冯春华
导师姓名:冯春华
职称:教授
招生专业:083000环境科学与工程(学术型博士、学术型硕士)、085229环境工程(专业学位硕士)
+86-
导师简介:
教育背景:
2003年9月-2007年9月于香港科技大学获得化学工程博士学位
2000年9月-2003年7月于华南理工大学获得应用化学硕士学位
1996年9月-2000年7月于中国地质大学获得工业分析学士学位
工作经历:
2014年9月-至今华南理工大学环境与能源学院教授
2013年1月-2014年8月华南理工大学环境与能源学院副教授
2012年4月-2012年12月日本岐阜大学客座副教授
2010年9月-2012年12月华南理工大学环境科学与工程学院副教授
2008年1月-2010年8月华南理工大学化学与化工学院讲师
研究方向:
基于环境电化学技术的污染物定向转化与资源化原理及应用、微生物燃料电池、环境友好功能材料等
承担项目:
1.主持国家自然科学基金面上项目:由焦化废水污泥制备碳基电极材料的过程控制机制及其电化学作用原理,No.21577041,时间2016年1月-2019年12月。(在研)
2.主持广东省自然科学基金重点项目,复杂水环境中微生物电化学反硝化的影响因子及促进机制研究,NO.2016A030311023,时间2016年1月至2018年12月。(在研)
3.主持国家自然科学基金面上项目:基于废水中酚类污染物去除与资源化的导电共聚物合成及其赝电容行为研究,No.51378216,时间2014年1月-2017年12月。(在研)
4.主持国家自然科学基金面上项目:微电场激发下多氯联苯的厌氧还原脱氯研究,No.21177042,时间2012年1月-2015年12月。(结题)
5.主持教育部新世纪优秀人才支持计划项目:面向工业废水中有机物深度处理的微生物电化学梯次矿化机制-以焦化废水为例,No.NCET-12-0198,时间2013年1月-2015年12月。(结题)
6.主持华南理工大学中央高校基本科研业务经费滚动项目:酚类高分子导电共聚物的可控合成及其赝电容行为,No.2014ZG0014,时间为2014年1月-2015年12月。(结题)
7.主持华南理工大学中央高校基本科研业务经费重点项目,No.2012ZZ0048,时间2012年1月-2013年12月。(结题)
8.主持华南理工大学中央高校基本科研业务经费面上项目,No.2009ZM0026,时间为2010年1月-2011年12月。(结题)
9.主持广东省自然科学基金面上项目:微生物-电化学协同作用下多氯联苯的还原脱氯研究,No.S2011010002231,时间2011年10月-2013年10月。(结题)
10.主持国家自然科学基金青年基金项目,No.20803025,时间2009年1月-2011年12月。(结题)
11.主持广东省自然科学基金博士启动项目,No.8451064101000891,时间2008年10月-2010年10月。(结题)
12.参与广东省应用型科技研发专项立项项目:煤/石油化工废水深度处理循环回用集成的技术与工程装备,No.2015B020235005,时间2016年1月-2019年12月。(在研)
13.参与国家自然科学基金重点基金项目:煤化工过程废水中典型污染物生成机制与控制原理,No.21037001,时间2011年1月-2014年12月。(结题)
学术成果:
(一)发表论文(星号代表通讯作者):
1.WenhangChen,DiWu,HuiWan,RongTang,ChenchenLi,GuanwenWang,ChunhuaFeng*.Carbon-basedcathodeasanelectrondonordrivingdirectbioelectrochemicaldenitrificationinbiofilm-electrodereactors:Roleofoxygenfunctionalgroups.Carbon.2017,118:310-318.
2.ZhenchaoLei,WeimingFeng,ChunhuaFeng*,WeijiaZhou,ChaohaiWei,XinWang*.Nitrifiedcokewastewatersludgeflocs:anattractiveprecursorforN,Sdual-dopedgraphene-likecarbonwithultrahighcapacitanceandoxygenreductionperformance.JournalofMaterialsChemistryA.2017,5:2012-2020.
3.HuiYu,ChunhuaFeng*,XiaopingLiu,XiaoyunYi,YuanRen,ChaohaiWei.Microbialpolychlorinatedbiphenyldechlorinationinsedimentsbyelectricalstimulation:Theeffectofaddingacetateandsurfactant.Scienceofthetotalenvironment.2017,580:1371-1380.
