?姓名：宫厚健 ?职称：副教授

?单位：油气田化学研究所 ?最高学历/学位：研究生/博士
?学科：油气田开发工程学科,石油与天然气工程领域 ?所学专业：胶体与界面化学
?电子邮箱：gonghoujian@upc.edu.cn； ghj_upc@163.com
?联系电话：+86 **
?地址邮编：山东省青岛市黄岛区长江西路66号石油工程学院,266580
?个人主页：
◎学习与工作经历
2019.06至2020.06加拿大卡尔加里大学石油与化工系访问****
2013.12至今中国石油大学（华东）石油工程学院油田化学系副教授
2011.07至2013.11中国石油大学（华东）石油工程学院油田化学系讲师
2006.09至2011.06山东大学胶体与界面化学专业理学博士
2001.09至2006.06山东大学化学化工双学位专业理、工双学士
◎研究方向
页岩油气流动理论与提高采收率方法、超临界CO2驱油体系、化学驱提高采收率、三次采油、胶体与界面化学等
◎学术兼职
担任Fuel,Industrial&EngineeringChemistryResearch,Energy&Fuels,JournalofAppliedPolymerScience,CarbohydratePolymers,Langmuir,JournalofPetroleumScienceandEngineering,ColloidsandSurfacesA,JournalofChemicalEngineeringScience等期刊审稿人。

◎主讲课程
油田化学、油田污水处理、油气田环境保护、EOR、油田污水处理与防腐防垢技术等
◎指导研究生
2011级硕士生：张青茹(协助指导)，周广卿(协助指导)
2012级硕士生：任亭亭(协助指导)
2014级硕士生：李康宁(协助指导)
2015级硕士生：尚胜祥(协助指导)
2016级硕士生：张浩，邹洪俊(协助指导)
2017级硕士生：邱喆，李子靳(协助指导)
2018级硕士生：桂文宇，仇志伟，吕威(协助指导)，SAEDALIBODHLE，ABDIFATAHNOORISSA
2019级硕士生：王卫东，李子岩，ZAKARIYEALIBARISE
2020级硕士生：孙君腾，杨志鸿，刘森，张明明，ABDULLAHIAHMEDNOOR

◎承担科研课题
1)2019-2022超临界CO2与表面活性剂在提高页岩油采收率中的协同增效作用机理研究（ZR2019MEE058）山东省自然科学基金面上项目，负责人
2)2017-2019页岩储层压裂用超临界CO2稠化体系的构筑及机理研究（17CX05005），中央高校基本科研业务费科技专项资金，负责人
3)2017-2019PVAc在超临界CO2中的溶解和增粘特性研究（17-1-1-27-jch）,青岛市源头创新计划，负责人
4)2013-2015超临界CO2微乳液体系的构筑及其驱油机理研究（**），国家自然科学基金，负责人
5)2013-2014芳香基改性嵌段聚醚对稠油的乳化作用及驱油机理研究（13CX02046A）中央高校基本科研业务费专项资金，负责人
6)2017-2018鄂南长7页岩油流动机理及数值模拟技术研究（2017ZX05049-006），国家重大专项，参与
7)2014-2018陆相页岩油储集性能与流动机理(2014CB239103)，国家973项目，参与
8)2016-2017超临界CO2与鄂南长7页岩油作用机理分析测试，中石化石油勘探开发研究院，参与
9)2013-2017油气水三相微观-连续介质三维流动模拟研究(**)，国家自然科学基金项目，参与
10)2013-2017粘度变化对稠油相对渗透率曲线的影响机制研究，国家自然科学基金项目，参与
11)2013-2015页岩气渗流机理及有效动用条件研究，中石化科技部先导项目，参与
12)2011-2013非均相复合驱渗流机理研究，胜利油田地质院，参与
13)2012-2013薄层稠油油藏化学驱提高采收率技术研究，中石化先导项目，参与
14)2012-2014聚合物驱后油藏化学驱进一步提高采收率合理技术政策界限研究，胜利油田地质院，参与

◎论文
1）HoujianGong*,ChaofanZhu,YinglinZhang,ZijinLi,QianSan,LongXu,YajunLi,MingzheDong,HassanHassanzadeh,Experimentalevaluationontheoilsaturationandmovabilityintheorganicandinorganicmatterofshale，Energy&Fuels,2020,34,8063?8073.
