三人行考研网

考研真题笔记模板题库资源推介平台

工作时间:9:00 ~ 21:00

导师信息#中国人民大学环境学院环境工程导师介绍#张光明

招生简章、专业目录、参考书目、科目调整、网办公告、考试大纲、专业变动、推免信息等,持续更新中~~~


张光明 ,中国人民大学环境学院教授,博士生导师

Email:zgm5000@126.com

工作经历

2011-至今中国人民大学,教授

2006-2011哈尔滨工业大学 ,教授

2001-2005清华大学,讲师,副教授

教育经历

1996-2001PurdueUniversity,环境工程博士

1993-1996清华大学 ,环境工程硕士

1989-1993湖南大学 ,环境工程学士

主要研究方向

高级氧化技术,以超声波水处理为核心的高级氧化技术

PSB污水资源化技术,以红螺菌营养型污水资源化为核心的污水处理与资源回收

污泥处理技术 ,以污泥源头减量与过程减量为核心的城市污水厂污泥处理

主要开设课程

高级氧化技术,环境工程研究方法,高等水处理理论 ,污水处理理论与技术,给水处理理论与技术,高等环境化学 ,城市水资源评价及优化配置,固体废弃物处理理论与技术,城市水文学 ,环保概论

主要课题

1.基于R.Sphaeroides降解有机大分子机理的PNSB污水资源化技术,国家自然科学基金,负责

2.国家水体污染控制与治理科技重大专项课题“重污染水源城市饮用水安全保障共性技术研究与示范” ,参加

3.国家水体污染控制与治理科技重大专项课题“高氨氮和高有机物污染河网原水的组合处理技术集成与示范 ”子课题负责

4.城市污水处理厂污泥处理处置节能降耗关键技术 ,科技支撑项目子课题负责人

5.高级氧化-吸附/生物-膜滤多级耦合给水深度处理技术,863项目,子课题负责

6.污泥减量化技术,教育部项目 ,负责

7.梯级催化氧化饮用水深度处理技术,863项目,副组长

8.南方地区安全饮用水保障技术 ,863重大,子课题负责

9.超声波技术控制富营养化,教育部项目 ,负责

10.Physi-chemicaltreatmentofheavymetalwastewater,SwedishInternationalDevelopmentAgency,子课题负责人

五、主要科研成果

发明专利

1.利用超声波强化混凝的处理装置

2.一种光合细菌培养基

3.一种光合细菌的培养方法

4.用超声波快速去除水厂原水中藻类的方法

5.利用紫外光辐照抑制水中蓝藻生长的方法及系统

6.超声波高浓度有机废水处理技术与设备

7.去除水厂或二次供水水塔中藻毒素的方法及系统

论著

1.ZhangG.,Theapplicationofsonochemistryandsupercriticalwateroxidationtoenvironmentalengineering,UMIPublisher,2001

2.张光明,常爱敏,张盼月 ,超声波水处理技术,建筑工业出版社,2006

3.张光明 ,张信芳 ,张盼月,城市污泥资源化技术进展,化学工程出版社

4.张光明 ,张宝杰,张盼月,成为合格的科学家 ,高等教育出版社,2007

5.张光明,张盼月 ,张信芳,水处理高级氧化技术,哈尔滨工业大学出版社 ,2007

代表性论文

1.ZhangG.,HuaI.,Cavitationchemistryofpolychlorinatedbiphenyls:decompositionmechanismsandrates,Environ.Sci.Technol.,2000,34,1529–1534(SCI/EI)

2.ZhangG.,HuaI.,Ultrasonicdegradationoftrichloroacetonitrile,chloropicrin,bromobenzene:designfactorsandmatrixeffects,AdvancesinEnviron.Res.,2000,4,211-218(SCI/EI)

3.ZhangG.,HuaI.,Theimpactofparticulatesonaqueoussonicationofbromobenzene,Chemosphere,2002,46,59-66(SCI/EI)

4.ZhangG.,HuaI.,Supercriticalwateroxidationofnitrobenzene,Ind.Eng.Chem.Res.,2003,42,285-289(SCI/EI)

5.ZhangW.,ZhangX.,ZhangG.,XuX.,Variationofmicrocystinsinalakeforwatersupply,J.Environ.Sci.Health,PartA,2003,A38(12),2857-2865(SCI/EI)

6.ZhangG.,HuaI.,ChangA.,Sonolyticdegradationof2-chlorobiphenyl,J.Cent.SouthUniv.Technol,2004,11(3),319-321(SCI/EI)

7.GuoZ.,ZhangG.,FangJ.,DouX.,Enhancedchromiumrecoveryfromtanningwastewater,J.Clean.Prod.,2006,14,75-79.(SCI/EI)

8.ZhangG.,ZhangP.,WangB.,LiuH.,UltrasonicfrequencyeffectsontheremovalofMicrocystisaeruginosa,UltrasonicsSonochemistry,2006,13,446-450(SCI/EI)

9.ZhangG.,ZhangP.,LiuH.,WangB.,Ultrasonicdamagesoncyanobacterialphotosynthesis,UltrasonicsSonochemistry,2006,13,501-505(SCI/EI)

10.ZhangG.,ZhangP.,WangB.,LiuH.,Removalofalgaebysonication-coagulation,J.Environ.Sci.Health,PartA,2006,41,1379-1390(SCI/EI)

11.XiaQ.,ZhangG.,WangL.,Studyonsubchronictoxicityofchlorinedioxideandby-productsinwater,J.Environ.Sci.Health,PartA,2006,41,1347-1353(SCI/EI)