4.JingZhang,ShichengLiu,LinglingLi,YuanRen,ChunhuaFeng,ChaohaiWei,YipengLi,ZhiliHuang.Anaerobicdechlorinationoftetrachlorobisphenolainriversedimentandassociatedchangesinbacterialcommunities.Water,Air,&SoilPollution.2017,228:78.
5.李晨晨,曾桃,易筱筠,党志,冯春华,韦朝海.铁还原菌作用下含镉聚合硫酸铁絮体中铁还原与镉释放规律及其影响因素.环境工程学报.2017,11:778-786.
6.XiaoshuangYang,XiaoxiaoMa,KaiWang,DiWu,ZhenchaoLei,ChunhuaFeng*.Eighteen-monthassessmentof3Dgrapheneoxideaerogel-modified3Dgraphitefiberbrushelectrodeasahigh-performancemicrobialfuelcellanode.ElectrochimicaActa.2016,210:846-853.
7.XiaoxiaoMa,ChunhuaFeng*,WeijiaZhou,HuiYu.Municipalsludge-derivedcarbonanodewithnitrogen-andoxygen-containingfunctionalgroupsforhigh-performancemicrobialfuelcells.JournalofPowerSources.2016,307:105-111.
8.HuiYu,ChunhuaFeng*,XiaopingLiu,XiaoyunYi,RuanRen,ChaohaiWei.Enhancedanaerobicdechlorinationofpolychlorinatedbiphenylinsedimentsbybioanodestimulation.EnvironmentalPollution.2016,211:81-89.
9.ChenchenLi,XiaoyunYi*,ZhiDang,HuiYu,TaoZeng,ChaohaiWei,ChunhuaFeng*.FateofFeandCduponmicrobialreductionofCd-loadedpolyferricflocsbyShewanellaoneidensisMR-1.Chemosphere.2016,144:2065-2072.
10.HaixiaDu,FushengLi,ZaijiYu,ChunhuaFeng,WenhanLi.Nitrificationanddenitrificationintwo-chambermicrobialfuelcellsfortreatmentofwastewatercontaininghighconcentrationsofammonianitrogen.Environmentaltechnology,2016,37:1232-1239.
11.YuchengZhou,WeijiaZhou,DongmanHou,GuoqiangLi,JinquanWan,ChunhuaFeng,ZhenghuaTang,ShaoweiChen.Metal–carbonhybridelectrocatalystsderivedfromion-exchangeresincontainingheavymetalsforefficienthydrogenevolutionreaction.Small,2016,12:2768-2774.
12.ChunhuaFeng*,LiqiaoHuang,HuiYu,XiaoyunYi,ChaohaiWei.Simultaneousphenolremoval,nitrificationanddenitrificationusingmicrobialfuelcelltechnology.WaterResearch.2015,76:160-170.
13.黄丽巧,易筱筠,韦朝海,冯春华*.阴极硝化耦合阳极反硝化实现微生物燃料电池技术脱氮.环境工程学报.2015,9:5119-5124.
14.BaoguoWu,HuiYu,ChongLin,ChunhuaFeng*,ChaohaiWei*.Theuseofaccumulatedchargedensityofabioanodetoestimatemaximumcurrentinabioelectrochemicalsystem.ChemElectroChem.2015,2:1355-1360
15.YuchengZhou,YanhuaLeng,WeijiaZhou,JilinHuang,MingwenZhao,JieZhan,ChunhuaFeng,ZhenghuaTang,ShaoweiChen,HongLiu.Sulfurandnitrogenself-dopedcarbonnanosheetsderivedfrompeanutrootnodulesashigh-efficiencynon-metalelectrocatalystforhydrogenevolutionreaction.NanoEnergy.2015,16:357-366.
16.DaohaiXie, ChenchenLi,RongTang,ZhishengLv,YuanRen,ChaohaiWei,ChunhuaFeng*.Ion-exchangemembranebioelectrochemicalreactorforremovalofnitrateinthebiologicaleffluentfromacokingwastewatertreatmentplant.ElectrochemistryCommunications.2014,46:99-102.