2）WeiLv,HoujianGong*,YajunLi,QianSan,LongXu,MingzheDong*，DissolutionbehaviorsofalkylblockpolyethersinCO2:Experimentalmeasurementsandmoleculardynamicssimulations，ChemicalEngineeringScience,2020,228,115953.
3）TengZhu,HoujianGong*,MingzheDong,DensityandviscosityofCO2+ethanolbinarysystemsmeasuredbyacapillaryviscometerfrom308.15to338.15Kand15to45MPa,JournalofChemical&EngineeringData,2020,2020,65,8,3820–3833.
4）HoujianGong*,XuejieQin,ShengxiangShang,ChaofanZhu,LongXu,QianSan,YajunLi,MingzheDong,EnhancedshaleoilrecoverybythehuffandpuffmethodusingCO2andcosolventmixedfluids,Energy&Fuels,2020,34,1438?1446.
5）ChaofanZhu,J.J.Sheng,AminEttehadtavakkol,YajunLi,HoujianGong,ZijinLi,MingzheDong*,Numericalandexperimentalstudyofenhancedshale-oilrecoverybyCO2miscibledisplacementwithNMR,Energy&Fuels,2020,34,2,1524-1536.
6）HoujianGong*,HaoZhang,LongXu,YajunLi,MingzheDong,EffectsofcosolventondissolutionbehaviorsofPVAcinsupercriticalCO2:Amoleculardynamicsstudy,ChemicalEngineeringScience,2019,206,22–30.
7）HoujianGong，LongXu，GuiyingXu*，TengZhu，MingzheDong，EffectsofsodiumbenzoateandsodiumchlorideontheaggregationbehaviorsofPEO-PPO-ph-PPO-PEOandPPO-PEO-ph-PEO-PPOattheair/waterinterface，JournalofSurfactantsandDetergents,2019,22,217-228.
8）LongXu*,ZheQiu,HoujianGong*,ChaofanZhu,ZijinLi,YajunLi,MingzheDong,Rheologicalbehaviorsofmicrobialpolysaccharideswithdifferentsubstituentsinaqueoussolutions:Effectsofconcentration,temperature,inorganicsaltandsurfactant,CarbohydratePolymers,2019,219,162–171.
9）ChaofanZhu,XuejieQin,YajunLi,HoujianGong*,ZijinLi,LongXu,MingzheDong*,AdsorptionanddissolutionbehaviorsofCO2andn-alkanemixturesinshale:Effectsofthealkanetype,shalepropertiesandtemperature,Fuel,2019,253,1361–1370.
10）LongXu*,ZheQiu,HoujianGong*,ChaofanZhu,QianSang,YajunLi,MingzheDong,Synergyofmicrobialpolysaccharidesandbranched-preformedparticlegelonthickeningandenhancedoilrecovery,ChemicalEngineeringScience,2019,208,115138.
11）LongLong*,YajunLi,HoujianGong,MingzheDong,Anumericalstudyofinitiationandmigrationoftrappedoilincapillarieswithnoncircularcrosssections,Geofluids,2019,**,1-9
12）ChaofanZhu,YajunLi,HoujianGong*,QianSang,ZijinLi,MingzheDong*,Adsorptionanddissolutionbehaviorsofcarbondioxideandn-dodecanemixturesinshale,Energy&Fuels,2018,32,1374–1386.
13）TengZhu,HoujianGong*,MingzheDong*,ZehaoYang,ChunqingGuo,MeiLiu,Phasebehaviourforpoly(vinylacetate)+carbondioxide+cosolventsternarysystems,JournalofChemical&EngineeringData,2018,63,187?196.
14）TengZhu,HoujianGong*,MingzheDong*,ZehaoYang,ChunqingGuo,MeiLiu,PhaseequilibriumofPVAc+CO2binarysystemsandPVAc+CO2+ethanolternarysystems,FluidPhaseEquilibria,2018,458,264-271.
15）LongXu,ZheQiu,HoujianGong*,ChenguangLiu,MingzheDong,EffectofdiutanmicrobialpolysaccharideonthestabilityandrheologicalpropertiesofO/WnanoemulsionsformedwithablendofSpan20-Tween20,JournalofDispersionScienceandTechnology,2018，39，1644-1654.
16）ChaofanZhu,YajunLi*,QingminZhao,HoujianGong,QianSang,HongjunZou,MingzheDong*,ExperimentalstudyandsimulationofCO2transferprocessesinshaleoilreservoir,InternationalJournalofCoalGeology,2018,191,24-36.
