王军良 - 浙江工业大学

个人简介

工作经历： 2004.07-2015.12，浙江工业大学生物与环境工程学院助教、讲师、副教授2016.10-2017.10美国佛罗里达大学访问学者2016.01-至今浙江工业大学环境学院副教授主讲课程：环境影响评价、固体废弃物处理与处置近几年主持或参加的主要科研项目： 1．地质封存条件下CO2在模拟油体系中的溶解及机理研究（LY17D030002），浙江省自然科学基金项目，负责人，8万，在研。 2．竹材热处理工艺优化及其污水处理关键技术研究与示范（2015C02058），浙江省科技计划项目重大专项，负责人（浙工大），20万，在研。3．竹加工业污水治理关键技术研究与示范（2016F50021），浙江省科技厅院所专项，负责人（浙工大），20万，在研。4．钱塘江源头水系（衢州段）持久性有毒物质的调查及其生态风险评估（2010C33060），浙江省科技厅公益项目，负责人，15万，结题。5．钱塘江河流环境介质中得克隆的残留及生物累积研究（2011B17），浙江省环保厅项目，负责人，5万，结题。6．利用拉曼光谱原位在线检测研究微型毛细管反应器中超/亚临界水氧化含氯有机物（21077092），国家基金面上项目，参加（2/5），38万，结题。7．利用微型可视毛细管反应器研究亚临界水中氯甲苯/四氯乙烯等疏水性有机物溶解度(21377116)，国家基金面上项目，参加（2/9），82万，结题。8．余杭崇贤街道崇钢地块退役期污染源调查，余杭区崇贤街道，负责人，41万。9．利用印染尾水强化处理染料化工废水的技术可行性研究，浙江欧德化工有限公司，6万。10．承担企业环境影响评价等委托项目50余项，到款150余万。授权发明专利： 1.一种利用高浓度印染退浆废水制备纸管胶的方法，ZL201310355694.6，2015.4.2.一种原位在线测定CO2-烷烃体系膨胀系数的方法，ZL201511018098.4,2017.12.