17.DaohaiXie, HuiYu,ChenchenLi,YuanRen,ChaohaiWei,ChunhuaFeng*.Competitivemicrobialreductionofperchlorateandnitratewithacathodedirectlyservingastheelectrondonor.ElectrochimicaActa.2014,133:217-223.
18.ChunhuaFeng*,ZhishengLv,FushengLi,YunHu,ChaohaiWei.Anodemodificationswithcapacitivematerialsforamicrobialfuelcell:anincreaseintransientorstationarypower.PhysicalChemistryChemicalPhysics.2014,16:10462-10472.
19.ZhishengLv,DaohaiXie,FushengLi,YunHu,ChaohaiWei,ChunhuaFeng*.Microbialfuelcellasabiocapacitorbyusingpseudo-capacitiveanodematerials.JournalofPowerSources. 2014,246:642-649.
20.BaoguoWu,ChunhuaFeng*,LiqiaoHuang,ZhishengLv,DaohaiXie,ChaohaiWei*.Anode-biofilmelectrontransferbehaviorandwastewatertreatmentunderdifferentoperationalmodesofbioelectrochemicalsystem.BioresourceTechnology. 2014,157:305-309.
21.HuaseOu*,ChaohaiWei,CehuiMo,HaizhenWu,YuanRen,ChunhuaFeng.Novelinsightsintoanoxic/aerobic/aerobicbiologicalfluidized-bedsystemforcokewastewatertreatmentbyfluorescenceexcitation-emissionmatrixspectracoupledwithparallelfactoranalysis.Chemosphere.2014,113:158-164.
22.ChongLin,WanhuiZhang,MengyangYuan,ChunhuaFeng,YuanRen,ChaohaiWei*.DegradationofpolycyclicaromatichydrocarbonsinacokingwastewatertreatmentplantresidualbyanO3/ultravioletfluidizedbedreactor.EnvironmentalScienceandPollutionResearch.2014,21:10329-10338.
23.ChunhuaFeng,XianjunYue,FangbaiLi*,ChaohaiWei.Bio-currentasanindicatorforbiogenicFe(Ⅱ)generationdrivenbydissimilatoryironreducingbacteria.BiosensorsandBioelectronics.2013,39:51-56.
24.ZhishengLv,YanfengChen,HengchenWei,FushengLi,ChaohaiWei,ChunhuaFeng*.One-stepelectrosynthesisofpolypyrrole/grapheneoxidecompositesformicrobialfuelcellapplication.ElectrochimicaActa.2013,111:366-373.
25.YunmengPang,DaohaiXie,BaoguoWu,ZhishengLv,XuhuiZeng,ChaohaiWei,ChunhuaFeng*.Conductivepolymer-mediatedCr(VI)reductioninadual-chambermicrobialfuelcellunderneutralcondition.SyntheticMetals.2013,183:57-62.
26.冯春华*,谢道海,庞韵梦,韩涛,韦朝海.电驱动下的环境污染物厌氧生物转化-电子转移原理和应用实例.电化学.2013,19:444-453.
27.WanhuiZhang,ChaohaiWei*,BoYan,ChunhuaFeng,GuobaoZhao,ChongLin,MengyangYuan,ChaofeiWu,YuanRen,YunHu.Identificationandremovalofpolycyclicaromatichydrocarbonsinwastewatertreatmentprocessfromcokeproductionplants.EnvironmentalScienceandPollutionResearch.2013,20:6418-6432.
28.WanhuiZhang,ChaohaiWei*,ChunhuaFeng,YuanRen,YunHu,BoYan,ChaofeiWu.Theoccurrenceandfateofphenoliccompoundsinacokingwastewatertreatmentplant.WaterScience&Technology.2013,68:433-440.
29.HuijingHuang,ChunhuaFeng,XiaxiaPan,HaizhengWu,YuanRen,ChaofeiWu,ChaohaiWei*.Thiocyanateoxidationbycoculturefromacokewastewatertreatmentplant.JournalofBiomaterialsandNanobiotechnology.2013,4:37-46.
30.贺晶莹,韦朝海*,冯春华,任源,胡芸,吴超飞.焦化废水处理过程外排泥中重金属形态特征及其潜在环境风险.环境工程学报.2013,7:79-85.
