个人简历

个人履历
1979年生，湖南浏阳人，工学博士。2002年和2005年毕业于兰州大学化学化工学院，分别获学士和硕士学位。2005-2007于海南省琼州学院任教。2007-2010年于华南理工大学应用化学专业学习，从事质子交换膜燃料电池膜电极方面的开发和应用研究，获博士学位；2011-2012年于西开普大学-南非先进材料化学研究所（SAIAMC）从事博士后研究工作，主要从事固体电解质水电解制氢及高温燃料电池方面的研究；随后留所工作，任研究员（SeniorResearcher），参与南非氢能项目（HySA，国家级15年长期战略项目），担任研发组组长（HeadofR&DGroup），负责高温膜燃料电池电极的研究开发及其在热电联供系统（CHP）中的应用，管理和指导组内其他人员和学生的工作。目前已在该研究方向发表各类论文30余篇（一作和通讯22篇），SCI收录29篇，一区论文10篇。在燃料电池系统和电极开发方面申请国内外专利3项，授权2项。主持国内外科研项目3项，参与3项。参与编著1部，获“广东省优秀博士学位论文”等奖项。

承担项目
2017-2020，免微孔层气体扩散电极的构建及其在高温膜燃料电池中的应用研究，国家自然科学基金面上项目（21676126），主持
2017-2020，高温膜燃料电池高效双层结构电极的理性构建及相关基础问题研究,江苏省自然科学基金面上项目（SBK2017020174），主持
2017-2020，江苏大学-江苏乾景新能源产业技术研究院产学研合作协议，横向科研，主持
2011-2012，MEAsforSPEwaterelectrolysis，南非科学研究基金会（NRF）（76466），主持
2013-2015，新型免增湿膜电极的制备及其免增湿机理研究，广东省教育厅（x2hg-K3130020），主持
2011-2014，SPEwaterelectrolyzerforhydrogenproduction，南非科技部（T70600），第3参与
2011-2020，FuelCellTechnologiesRDIProgramme(HySA):MEAandCHPSystem，南非科技部（KP1-S01），第3参与
2012-2014，ElectrocatalystforoxygenevolutionreactioninPEMWE，南非科学研究基金会（南非-英国科技合作项目），第2参与

专利
[1]HuanengSu,OliviaBarron,VladimirLinkov,BrunoG.Pollet,SivakumarPasupathi,Gasdiffusionelectrodes,RSApatent:ZA2015/03015
[2]ShijunLiao,HuapingZhu,LeiminXu,HuanengSu,LijunYang,YanniWu,ZhenxingLiang,Electrodecatalystformembraneelectrodeoffuelcellanditsmethodofpreparationandfuelcellmembraneelectrode,USPatent:US20120107719A1
[3]苏华能，廖世军，一种微型组合再生式燃料电池电源系统，专利号：ZL200810029725.8
[4]苏华能，徐谦，李华明，一种高温膜燃料电池气体扩散电极的制备方法和应用，申请号：201610806497.5
荣誉及获奖
2011年，广东省优秀博士学位论文
2011年，华南理工大学优秀博士学位论文
2011年，南非NRF“InnovationPostdoctoralFellowship”
2012年，肇庆市科学技术二等奖，第4
2010年，美国智库Frost&Sullivan公司“Highlight”文章
2009年，全国博士生学术会议（应用化学）“优秀论文”奖

研究领域

研究方向
新能源技术：氢能和燃料电池能源动力系统的技术开发
燃料电池：低温和高温膜燃料电池电极/膜电极/电极材料的开发和应用
SPE水电解：固体聚合物膜（SPE）水电解系统电极的制备应用

