenY.Dynamicdispersalofsurfacelayerbiofilminducedbyn-TiO2basedonsurfaceplasmonresonanceandwaveguide.AppliedandEnvironmentalMicrobiology,2018,84:00047-18.2017[2].YanP,XiaJS,ChenYP,LiuZL,GuoJS,ShenY,ZhangCC,WangJ.Thermodynamicsofbindinginteractionsbetweenextracellularpolymericsubstancesandheavymetalsbyisothermaltitrationmicrocalorimetry,BioresourceTechnology,2017,232,354−365.[3].GaoJM*,ChenXL,SunXQ,ZhangK,ChenYP,GuoJS,ShenY*.OccurrenceoforganotinsintheaquaticenvironmentduringanoperatingcycleoftheThreeGorgesReservoir,China.EnvironmentalScienceandPollutionResearch,2017,34:1-11.[4].ZhangP,ChenYP,PengMW,GuoJS,ShenY*,YanP,ZhouQH,JiangJ,FangF.ExtracellularpolymericsubstancesdependenceofsurfaceinteractionsofBacillussubtiliswithCd2+andPb2+:Aninvestigationcombinedwithsurfaceplasmonresonanceandinfraredspectra.ColloidsandSurfacesB:Biointerfaces,2017,154:357-364.[5].NingYF,YanP,ChenYP,GuoJS,ShenY,FangF,TangY,GaoX.DevelopmentofaPtmodifiedmicroelectrodeaimedforthemonitoringofammoniuminsolution.InternationalJournalofEnvironmentalAnalyticalChemistry,2017,97:85-98.[6].YanP,QinRC,GuoJS,YuQ,ZheLi,ChenYP,ShenY,FangF,Net-zero-energymodelforsustainablewastewatertreatment.EnvironmentalScienceTechnology.2017,51,1017−1023.[7].WangJH,ChenYP,DongY,WangXX,GuoJS,ShenY,YanP,MaTF,SunXQ,FangF,WangJ.Anewmethodtomeasureandmodeldynamicoxygenmicrodistributionsinmovingbiofilms.EnvironmentalPollution,2017,229:199-209.[8].WangJH,LiHY,GuoJS,YanP,ShenY,ChenYP.Estimationofrelativeoxygenmetabolicactivityicrodistributioninbiofilmsbasedonthecatastrophepointphenomenonduringoxygeninfusionprocesses.AnalyticalMethods,2017,9,5293–5300.[9].WangYZ#,ShenY#,GaoL,LiaoZH,SunJZ,YongYC*.ImprovingtheextracellularelectrontransferofShewanellaoneidensisMR-1forenhancedbioelectricityproductionfrombiomasshydrolysate.RSCAdvances,2017,7:30488-30494.[10].申渝,胡玲,孔莹,胡玥玥,孙秀前,罗巧,陈佳,张海东.短孔道SiO_2固定化脂肪酶催化剂转化粗餐饮废油研究.环境科学与技术,2017,40:158-161.[11].申渝,陈猷鹏,晏鹏,郭劲松.活性污泥-生物膜共生一体化污水装置设计工程实例.净水技术,2017,36:92-94.2016[12].YanP,GuoJS,WangJ,JiFY,ZhangCC,ChenYP*,ShenY*.Enhancedexcesssludgehydrolysisandacidificationinanactivatedsludgeside-streamreactorprocesswithsingle-stagesludgealkalinetreatment:apilotscalestudy.EnvironmentalScienceandPollutionResearch,2016,23:22761-22770.[13].ZhangP,ChenYP,WangW,ShenY,GuoJS.Surfaceplasmonresonanceforwaterpollutantdetectionandwaterprocessanalysis.TrendsinAnalyticalChemistry,2016,85:153-165.[14].ZengJ,GaoJM,ChenYP,YanP,DongY,ShenY,GuoJS,ZengN,ZhangP.Compositionandaggregationofextracellularpolymericsubstances(EPS)inhyperhalineandmunicipalwastewatertreatmentplants.ScientificReports,2016,6:26721-26730.