31.ZhishengLv,DaohaiXie,XianjunYue,ChunhuaFeng*,ChaohaiWei.Rutheniumoxide-coatedcarbonfeltelectrode:Ahighlyactiveanodeformicrobialfuelcellapplications.JournalofPowerSources. 2012,210:26-31.
32.YanfengChen,ZhishengLv,JianmingXu,DongqingPeng,YinxingLiu,JiaxianChen,XiboSun,ChunhuaFeng*, ChaohaiWei.StainlesssteelmeshcoatedwithMnO2/CNTandpolymethylphenylsiloxaneaslow-costandhigh-performancemicrobialfuelcellcathodematerials.JournalofPowerSources. 2012,201:136-141.
33.TaoZhang,ChaohaiWei*,ChunhuaFeng,JialiangZhu.AnovelairliftreactorenhancedbyfunnelinternalsandhydrodynamicspredictionbytheCFDmethod.BioresourceTechnology. 2012,104:600-607.
34.ChunPengDiao,ChaohaiWei*,ChunhuaFeng.RapiddeterminationofbenzenederivativesinwatersamplesbytracevolumesolventDLLMEpriortoGC-FID.Chromatographia.2012,75:551-555.
35.WanhuiZhang,ChaohaiWei*,ChunhuaFeng,BoYan,NingLi,PinganPeng,JiamoFu.Cokingwastewatertreatmentplantasasourceofpolycyclicaromatichydrocarbons(PAHs)totheatmosphereandhealth-riskassessmentforworkers.ScienceofTheTotalEnvironment.2012,432:396-403.
36.WanhuiZhang,ChunhuaFeng,ChaohaiWei*,BoYan,ChaofeiWu,NingLi.Identificationandcharacterizationofpolycyclicaromatichydrocarbonsincokingwastewatersludge.JournalofSeparationScience.2012,35:3340-3346.
37.吴海珍,冯春华,于旭彪,韦朝海.水中持久性有机氯化物的污染形成与控制策略.华南理工大学(自然科学版).2012,40:33-40.
38.林冲,袁孟阳,韦朝海*,冯春华,胡芸,任源,吴超飞,吴海珍.焦化废水缓冲体系的存在证明与集水调节池中水质结构调控.环境化学.2012,31:1473-1479.
39.刘显清,李国保,吴海珍,张万辉,关清卿,冯春华,吴超飞,胡芸,韦朝海*.酚类化合物在焦化废水处理过程中的降解与转移.环境化学.2012,31:1487-1493.
40.杨清玉,易欣怡,于旭彪,关清卿,任源;胡芸,冯春华,韦朝海*.聚羟基丁酸酯(PHB)对水中微量多环芳烃的仿生吸附.环境化学.2012,31:1518-1526.
41.ChunhuaFeng*,QunyiWan,ZhishengLv,XianjunYue,YanfengChen,ChaohaiWei.One-stepfabricationofmembranelessmicrobialfuelcellcathodebyelectropolymerizationofpolypyrroleontostainlesssteelmesh.Biosensors&Bioelectronics.2011,26:3953-3957.
42.ChunhuaFeng,FangbaiLi*,KewenSun,YongyeLiu,LiangLiu,XianjunYue,HuiTong.UnderstandingtheroleofFe(III)/Fe(II)coupleinmediatingreductivetransformationof2-nitrophenolinmicrobialfuelcells.BioresourceTechnology.2011,102:1131-1136.
43.ChaohaiWei*,TaoZhang,ChunhuaFeng,ZhiyiDeng,ChaofeiWu,BinLu,Treatmentoffoodprocessingwastewaterinafull-scalejetbiogasinternalloopanaerobicfluidizedbedreactor.Biodegradation.2011,22:347-357.
44.WanhuiZhang,ChaohaiWei*,ChunhuaFeng,ZheYu,ManRen,BoYan,PingganPeng,JiamoFu.Distributionandhealth-riskofpolycyclicaromatichydrocarbonsinsoilsatacokingplant.JournalEnvironmentalMonitoring. 2011,13:3429-3436.