17）LongLong,YajunLi,HoujianGong,LongXu,QianSang,MingzheDong,Investigationofpressuredropoftrappedoilincapillarieswithcircularcross-sections,IndustrialandEngineeringChemistryResearch,2018,57(41),13866–13875.
18）HoujianGong*,HaoZhang,LongXu*,KangningLi,LongYu,QianSan,YajunLi,andMingzheDong，Thesynergisticeffectofbranched-preformedparticlegelandhydrolyzedpolyacrylamideonfurther-enhancedoilrecoveryafterpolymerflooding，Energy&Fuels,2017,31(8),7904–7910.
19）HoujianGong*,HaoZhang,LongXu*,KangningLi,LongYu,YajunLiandMingzheDong，Furtherenhancedoilrecoverybybranched-preformedparticlegel/HPAM/surfactantmixedsolutionsafterpolymerfloodinginparallel-sandpackmodels，RSCAdvances,2017,7,39564-39575.
20）HoujianGong*,YajunLi,MingzheDong,TengZhu,andLongYu,Enhancedheavyoilrecoverybyorganicalkalicombinationalfloodingsolutions,JournalofDispersionScienceandTechnology,2017,38,551-557.
21）YajunLi,LongXu*,HoujianGong,BoxinDing,MingzheDong,andYanchaoLi，AmicrobialexopolysaccharideproducedbySphingomonasspeciesforenhancedheavyoilrecoveryathightemperatureandhighsalinity，Energy&Fuels,2017,31(4),3960–3969.
22）ZehaoYang,MingzheDong*,HoujianGong,andYajunLi,Determinationofmasstransfercoefficientofmethaneinheavyoil-saturatedunconsolidatedporousmediausingconstant-pressuretechnique,IndustrialandEngineeringChemistryResearch,2017,56(25),7390–7400.
23）JinjieWang,MingzheDong*,ZehaoYang,HoujianGong,andYajunLi,Investigationofmethanedesorptionanditseffectonthegasproductionprocessfromshale:experimentalandmathematicalstudy,Energy&Fuels,2017,31(1),205–216.
24）龙隆，李亚军，宫厚健，董明哲,基于MS-P方法的不规则管内流体的分布研究,科学技术与工程,2017,17,107-112.
25）朱超凡,李亚军,桑茜,宫厚健,李彦超,董明哲,裂缝性致密砂岩气藏时变形状因子研究,天然气地球科学,2017,28,792-800.
26）HoujianGong,YajunLi,MingzheDong*,ShanzhouMa,WeirongLiu,Effectofwettabilityalterationonenhancedheavyoilrecoverybyalkalineflooding,ColloidsandSurfacesA:Physicochem.Eng.Aspects2016,488,28-35.
27）HoujianGong,LongXu,TengZhu,GuiyingXu*,XiaofengShi,MingzheDong,YajunLi,InteractionsbetweenpluronicblockpolyetherandCTABatair/waterinterface:interfacialdilationalrheologystudy,ColloidandPolymerScience,2016,294,1577-1584.
28）YajunLi,HoujianGong,MingzheDong*,YanghongLiu,Separationofwater-in-heavyoilemulsionsusingporousparticlesinacoalescencecolumn,SeparationandPurificationTechnology,2016,166,148-156.
29）ZehaoYang,MingzheDong*,ShaojieZhang,HoujianGong,YajunLi,FeifeiLong,Amethodfordeterminingtransversepermeabilityoftightreservoircoresbyradialpressurepulsedecaymeasurement,JournalofGeophysicalResearch-SolidEarth,2016,121,7054-7070.
30）JinjieWang,ZehaoYang,MingzheDong*,HoujianGong,QianSang,andYajunLi,ExperimentalandNumericalInvestigationofDynamicGasAdsorption/Desorption–DiffusionProcessinShale,Energy&Fuels,2016,30,10080-10091.
31）JinjieWang,Bu’eWang,YajunLi,ZehaoYang,HoujianGong,MingzheDong*，Measurementofdynamicadsorption–diffusionprocessofmethaneinshale，Fuel，2016，172，37-48
32）ZehaoYang,WeihongWang,MingzheDong*,JinjieWang,YajunLi,HoujianGong,QianSang，Amodelofdynamicadsorption–diffusionformodelinggastransportandstorageinshale,Fuel，2016，173，115-128.
33）朱腾，宫厚健*，李亚军，董明哲，郭春清，李卫卫，超临界二氧化碳-聚合物体系浊点压力的光敏法测量，中国科技论文，2016，11，2514-2518.