12.ZhangP.,ZhangG.,WangW.,Ultrasonictreatmentofbiologicalsludge:flocdisintegration,celllysisandinactivation,BioresourceTechnol.,2007,98,207-210(SCI/EI)

13.ZhangG.,ZhangP.,YangJ.,ChenY.Ultrasonicreductionofexcesssludgefromtheactivatedsludgesystem.J.HazardMater.,2007,145(3),515–519(SCI/EI)

14.ZhangG.,ZhangP.,GaoJ.,ChenY.,Usingacousticcavitationtoimprovethebio-activityofactivatedsludge,BioresourceTechnol.,2008,99,1497-1502(SCI/EI)

15.ZhangG.,ZhangP.,YangJ.,LiuH.,Energy-efficientsludgesonication:Powerandsludgecharacteristics,BioresourceTechnol.,2008,99,9029-9031(SCI/EI)

16.ZhangG.,ZhangP.,Comparisonofdifferentmethodsforsludgelysis,Res.J.Chem.Environ.,2008,12(3):12-17(SCI)

17.ZhangG.,LiuH.,ZhangP.,ZhangY.,Ultrasonicpre-treatmentofbiosolid,Inter.J.Biotechnology,2008,10(1),26-35(EI)

18.ZhangG,ZhangP,FanM,Ultrasound-enhancedcoagulationforMicrocystisaeruginosaremoval,UltrasonicsSonochemistry,2009,16,334-338(SCI/EI)

19.ZhangP,ZhuY,ZhangG,Sewagesludgebioleachingbyindigenoussulfur-oxidizingbacteria:Effectsofratioofsubstratedosagetosolidcontent,BioresourceTechnol.,2009,100(3):1394-1398(SCI/EI)

20.ZhangG.,YangJ.,LiuH.,ZhangJ.Sludgeozonation:disintegration,supernatantchangesandmechanisms,BioresourceTechnol.,2009,100(3):1505-1509(SCI/EI)

21.ZhangG.HeJ.ZhangP.,ZhangJ.UltrasonicreductionofexcesssludgefromactivatedsludgesystemII:urbansewagetreatment,J.HazardMater.,2009,164,1105-1109.(SCI/EI)

22.ZhangG.,ZhangP.,KangX.,GaoF.,Ultrasoniclysisofbiologicalsludge:Athree-stageprocess,J.Res.Sci.Technol.,2009,6,163-168.(SCI/EI)

23.LuH.,ZhangG.,DaiX.,HeC.,Photosyntheticbacteriatreatmentofsyntheticsoybeanwastewater:directdegradationofmacromolecules,BioresourceTechnol.,2010,101,7672-7674.(SCI/EI,ISI:000280601300149)

24.HeJ.,WanT,ZhangJ.,Ultrasonicreductionofexcesssludgefromactivatedsludgesystem:energyefficiencyimprovementviaoperationoptimization,UltrasonicsSonochemistry,2010,18,99-103.(SCI/EI,ISI:000282853200018)

25.MadukasiE.,ZhangG.,Microaerobicbioremediationofhighorganicloadwastewaterbyphototrophicbacteria,Afr.J.Biotechnol.,2010,9(25),3852-3860.(SCI,ISI:000279947600025)

26.ZhangP.,ZhangG.,Inorganicsaccumulationinlow-sludgewastewatertreatmenttechnique:casestudyofSBRwithsonication,Res.J.Chem.Environ.,2010,14(2),68-71.(SCI,ISI:000279561100012)

27.HeJ.,ZhangG.,LuH.,TreatmentofsoybeanwastewaterbyawildstrainRhodobactersphaeroidesandtoproduceproteinundernaturalconditions,Front.Environ.Sci.Engr.China2010,4(3):334-339.(SCI,ISI:000281668700010)

28.LuH.,ZhangG.*,DongS.QuantitativestudyofPNSBenergymetabolismindegradingpollutantsunderweaklight-microoxygencondition,BioresourceTechnology,2011,102,4968-4973.(SCI,Ei)

29.LuH,ZhangG.*,WanT.,LuY.,InfluencesoflightandoxygenconditionsonPhotosyntheticbacteriamacromoleculedegradation:differentmetabolicpathways,BioresourceTechnology,2011,102(20),9503-9506.(SCI,Ei)

30.MadukasiE.,HeC.,ZhangG.*,Isolationandapplicationofawildstrainphotosyntheticbacteriumtoenvironmentalwastemanagement,Int.J.Environ.Sci.Tech.,2011,8(3),513-522.(SCI)

31.ZhangG.,Wastewatertreatment:beyondpollutantsremoval.Int.J.Chem.Environ.2011,15(4),3-4.(SCI)

32.ZhangP.,ZhangG.,DongJ.,FanM.,ZengG.,BiosphenolAoxidativeremovalbyferrate(Fe(VI))underaweakacidiccondition,SeparationPurificationTechnol.,2012,84(9),46-51.(SCI,Ei)

33.KeX.,ZhangG.*,WanT.,GaoF.,HeavyMetalAccumulationinLow-SludgeWastewaterTreatmentTechnique:Sonication-crypticGrowth,JEENG,accepted.

34.ZhangP.,WanT.,ZhangG.*,Enhancementofbio-sludgegravitationalthickeningwithweakultrasound,FrontiersofEnvironmentalScienceandEngineeringinChina,accepted

35.WanT.,ZhangG*,GaoF,LuH.,Fateandchemicalfractiondistributionchangesofarsenicandmercuryduringultrasonicsludgetreatmentprocess ,DesalinationWaterTreatment,accepted.

哈士奇