[15].LiuT,YaoSY,YinZY,ZhengXX*,ShenY*.StudyonpreparationmethodofZanthoxylumbungeanumseedskerneloilwithzerotrans-fattyacids.EnvironmentalScienceandPollutionResearch,2016,23:7132-7137.[16].ZengJ,GaoJM,ChenYP,YanP,DongY,ShenY,GuoJS,ZengN,ZhangP.Compositionandaggregationofextracellularpolymericsubstances(EPS)inhyperhalineandmunicipalwastewatertreatmentplants.ScientificReports,2016,6:26721-26730.2015[17].ZhangP,GuoJS,ShenY,YanP,ChenYP,WangH,YangJX,FangF,LiC.Microbialcommunities,extracellularproteomicsandpolysaccharides:Acomparativeinvestigationonbiofilmandsuspendedsludge.BioresourceTechnology,2015,190:21-28.[18].YanP,WangJ,ChenYP,JiFY,ShenY,FangF,LinYL,GuoJS,ZhangH,OuyangWJ.Investigationofmicrobialcommunitystructureinanadvancedactivatedsludgeside-streamreactorprocesswithalkalinetreatment.InternationalBiodeterioration&Biodegradation,2015,104:365-362.[19].ZhangP,ShenY,GuoJS,LiC,WangH,ChenYP,YanP,YangJX,FangF.Extracellularproteinanalysisofactivatedsludgeandtheirfunctionsinwastewatertreatmentplantbyshotgunproteomics.ScientificReports,2015,5:12041-12052.[20].DongY,FanSQ,ShenY,YangJX,YanP,ChenYP,LiJ,GuoJS,DuanXM,FangF,LiuSY.ANovelBio-carrierFabricatedUsing3DPrintingTechniqueforWastewaterTreatment.ScientificReports,DOI:10.1038/srep12400.2014[21].ZhangHD*,ZouY,ShenY*,GaoX,ZhengXX,ZhangXM,ChenYP,GuoJS.Dominatedeffectanalysisofthechannelsizeofsilicasupportmaterialsonthecatalyticperformanceofimmobilizedlipasecatalystsinthetransformationofunrefinedwastecookingoiltobiodiesel.BioenergyResearch.2014,7(4)1541-1549.[22].ZhengXX*,ChenRS,ShenY*,YinZY.PhytosterolselevationinbambooshootsresiduethroughlaboratorialscalesolidstatefermentationusingisolatedAspergillusnigerCTBU.AppliedBiochemistryBiotechnology,2014,172:4078-4083.[23].ZhangP,ChenYP*,GuoJS,ShenY,YangJX,FangF,LiC,GaoX,WangGX.AdsorptionbehavioroftightlyboundextracellularpolymericsubstancesonmodelorganicsurfacesunderdifferentpHandcationswithsurfaceplasmonresonance.WaterResearch,2014,57:31-39.[24].ZhangP,FangF,ChenYP,ShenY,ZhangW,YangJX,LiC,GuoJS,LiuSY,HuangY,LiS,GaoX,YanP.CompositionofEPSfractionsfromsuspendedsludgeandbiofilmandtheirrolesinmicrobialcellaggregation.Chemosphere,2014,117:59-65.[25].ZhangHD,ZouY,WangYM,ShenY,ZhengXX.Asymmetricepoxidationofcis/trans-b-MethylstyrenecatalysedbyimmobilisedMn(Salen)withdifferentlinkages:heterogenisationofhomogeneousasymmetriccatalysis.ChemistryEuropeanJournal,2014,20:7830-7841.[26].NingYF,ChenYP,ShenY,ZengN,LiuSY,GuoJS,FangF.Anewapproachforestimatingaerobic–anaerobicbiofilmstructureinwastewatertreatmentviadissolvedoxygenmicrodistribution.ChemicalEngineeringJournal,2014,255:171-177.