34）朱腾，宫厚健*，李亚军，董明哲，刘梅，张钧，阴-非离子表面活性剂参与形成的超临界二氧化碳微乳液体系相行为，科学技术与工程，2016，16，77-82.
35）李康宁，宫厚健，王冲，李润虎，龙菲菲，董明哲，N2对CO2最小混相压力的影响，断块油气田，2016，23，763-767.
36）杨泽皓,宫厚健,李亚军,桑茜,董明哲,页岩中气体流动规律数值模拟研究,中国科技论文，2016，5，527-532.
37）龙隆，李亚军，宫厚健，董明哲，吕爱民，基于油藏工程方法的低渗透油藏合理注采系统研究，中国科技论文，2016，15，1687-1692.
38）于龙，李亚军，宫厚健，桑茜，李康宁，董明哲，非均质油层聚合物驱后粘弹性支化预交联凝胶颗粒驱提高采收率技术，油气地质与采收率，2016，23,113-118.
39）李亚军，李康宁，苏玉亮，宫厚健，董明哲，潘滨，低渗多孔介质单相液体稳定流动特征实验研究，科学技术与工程，2016，11，49-53.
40）LongXu,HoujianGong,MingzheDong*,YajunLi，Rheologicalpropertiesandthickeningmechanismofaqueousdiutangumsolution:Effectsoftemperatureandsalts.Carbohydratepolymers2015,132,620-629.
41）LongXu,MingzheDong*,HoujianGong,MengjiaoSun,YajunLi,Effectsofinorganiccationsontherheologyofaqueouswelan,xanthan,gellansolutionsandtheirmixtures,CarbohydratePolymers,2015,121,147-154.
42）JinjieWang,MingzheDong*,YajunLi,HoujianGong,PredictionofnitrogendilutedCO2minimummiscibilitypressureforEORandstorageindepletedoilreservoirs,Fuel,2015,162,55-64.
43）ZehaoYang,QianSang,MingzheDong*,ShaojieZhang,YajunLi,HoujianGong,Amodifiedpressure-pulsedecaymethodfordeterminingpermeabilitiesoftightreservoircores,JournalofNaturalGasScienceandEngineering,2015,27,236-246.
44）杨泽皓,董明哲,宫厚健,李亚军,徐龙,测量页岩径向渗透率和孔隙度的新方法,石油学报,2015,36,482-489.
45）董明哲,杨泽皓,李亚军,宫厚健,赵心仪,测量天然气在稠油中扩散系数的新方法,天然气工业,2015,35,45-53.
46）任亭亭，宫厚健，桑茜，李亚军，董明哲,聚驱后B-PPG与HPAM非均相复合驱提高采收率技术,西安石油大学学报(自然科学版),2015,30,54-58.
47）于龙，李亚军，宫厚健，桑茜，王金杰，董明哲，董小钰,支化预交联凝胶颗粒封堵性能与调剖能力评价,油气地质与采收率，2015,22,107-112.
48）曹绪龙,李振泉,宫厚健,董明哲,李亚军,加拿大稠油聚合物驱研究进展及应用,油田化学，2015,32,461-467.
49）HoujianGong,LongXu,GuiyingXu*,MingzheDong,andYajunLi，EffectofPEO-PPO-ph-PPO-PEOandPPO-PEO-ph-PEO-PPOontherheologicalandEORpropertiesofpolymersolutions,IndustrialandEngineeringChemistryResearch,2014,53,4544-4553.
50）MingzheDong*,HoujianGong,WeiTian,andYajunLi，SeparationofWaterfromHighpHWater-in-HeavyOilEmulsionsUsingLowPressureCO2，IndustrialandEngineeringChemistryResearch,2014,53,12216-12223.
51）LongXu,GuiyingXu*,LongYu,HoujianGong,MingzheDong，andYajunLi，Thedisplacementefficiencyandrheologyofwelangumforenhancedheavyoilrecovery，Polym.Adv.Technol.2014,251122-1129.
52）LongXu,GuiyingXu*,HoujianGong,MingzheDong,YajunLi,YawenZhou，Foampropertiesandstabilizingmechanismofsodiumfattyalcoholpolyoxyethyleneethersulfate-welangumcompositesystems，ColloidsandSurfacesA:Physicochem.Eng.Aspects,2014,456,176-183.
53）徐龙，宫厚健，李亚军，张青茹,董明哲，脂肪醇聚氧乙烯醚硫酸钠/疏水缔合聚丙烯酰胺复合体系提高稠油采收率机理，油田化学，2014，3，419-423.