近期论文

[1]HuanengSu,QianXu*,JunjieChong,HuamingLi,CordelliaSita,SivakumarPasupathi.Eliminatingmicro-porouslayerfromgasdiffusionelectrodeforuseinhightemperaturepolymerelectrolytemembranefuelcell.JournalofPowerSources2017;341:302-308.
[2]HuanengSu*,CordelliaSita,SivakumarPasupathi.TheEffectofGasDiffusionLayerPTFEContentonThePerformanceofHighTemperatureProtonExchangeMembraneFuelCell.InternationalJournalofElectrochemicalScience2016;11(4):2919-2926.
[3]HuagenLiang,HuanengSu*,BrunoG.Pollet,SivakumarPasupathi.Developmentofmembraneelectrodeassemblyforhightemperatureprotonexchangemembranefuelcellbycatalystcoatingmembranemethod.JournalofPowerSources2015;288:121-127.
[4]OliviaBarron,HuanengSu*,VladimirLinkov,BrunoG.Pollet,SivakumarPasupathi.Enhancedperformanceandstabilityofhightemperatureprotonexchangemembranefuelcellbyincorporatingzirconiumhydrogenphosphateincatalystlayer.JournalofPowerSources2015;278:718-724.
[5]OliviaBarron,HuanengSu*,VladimirLinkov,BrunoGPollet,SivakumarPasupathi.CsHSO4asprotonconductorforhigh-temperaturepolymerelectrolytemembranefuelcells.JournalofAppliedElectrochemistry2014;44(9):1037-1045.
[6]OdneS.Burheim,HuanengSu*,HansHenrikHauge,SivakumarPasupathi,BrunoG.Pollet.StudyofthermalconductivityofPEMfuelcellcatalystlayers.InternationalJournalofHydrogenEnergy2014;39(17):9397-9408.
[7]HuagenLiang,HuanengSu*,BrunoG.Pollet,VladimirLinkov,SivakumarPasupathi.Membraneelectrodeassemblywithenhancedplatinumutilizationforhightemperatureprotonexchangemembranefuelcellpreparedbycatalystcoatingmembranemethod.JournalofPowerSources2014;266:107-113.
[8]HuanengSu*,CordelliaSita,SivakumarPasupathi.TheEffectofGasDiffusionLayerPTFEContentonThePerformanceofHighTemperatureProtonExchangeMembraneFuelCell.InternationalJournalofElectrochemicalScience2016;11(4):2919-2926.
[9]HuanengSu,Ting-ChuJao*,OliviaBarron,BrunoG.Pollet,SivakumarPasupathi.Lowplatinumloadingforhightemperatureprotonexchangemembranefuelcelldevelopedbyultrasonicspraycoatingtechnique.JournalofPowerSources2014;267:155-159.
[10]HuanengSu*,CecilFelix,OliviaBarron,PiotrBujlo,BernardJBladergroen,BrunoGPollet,SivakumarPasupathi.High-PerformanceandDurableMembraneElectrodeAssembliesforHigh-TemperaturePolymerElectrolyteMembraneFuelCells.Electrocatalysis2014;5(4):361-371.
[11]HuanengSu,HuagenLiang*,BernardJ.Bladergroen,VladimirLinkov,BrunoG.Pollet,SivakumarPasupathi*.EffectofPlatinumDistributioninDualCatalystLayerStructuredGasDiffusionElectrodeonthePerformanceofHighTemperaturePEMFC.JournaloftheElectrochemicalSociety2014;161(4):F506-F512.
[12]HuanengSu,Ting-ChuJao*,SivakumarPasupathi,BernardJanBladergroen,VladimirLinkov,BrunoG.Pollet.Anoveldualcatalystlayerstructuredgasdiffusionelectrodeforenhancedperformanceofhightemperatureprotonexchangemembranefuelcell.JournalofPowerSources2014;246:63-67.
[13]HuanengSu*,SivakumarPasupathi,BernardJanBladergroen,VladimirLinkov,BrunoG.Pollet.Enhancedperformanceofpolybenzimidazole-basedhightemperatureprotonexchangemembranefuelcellwithgasdiffusionelectrodespreparedbyautomaticcatalystsprayingunderirradiationtechnique.JournalofPowerSources2013;242:510-519.