[27].ZhangHD,CaoSJ,ZouY,WangYM,ZhouXJ,ShenY,ZhengXX.HighlyefficientV–Sb–O/SiO2catalystwithSbatom-isolatedVOxspeciesforoxidativedehydrogenationofpropanetopropene.CatalysisCommunications,2014,45:158-161.[28].SunJZ,LiaoZH,SiRW,KingoriGP,ChangFX,GaoL,ShenY,XiaoX,WuXY,YongYC.Adsorptionandremovaloftriphenylmethanedyesfromwaterbymagneticreducedgrapheneoxide.WaterScienceandTechnology,2014,11:1663-1669.[29].钱玲,张海东,易川,申渝*,利用水华微藻生物质去除水中Cr(VI)离子的研究.环境科学与技术,2014,37:73-76.2013-2009[30].申渝*,张海东,郑旭煦,张贤明.高浓度红薯醪SSF燃料乙醇过程中底物抑制的调节.太阳能学报,2013,34(1):105-110.[31].申渝*,张海东,郭劲松,陈猷鹏,郑旭煦,张贤明.微藻氮源对红薯原料燃料乙醇发酵过程促进效果的研究.太阳能学报,2013,34(9):542-1546.[32].ShenY,GuoJS*,ChenYP,ZhangHD,ZhengXX,ZhangXM.Applicationoflow-costalgalnitrogensourcefeedinginfuelethanolproductionusinghighgravitysweetpotatomedium.JournalofBiotechnology,2012,160:229-235.[33].ShenY,GuoJS*,ChenYP,ZhangHD,ZhengXX,JiangY,ZhangXM,LiXH.Effectsofglucosereleasingrateoncellgrowthandperformanceofsimultaneoussaccharificationandfermentation(SSF)insweetpotatomediumforfuelethanolproductionusingSaccharomycescerevisiae.InternationalJournalofChemicalReactorEngineering,2012,10:257-262.[34].ZhangHD*,ShenY.Straightchainalkane-assistedsynthesisofmesoporoussilica.MaterialsLetters,2012,75:183-185.[35].JiangY,ZhangXM*,ChenGX,ShenY,ZhouL.ThepilotstudyforwasteoilremovalfromoilfieldsbyAcinetobacterjohnsoniiusingaspecializedbatchbioreactor.BiotechnologyandBioprocessEngineering,2012,17:1300-1305.[36].NingYF,ChenYP*,LiS,GuoJS,GaoX,FangF,ShenY,ZhangK.Developmentofaninsitudissolvedoxygenmeasurementsystemandcalculationofitseffectivediffusioncoefficientinabiofilm.AnalyticalMethods,2012,4:2242-2246.[37].ShenY,GeXM,BaiFW*.ApplicationofoscillationforefficiencyimprovementofcontinuousethanolfermentationwithSaccharomycescerevisiaeundervery-high-gravityconditions.ApplliedMicrobiologyandBiotechnology,2010,86:103-108.[38].ShenY,ZhaoXQ,GeXM,BaiFW*.MetabolicfluxandcellcycleanalysisindicatingnewmechanismunderlyingprocessoscillationincontinuousethanolfermentationwithSaccharomycescerevisiaeunderVHGconditions.BiotechnologyAdvances,2009,27:1118-1123.[39].申渝*,张海东,郑旭煦,张贤明,陈立功.硅基MCF材料固载脂肪酶转化餐饮废油产生物柴油.化工学报,2012,62(6):1188-1192.[40].申渝*,白凤武.串联填充管式反应系统中高浓度乙醇连续发酵.中国生物工程杂志,2011,31:66-70.[41].申渝*,葛旭萌,白凤武.初始条件对高浓度乙醇连续发酵过程的影响及振荡行为提高发酵效率的机理分析.生物工程学报,2010,26:604-609.[42].申渝*,白凤武.酵母细胞连续发酵过程振荡现象的研究进展.化工学报,2010,61:537-543.[43].申渝,葛旭萌,李宁,白凤武*.高浓度乙醇连续发酵振荡过程中代谢通量分析及诱发机理.化工学报,2009,60:1519-1528. 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