54）于龙，李亚军，宫厚健，任亭亭，董明哲，支化预交联凝胶颗粒驱油机理可视化实验研究，断块油气田，2014，5,656-660.
55）于龙，宫厚健，李亚军，桑茜，董明哲，非均质油层黏弹性凝胶颗粒提高采收率机理研究，科学技术与工程，2014，14，59-63.
56）LongXu,GuiyingXu*,TengLiu,YijianChen,HoujianGong，Thecomparisonofrheologicalpropertiesofaqueouswelangumandxanthangumsolutions，CarbohydratePolymers,2013,92,516-522.
57）HoujianGong,GuiyingXu*,TengLiu,LongXu,XueruZhai,JianZhangandXinLv,AggregationbehaviorsofPEO-PPO-ph-PPO-PEOandPPO-PEO-ph-PEO-PPOatanair/waterinterface:experimentalstudyandmoleculardynamicssimulation,Langmuir,2012,28,13590-13600.
58）HoujianGong,GuiyingXu*,TengLiu,JinyuPang,WenlingDou,XiaXin,Synthesisofblockpolyetherswithvariousstructuresandtheirapplicationindispersingsingle?walledcarbonnanotubes,ColloidandPolymerScience,2011,289,933-942.
59）TengLiu,GuiyingXu*,HoujianGong,JinyuPang,FangHe,EffectofalcoholsonaggregationbehaviorsofbranchedblockpolyetherTetronic1107atanair/liquidsurface,Langmuir,2011,27,9253-9260.
60）FangHe,GuiyingXu*,JinyuPang,MingqiAo,TingtingHan,HoujianGong,Effectofaminoacidsonaggregationbehaviorsofsodiumdeoxycholateatair/watersurface:surfacetensionandoscillatingbubblestudies,Langmuir,2011,27,538-545.
61）MingqiAo,GuiyingXu*,WanliKang,LingweiMeng,HoujianGong,TingZhou,Surfacerheologicalbehaviorofgelatin/ionicliquid-typeimidazoliumGeminisurfactantmixedsystems,SoftMatter,2011,7,1199-1206.
62）YujuChe,JieCao,HoujianGong,GuiyingXu,andYebangTan*,Dilationalrheologicalpropertiesoffluorocarbonmodifiedpoly(acrylamide)sattheair/watersurface,JournalofDispersionScienceandTechnology,2011,32,174-184.
63）HoujianGong,GuiyingXu*,XiaofengShi,TengLiu,ZhiweiSun,Comparisonofaggregationbehaviorsbetweenbranchedandlinearblockpolyethers:MesoDynsimulationstudy,ColloidandPolymerScience,2010,288,1581-1592.
64）HoujianGong,GuiyingXu*,YebangTan,YajingWang,LushanWang,YuqinTian,HongjingGuo,HaiboWang,InteractionbetweenthehydrophobicallymodifiedpolyacrylamideandHPAM-Floodingproducedliquid,JournalofDispersionScienceandTechnology,2010,31,894-901.
65）YanBai,GuiyingXu*,HongyuanSun,XiaodengYang,AiyouHao,JinyuPang,HoujianGong,MingqiAo,Thesurfacepropertyandaggregationbehaviorofahydrophobicallymodifiedcyclodextrin,ColloidPolymerScience,2010,288,415-421.
66）YimingLi,GuiyingXu*,LiLiu,HoujianGong,ViscoelasticityofXanthanandhydrolyticpolyacrylamidemixedaqueoussolutions,JournalofDispersionScienceandTechnology,2010,31,676-683.
67）赵涛涛，宫厚健，徐桂英，曹绪龙，宋新旺，王红艳，阴离子表面活性剂在水溶液中的耐盐机理，油田化学,2010,27,112-118.
68）HoujianGong,GuiyingXu*,HuiDing,XiaofengShi,YebangTan,Aggregationbehaviorofblockpolyetherswithbranchedstructureatair/watersurface,EuropeanPolymerJournal,2009,45,2540-2548.
69）HoujianGong,GuiyingXu*,YanyanZhu,YajingWang,DanWu,MingyaNiu,LushanWang,HongjingGuo,andHaiboWang,Influencingfactorsonthepropertiesofcomplexsystemsconsistingofhydrolyzedpolyacrylamide/tritonX-100/cetyltrimethylammoniumbromide:viscosityanddynamicinterfacialtensionstudies,Energy&Fuels,2009,23,300-305.