[14]HuanengSu*,SivakumarPasupathi,BernardBladergroen,VladimirLinkov,BrunoG.Pollet.Optimizationofgasdiffusionelectrodeforpolybenzimidazole-basedhightemperatureprotonexchangemembranefuelcell:Evaluationofpolymerbindersincatalystlayer.InternationalJournalofHydrogenEnergy2013;38(26):11370-11378.
[15]HuanengSu*,SivakumarPasupathi,BernardBladergroen,VladimirLinkov,BrunoG.Pollet.PerformanceInvestigationofMembraneElectrodeAssembliesforHighTemperatureProtonExchangeMembraneFuelCell.JournalofPowerandEnergyEngineering2013;1(5):95-100.
[16]HuanengSu*,VladimirLinkov,BernardJanBladergroen.Membraneelectrodeassemblieswithlownoblemetalloadingsforhydrogenproductionfromsolidpolymerelectrolytewaterelectrolysis.InternationalJournalofHydrogenEnergy2013;38(23):9601-9608.
[17]HuanengSu,BernardJanBladergroen,SivakumarPasupathi,VladimirLinkov,ShanJi*.PerformanceInvestigationofMembraneElectrodeAssembliesforHydrogenProductionbySolidPolymerElectrolyteWaterElectrolysis.InternationalJournalofElectrochemicalScience2012;7(5):4223-4234.
[18]HuanengSu,BernardJanBladergroen,VladimirLinkov,SivakumarPasupathi,ShanJi*.Studyofcatalystsprayedmembraneunderirradiationmethodtopreparehighperformancemembraneelectrodeassembliesforsolidpolymerelectrolytewaterelectrolysis.InternationalJournalofHydrogenEnergy2011;36(23):15081-15088.
[19]Hua-NengSu,Li-JunYang,Shi-JunLiao*,QiaoZeng.MembraneelectrodeassemblywithPt/SiO2/Canodecatalystforprotonexchangemembranefuelcelloperationunderlowhumidityconditions.ElectrochimicaActa2010;55(28):8894-8900.
[20]HuanengSu,QiaoZeng,ShijunLiao*,YanniWu.Highperformancemembraneelectrodeassemblywithultra-lowplatinumloadingpreparedbyanovelmulticatalystlayertechnique.InternationalJournalofHydrogenEnergy2010;35(19):10430-10436.
[21]HuanengSu,LeiminXu,HuapingZhu,YanniWu,LijunYang,ShijunLiao*,HuiyuSong,ZhenxingLiang,ViolaBirss.Self-humidificationofaPEMfuelcellusinganovelPt/SiO2/Canodecatalyst.InternationalJournalofHydrogenEnergy2010;35(15):7874-7880.
[22]HuanengSu,ShijunLiao*,YanniWu.Significantimprovementincathodeperformanceforprotonexchangemembranefuelcellbyanoveldoublecatalystlayerdesign.JournalofPowerSources2010;195(11):3477-3480.
[23]HuanengSu,ShijunLiao*,TingShu,HailiGao.Performanceofanultra-lowplatinumloadingmembraneelectrodeassemblypreparedbyanovelcatalyst-sprayedmembranetechnique.JournalofPowerSources2010;195(3):756-761.
[24]H.N.Su,S.J.Liao*,L.M.Xu.Design,FabricationandPreliminaryStudyofaMiniPowerSourcewithaPlanarSix-cellPEMUnitisedRegenerativeFuelCellStack.FuelCells2009;9(5):522-527
著作或章节：
[1]BernardBladergroen,HuanengSu,SivakumarPasupathi,VladimirLinkov,OverviewofMembraneElectrodeAssemblyPreparationMethodsforSolidPolymerElectrolyteElectrolyzer.InElectrolysis,Linkov,V.,Ed.InTech:JanezaTrdine9,51000Rijeka,Croatia,2012;p45.
[2]SivakumarPasupathi,HuanengSu,HuagenLiang,BrunoGPollet,AdvancedTechnologiesforProton-ExchangeMembranceFuelCells.InElectrochemicalEnergy:AdvancedMaterialsandTechnologies,Shen,P.K.;Wang,C.-Y.;Jiang,S.P.;Sun,X.;Zhang,J.,Eds.CRCPress:2015;pp405-420.
[3]B.G.Pollet,A.A.Franco,H.Su,HuagenLiang,S.Pasupathi,Protonexchangemembranefuelcells.InCompendiumofHydrogenEnergy,2016
[4]SivakumarPasupathi,JuanCarlosCalderonGomez,HuanengSu,HarikishanReddy,PiotrBujlo,CordelliaSita.RecentAdvancesinHigh-TemperaturePEMFuelCells.1sted.;Elsevier:2016;p86.