45.YunLiu,ZhiDang,GuiningLu,PingxiaoWu,ChunhuaFeng,XiaoyunYi.UtilizationofelectrochemicalimpedancespectroscopyformonitoringpyriteoxidationinthepresenceandabsenceofAcidithiobacillusferrooxidans.MineralsEngineering. 2011,24:833-838.
46.LiangLiu,FangbaiLi,YongYuan,ChunhuaFeng. In-situCr(VI)reductionwithelectrogeneratedhydrogenperoxidedrivenbyiron-reducingbacteria.BioresourceTechnology.2011,102:2468-2473.
47.潘霞霞,黄会静,冯春华,吴超飞,韦朝海*.焦化废水中硫氰化物的快速检测方法.煤化工.2011,152:15-18.
48.朱家亮,陈祥佳,张涛,冯春华,韦朝海*.基于CFD的内构件强化内循环流化床流场结构分析[J].环境科学学报.2011,31:1212-1219.
49.黄会静,韦朝海*,吴超飞,冯春华,吴海珍,卢彬.焦化废水生物处理A/O/H/O工艺中氰化物的去除特性.化工进展.2011,30:1141-1145.
50.ChunhuaFeng,FangbaiLi*,HongjianMaiandXiangzhongLi.Bio-electro-Fentonprocessdrivenbymicrobialfuelcellforwastewatertreatment.EnvironmentalScience&Technology.2010,44:1875-1880.
51.ChunhuaFeng*,LeMa,FangbaiLi,HongjianMai,XuemeiLang,ShuanshiFan.Apolypyrrole/anthraquinone-2,6-disulphonicdisodiumsalt(PPy/AQDS)-modifiedanodetoimproveperformanceofmicrobialfuelcells.Biosensors&Bioelectronics.2010,25,1516-1520.
52.ChunhuaFeng*,FangbaiLi,HaiyangLiu,XuemeiLang,ShuanshiFan.Adual-chambermicrobialfuelcellwithconductivefilm-modifiedanodeandcathodeanditsapplicationfortheneutralelectro-Fentonprocess.ElectrochimicaActa.2010,55,2048-2054.
53.XuemeiLang,QunyiWan,ChunhuaFeng*,XianjunYue,WendongXu,JingLi,ShuanshiFan.Theroleofanthraquinonesulfonatedopantsinpromotingperformanceofpolypyrrolecompositesaspseudo-capacitiveelectrodematerials.SyntheticMetals.2010,160:1800-1804.
54.万群义,樊栓狮,岳羡君,郎雪梅,徐文东,李静,冯春华*.9,10-蒽醌-2-磺酸钠盐掺杂对导电聚吡咯电容性能的促进作用,物理化学学报.2010,26:2951-2956.
55.LiZhuang,ChunhuaFeng,ShunguiZhou*,YongtaoLi,YueqiangWang,Comparisonofmembrane-andcloth-cathodeassemblyforscalablemicrobialfuelcells:Construction,performanceandcost.ProcessBiochemistry.2010,45:929-934.
56.FangCao,FangbaiLi*,TongxuLiu,DaxiangHuang,ChunyuanWu,ChunhuaFeng,XiaominLi.EffectofAeromonashydrophilaonreductivedechlorinationofDDTsbyzero-valentiron.JournalofAgriculturalandFoodChemistry.2010,58:12366-12372.
57.FangbaiLi*,XiaominLi,ShunguiZhou,LiZhuang,FangCao,DaxiangHuang,WeiXu,TongxuLiu,ChunhuaFeng,EnhancedreductivedechlorinationofDDTinananaerobicsystemofdissimilatoryiron-reducingbactriaandironoxide.EnvironmentalPollution.2010,158:1733-1740.
58.LiangLiu,FangbaiLi*,ChunhuaFeng*,XiangzhongLi.Microbialfuelcellwithanazo-dye-feedingcathode.AppliedMicrobiologyandBiotechnology.2009,85:175-183.
59.FangbaiLi*,LiangTao,ChunhuaFeng,XiangzhongLi.,KenwenSun.Electrochemicalevidencesforpromotedinterfacialreactions:TheroleofadsorbedFe(II)ontoAl2O3andTiO2inreductivetransformationof2-Nitrophenol.EnvironmentalScience&Technology.2009,43:3656-3661.