70）YanyanZhu,GuiyingXu*,HoujianGong,DanWu,YajingWang,Productionofultra-lowinterfacialtensionbetweencrudeoilandmixedbrinesolutionofTritonX-100anditsoligomerTyloxapolwithcetyltrimethylammoniumbromideinducedbyhydrolyzedpolyacrylamide,ColloidsandSurfacesA:Physicochem.Eng.Aspects,2009,332,90-97.
71）YimingLi,GuiyingXu*,YanyanZhua,YajingWang,HoujianGong,AggregationbehaviorofPluroniccopolymerinthepresenceofsurfactant:Mesoscopicsimulation,ColloidsandSurfacesA:Physicochem.Eng.Aspects,2009,334,124-130.
72）XiaodengYang,GuiyingXu*,YijianChen,FangWang,HongzhiMao,WeipingSui,YanBai,HoujianGong,CaCO3crystallizationcontrolbypoly(ethyleneoxide)-poly(propyleneoxide)-poly(ethyleneoxide)triblockcopolymerandO-(hydroxyisopropyl)chitosan,JournalofCrystalGrowth,2009,311,4558-4569.
73）HoujianGong,XiaXin,GuiyingXu*,YajingWang,ThedynamicinterfacialtensionbetweenHPAM/C17H33COONamixedsolutionandcrudeoilinthepresenceofsodiumhalide,ColloidsandSurfaceA,2008,317,522-527.
74）XiaXin,GuiyingXu*,HoujianGong,YanBai,YebangTan,Interactionbetweensodiumoleateandpartiallyhydrolyzedpolyacrylamide:Arheologicalstudy,ColloidsandSurfacesA:Physicochem.Eng.Aspects,2008,326,1-9.
75）XiaXin,GuiyingXu*,DanWu,HoujianGong,HongxingZhang,YajingWang,Effectsofsodiumhalideontheinteractionbetweenpolyvinylpyrrolidoneandsodiumoleate:Surfacetensionandoscillatingbarrierstudies,ColloidsandSurfacesA:Physicochem.Eng.Aspects,2008,322,54-60.
76）XiaXin,GuiyingXu*,TaotaoZhao,YanyanZhu,XiaofengShi,HoujianGong,ZhiqingZhang,Dispersingcarbonnanotubesinaqueoussolutionsbyastarlikeblockcopolymer,JournalofPhysicalChemistryC,2008,112,16377-16384.

◎专利
授权专利：
1)宫厚健，朱超凡，李亚军，董明哲，苏玉亮，徐龙，邹洪俊，尚胜祥，王宏前，李子靳，测量页岩油二氧化碳吞吐过程中扩散系数的装置及方法，ZL6.6,2020.03.27.
2)宫厚健，朱超凡，尚胜祥，邹洪俊，李亚军，董明哲，苏玉亮，徐龙，翟雯雯，李子靳，评价页岩油二氧化碳吞吐采收率的装置及方法，ZL3.9，2020.05.19.
3)宫厚健，尚胜祥，朱超凡，徐龙，李亚军，董明哲，苏玉亮，邹洪俊，李子靳，张英林，利用二氧化碳/助溶剂体系提高页岩油吞吐采收率的方法，ZL8.8,2020.02.07.
4)宫厚健，张少杰，桑茜，李亚军，董明哲，王宏前，徐龙，朱超凡，张浩，尚胜祥，邹洪俊，一种评价页岩中可动油饱和量的装置及方法，ZL3.4，2019.08.16.
5)宫厚健，朱腾，董明哲，李亚军，徐龙，桑茜，张涛，李康宁，胡航，张烈，一种由阴-非两性离子表面活性剂形成的超临界CO2微乳液，ZL1.1，2018.07.27.
6)宫厚健，朱腾，董明哲，李亚军，徐龙，张涛，胡航，张烈，邢瑞，宋晓丹，测量超临界CO2微乳液相行为和密度的装置及其方法，ZL3.8,2018.04.27.
7)宫厚健，徐龙，董明哲，李亚军，桑茜，朱腾，李康宁，适合于高温高盐油藏的生物胶和表面活性剂复合驱油体系，ZL0.6,2018.02.02.
8)宫厚健，徐龙，董明哲，李亚军，桑茜，朱腾，李康宁，一种粘弹性纳米乳液及其制备方法，ZL3.4,2017.09.12.
9)宫厚健，王步娥，徐龙，董明哲，李亚军，桑茜，朱腾，一种纳米乳液用毛细管束流动测量装置及测量方法，ZL5.0,2017.09.15.