研究领域

主要研究方向：超临界流体，废水高级氧化处理技术，CO2地质封存

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）

近几年发表的主要论文： 1.JunliangWang,YuanyangLou,XiaoweiZhuang,ShuangSong,WeipingLiu,ChaoXu*.MagneticPr6O11/SiO2@Fe3O4particlesastheheterogeneouscatalystforthecatalyticozonationofacetochlor:Performanceandaquatictoxicity.SeparationandPurificationTechnology,2018,197:63-69.2.KeBei,JunliangWang,ShuyanZhou,GuangnaXie,YanmeiXu,LiangWang,ZhuoranJiang,I-MingChou,ZhiyanPan*.DeterminingthevolumeexpansionoftheCO2 + octanemixtureusingafusedsilicacapillarycellwithin-situRamanspectroscopy.JournalofCO2Utilization.2018,24:149-156.3.JunliangWang,ShuyanZhou,KeBei,DanZhang,I-MingChou,ZuhuaChen,ChunmianLin,andZhiyanPan*.UsingaFusedSilicaCapillaryCellandInSituRamanSpectroscopyToDevelopaSetupforMeasurementoftheVolumeExpansionofCarbonDioxide+n‑Hexane.EnergyFuels,2017,31,6314−6319.4.JunliangWang,ShuyanZhou,KeBei,I-MingChou,ChunmianLin,ZhiyanPan*.AnewapproachforthemeasurementofthevolumeexpansionofaCO2+n-dodecanemixtureinafusedsilicacapillarycellbyRamanSpectroscopy.Fuel, 2017,3:113–119.5.JunliangWang,KeBei,ZhichaoHu,YingpingLiu,YanpeiMa,YuanShen,I-MingChou,ZhiyanPan*.Depolymerizationofwastepolybutyleneterephthalateinhotcompressedwaterinafusedsilicacapillaryreactorandanautoclavereactor:Monomerphasebehavior,stability,andmechanism.PolymerEngineetingandScience,2017,57(5):544–549.6.KeBei,PeixiaMa,JunliangWang,KaiLi,JinghuiLyu,ZhichaoHu,I-MingChou,ZhiyanPan*.Depolymerizationofpoly(ethylenenaphthalate)infusedsilicacapillaryreactorandautoclavereactorfrom240to280°Cinsubcriticalwater.PolymerEngineetingandScience,2017,57(12):1382-1388.7.KeBei,JieChen,JunliangWang,I-MingChou,MinghaiYaoandZhiyanPan*.InsituRamanspectroscopyinvestigationofthesolubilityanddissolutionmechanismof1,2-dichlorobenzeneinhotcompressedwaterinafusedsilicacapillaryreactor.J.RamanSpectroscopy.2017,48(11):1454–1458.8.GuangnaXie,YuChen,KeBei,ZhipengGao,MingdeYang,JunliangWang,YulongWu,ZhiyanPan*.Hydrothermalliquefactionphasebehaviorofmicroalgae&modelcompoundsinfusedsilicacapillaryreactor.JournalInternationalJournalofGreenEnergy,2017,14(11):861-867.9.WangJunliang,XuChao*,LouYuanyang,SongShuang,LiuWeiping,Magneticlanthanideoxidecatalysts:Anapplicationandcomparisonintheheterogeneouscatalyticozonationofdiethylphthalateinaqueoussolution,SeparationandPurificationTechnology,2016,159:57-67.10.JunliangWang,TaoJiang,WeipingLiu,ChunmianLin*.Sorptiveremovalofdibutylphthalatefromaqueoussolutionsbybamboo-derivedbiochar.EnvironmentalEngineeringandManagementJournal,2016,15(1):105-112.11.KeBei,ChuanyongZhang,JunliangWang,KaiLi,JinghuiLyu,JiaZhao,JieChen,I-MingChou,ZhiyanPan*.Solubilityanddissolutionmechanismof4-chlorotolueneinsubcriticalwaterinvestigatedinafusedsilicacapillaryreactorbyinsituRamanspectroscopy.FluidPhaseEquilibria,2016,425:93-97.12.JinJiaojiao,WangJunliang,ShenYuan,LinChunmian,PanZhiyan*,ChouI-Ming,VisualandRamanspectroscopicobservationsofhotcompressedwateroxidationofguaiacolinfusedsilicacapillaryreactors,TheJournalofSupercriticalFluids,2014,95:546-552.13.PanZhiyan*,HuZhichao,ShiYinghai,ShenYuan,WangJunliang,ChouI-Ming. Depolymerizationofpolycarbonatewithcatalystinhotcompressedwaterinfusedsilicacapillaryandautoclavereactors,RscAdvances,2014,4(38):19992-19998.14.ZhangAnping,FangLi,WangJunliang*,LiuWeiping,EnzymaticdecolorizationofOrangeII:Optimizationbyresponsesurfacemethodologyandpathway,EnvironmentalProgress&SustainableEnergy,2013,32(2):294-301.15.HeWenjian,JinZanfang,WangJunliang,PanZhiyan*,Decompositionof1,1,1-trichloroethaneinhotcompressedwaterinanti-corrosivefusedsilicacapillaryreactorandRamanspectroscopicmeasurementofCO2product,ChemicalEngineeringScience,2013,94:185-191.16.SunJianqiang,ZhangAnping*,FangLi,WangJunliang,LiuWeiping,LevelsanddistributionofDechloranePlusandrelatedcompoundsinsurficialsedimentsoftheQiantangRiverineasternChina:Theresultsofurbanizationandtide,ScienceofTheTotalEnvironment,2013,443:194-199.17.WuShijin,ZhangHuaxing,ZhaoShiliang,WangJunliang,LiHuilong,ChenJianmeng*,Biomarkerresponsesofearthworms(Eiseniafetida)exposuredtophenanthreneandpyrenebothsinglyandcombinedinmicrocosms,Chemosphere,2012,87(4):285-293.18.WangJunliang,SunWenshan,XuChao*,LiuWeiping,Ozonedegradationofchloramphenicol:Efficacy,productsandtoxicity,InternationalJournalofEnvironmentalTechnologyandManagement,2012,15(2):180-192.19.WangJunliang,XiaQing,ZhangAnping*,HuXiaoyan,LinChunmian,Determinationoforganophosphoruspesticideresiduesinvegetablesbyanenzymeinhibitionmethodusingα-naphthylacetateesteraseextractedfromwheatflour,JournalofZhejiangUniversity-Science,2012,13(4):267-273.20.ZhangAnping,FangLi,WangJunliang*,LiuWeiping,YuanHejin,JantunenLiisa,LiYi-Fan,ResiduesofCurrentlyandNeverUsedOrganochlorinePesticidesinAgriculturalSoilsfromZhejiangProvince,China,JournalofAgriculturalandFoodChemistry,2012,60(12):2982-2988.