60.ChunshuaiLiu,LijiangZhang,ChunhuaFeng,ChanganWu,FangbaiLi*,XiangzhongLi.Relationshipbetweenoxidativedegradationof2-mercaptobenzothiazoleandphysicochemicalpropertiesofmanganese(hydro)oxides.EnvironmentalChemistry.2009,6:83-92.
61.LiangTao,FangbaiLi*,ChunhuaFeng,KewenSun.ReductiveTransformationof2-NitrophenolbyFe(II)Speciesinγ-AluminumOxideSuspension.AppliedClayScience.2009,46:95-101.
62.ChengshuaiLiu,LijiaZhang,FangbaiLi,YanWang,YunGao,XiangzhongLi,WeidongCao,ChunhuaFeng,JunDong,LinaSun.Dependenceofsulfadiazineoxidativedegradationonphysicochemicalpropertiesofmanganesedioxide.Industrial&EngineeringChemistryResearch.2009,48:10408-10413.
63.XiaominLi,YongtaoLi,FangbaiLi,ShunguiZhou,ChunhuaFeng,TongxuLiu.Interactivelyinterfacialreactionofiron-reducingbacteriumandgoethiteforreductivedechlorinationofchlorinatedorganiccompounds.ChineseScienceBulletin.2009,54:2800-2804.
64.ZhiyongXiao*,ChunhuaFeng,PhilipC.H.ChanandI-MingHsing.Monolithicallyintegratedplanarmicrofuelcellarrays.SensorsandActuatorsB.2008,132:576-586.
65.ChunhuaFeng,PhilipC.H.Chan,I.-MingHsing*.Catalyzedmicroelectrodemediatedbypolypyrrole/Nafion®compositefilmformicrofabricatedfuelcellapplications.ElectrochemistryCommunications.(selectedasaFeatureArticlepublishedinFuelCellsBulletin).2007,9:89-93.
66.ChunhuaFeng,ZhiyongXiao,PhilipC.H.Chan,I.-MingHsing*.Lithography-freesiliconmicro-pillarsascatalystsupportsformicrofabricatedfuelcellapplications.ElectrochemistryCommunications.2006,8:1235-1238.
67.ZhiyongXiao,GuizhenYan,ChunhuaFeng,PhilipC.H.Chan,I-MingHsing.Asilicon-basedfuelcellmicropowersystemusingamicrofabricationtechnique.JournalofMicromechanicsandMicroengineering.2006,16:2014-2020.
68.冯春华,古国榜*.高分散度Pt/C电催化剂的制备.功能材料.2003,34:64-66.
69.古国榜*,冯春华.纳米Pt-Ru/C电催化剂的制备.华南理工大学学报.2002,30:144-148.
70.夏华*,冯春华.普通化学实验CAI的设计与研制.建材高教理论与实践.2001,20:100-102.
71.夏华*,冯春华.9,10-蒽醌-2-磺酸钠盐掺杂对导电聚吡咯电容性能的促进作用.无机盐工业.2000,32:3-4.
(二)授权专利:
1.利用微生物电解池去除底泥中多氯联苯的装置及方法,申请时间:2015-07-08,授权时间:2017-04-12,发明专利:201510401590.3
2.一种3D石墨烯氧化物气凝胶修饰的三维电极刷及其制备方法与应用,授权时间:2014-07-30,授权时间:2016-11-19,发明专利:CN201410371362.1
3.利用微生物燃料电池同时降解苯酚和氨氮的装置及方法,申请时间:2014-07-30,授权时间:2016-11-19,发明专利:201410371379.7(授权)
4.利用微生物燃料电池去除及回收污水中氨氮的装置及方法,申请时间:2014-07-30,授权时间:2016-11-12,发明专利:CN201410371295.3
5.利用电容性阳极储存生物电能的方法和装置,申请时间:2013-07-31,授权时间:2016-10-05,发明专利:CN201310328037.2
6.微生物燃料电池用石墨烯/导电聚合物阳极的制备方法,申请时间:2013-07-31,授权时间:2016-01-20,发明专利:CN201310328072.4
7.基于微生物电化学信号的便携式水体毒性检测装置,申请时间:2013-07-31,获得时间:2014-07-16,实用新型专利: CN201320463082.4