10)徐龙，宫厚健，邱喆，刘晨光，董明哲，李亚军，朱腾，一种天然气泡沫稳泡剂体系及其制备方法，ZL6.5,2020.03.27.
11)董明哲，朱超凡，宫厚健，李亚军，李彦超，尹丛彬，一种测量页岩中二氧化碳与烷烃竞争吸附量的装置及方法，ZL6.8，2019.07.30.
12)董明哲，宫厚健，李亚军，用于碱驱地层水中钙镁沉淀物絮凝分离的装置，ZL5.4，2017.08.08.
13)董明哲，宫厚健，李亚军，李爱芬，田伟，用于碱驱后稠油乳液破乳的方法，ZL6.2，2015.09.09.
14)董明哲，李亚军，宫厚健，用于油包水乳状液的油水分离装置及其方法，ZL5.6，2017.10.20.
15)徐龙，董明哲，王步娥，宫厚健，李亚军，桑茜，朱腾，一种纳米乳液用多孔介质流动测量装置及测量方法，ZL7.9,2017.10.10.
16)董明哲，杨泽皓，王卫红，王步娥，宫厚健，李亚军，张少杰，徐龙，朱腾，测定致密岩心径向渗透率的装置及方法，ZL8.2，2016.09.28.
17)李亚军，董明哲，宫厚健，王金杰，桑茜，煤页岩中气体动态解吸-流动的等温恒压实验装置，ZL9.5，2018.02.23.
18)董明哲，朱腾，陈掌星，刘梅，宫厚健，李亚军，张涛，杨泽皓，寇明明，李伟，一种高温高压下超临界二氧化碳毛细管粘度计及使用方法，ZL3.0,2018.06.05.
19)董明哲，朱腾，陈掌星，郭春清，宫厚健，李亚军，张涛，徐龙，石晓莉，刘月宁，一种超临界二氧化碳相平衡仪及其使用方法，ZL2.8,2018.06.05.
20)李亚军，董明哲，苏玉亮，李康宁，宫厚健，桑茜，潘滨，测量低渗透岩心渗透率的装置及方法，ZL8.7，2018.02.27.
21)赵清民，潘伟义，赵春鹏，董明哲，王宏前，张少杰，桑茜，宫厚健，李亚军，一种页岩储集性能测量装置及方法，ZL7.4，2019.08.27.
申请专利：
1)徐龙，祝仰文，姜祖明，宫厚健，王卫东，李亚军，桑茜，董明哲，戚佳伟，高温高压泡沫原位生成和评价的联用测试装置及使用方法，申请号：7.4.
2)王文东，李萌，苏玉亮，李亚军，宫厚健，徐纪龙，一种用于页岩油流动的数值模拟方法及装置，申请号：7.4.
3)宫厚健，李子靳，朱超凡，徐龙，桑茜，李亚军，董明哲，苏玉亮，吕威，桂文宇，一种评价页岩有机质和无机质中采收率的方法，申请号：8.3.
4)秦学杰，蒲军，付育璞，李子靳，朱超凡，宫厚健，桑茜，李亚军，董明哲，苏玉亮，一种评价页岩有机质和无机质中可采油含量的方法，申请号：0.0.

◎学术交流
1)Roomtemperaturesynthesisandfluorescencevisualizationsensingofinorganicperovskitequantumdots，ZhiweiQiu,YuzhuChen,YuZhang,HoujianGong，JingbinZeng，237thECSMeetingwiththe18thInternationalMeetingonChemicalSensors(IMCS2020)，May10-14,2020，Montreal,Canada
2)Studyonthetemperatureandsalttoleranceofnanoparticlereinforcedhydrophobicassociationpartiallyhydrolyzedpolyacrylamidesolutions，ZheQiu,HoujianGong，LongXu，WeidongWang，MingzheDong,InternationalFieldExplorationandDevelopmentConference,**，October16-182019,Xi’an,China
3)StudyonthemobilityofshaleoilindifferentoccurrencestatesbasedonNMRtechnology，ZijinLi,MingzheDong,ChaofunZhu,HoujianGong，YajunLi，InternationalFieldExplorationandDevelopmentConference,**，October16-182019,Xi’an,China
4)Experimentalstudyonrecoveryofshale-oilwithdissolved-gasdrive，YinglinZhang，MingzheDong,MingshanZhang,HoujianGong，YajunLi，InternationalFieldExplorationandDevelopmentConference,**，October16-182019,Xi’an,China
5)ExperimentalStudyofPrimaryProductioninShale，WenwenZhai,MingshanZhang,HoujianGong,YajunLi，MingzheDong，IOPConferenceSeries:MaterialsScienceandEngineering,Volume394,3.EnergyMaterials，042130，June16-17,2018，Xishuangbanna,Yunnan,China
6)ThenumericalsimulationonswellingfactorandextractionrateofatightcrudeoilandSC-CO2system,HongjunZou,HoujianGong,YajunLi,MingzheDong,AIPConferenceProceedings1944,020035(2018),The2ndInternationalWorkshoponAdvancesinEnergyScienceandEnvironmentEngineering,2018,2,2-4,Zhuhai,China
7)StudyonmovablefluidoflowpermeabilityreservoirwithNMRtechnology,HongqianWang,YajunLi,HoujianGong,MingzheDong,AIPConferenceProceedings1944,020036(2018),The2ndInternationalWorkshoponAdvancesinEnergyScienceandEnvironmentEngineering,2018,2,2-4,Zhuhai,China
8)Effectofdepletionrateonsolutiongasdriveinshale,MingshanZhang,QianSang,HoujianGong,YajunLi,MingzheDong,IOPConferenceSeries:EarthandEnvironmentalScience,2017,10,19–22,Shanghai,China
9)Competitiveadsorptionbehaviorsofcarbondioxideandn-dodecanemixturesin13Xmolecularsieve,ChaofanZhu,MingzheDong,HoujianGong,IOPConferenceSeries:EarthandEnvironmentalScience,2017,10,19–22,Shanghai,China
10)ThesupercriticalCO2huff-n-puffexperimentofshaleoilutilizingisopropanol,ShengxiangShang,MingzheDong,HoujianGong,IOPConferenceSeries:EarthandEnvironmentalScience,2017,10,19–22,Shanghai,China
11)Experimentalmeasurementofcloud-pointandbubble-pointforthe{poly(vinylacetate)+CO2+ethanol}systems,TengZhu,HoujianGong,YajunLi,MingzheDong,7thAsianConferenceonColloidandInterfaceScience,2017,08,8-11,KualaLumpur,Malaysia
12)超临界二氧化碳/聚合物复合体系高压相平衡和流变性评价，朱腾，董明哲，宫厚健，徐龙，中国化学会第十六届胶体与界面化学会议，2017,07,24-28，青岛
13)CO2与烷烃在页岩中的竞争吸附特性研究,李子靳,宫厚健,朱超凡,董明哲,中国化学会第十六届胶体与界面化学会议，2017,07,24-28，青岛
14)微生物多糖对O/W纳米乳液稳定性及流变性的影响,徐龙,宫厚健,邱喆,董明哲,中国化学会第十六届胶体与界面化学会议，2017,07,24-28，青岛
15)超临界CO2微乳液体系的构筑及其驱油机理研究，国家自然科学基金石油工程领域在研项目交流会暨石油工程中青年科学家论坛，2015.8.1-2，北京
16)聚驱后提高采收率方法研究，宫厚健，李康宁，于龙，董明哲，李亚军，中国化学会第十五届胶体与界面化学会议,2015.07.17-21,武汉
17)FurtherEnhancedOilRecoverybyHPAM/B-PPGCombinationInjectionAfterTertiaryPolymerFlooding，HoujianGong,MingzheDong,TingtingRen,LongYuandYajunLi，3rdInternationalsymposiumonEnergychallengesandmechanics，2015.7.7-9，Aberdeen，Scotland，UK
18)有机碱复合驱提高稠油油藏采收率研究，宫厚健，周广卿，徐龙，张青茹，董明哲，李亚军，中国化学会第十四届胶体与界面化学会议,2013.07,长春
19)AggregationBehaviorsofBranchedBlockPolyethersinAqueousSolution,10thInternationalHydrocolloidsConference,2010.06,Shanghai
20)改性嵌段聚醚表面聚集行为,中国化学会第十二届胶体与界面化学会议,2009.08,青岛
21)支状嵌段聚醚在表面上的聚集行为,中国化学会第二十六届学术年会,2008.07,天津,口头报告
22)TheEffectofHPAMwithDifferentHydrolysisDegreeontheDynamicInterfacialTensionbetweenOil-DisplacingSystemandCrudeOil，2ndAsianConferenceofColloidandInterfaceSciences,2007.10,Jinan
23)疏水修饰聚电解质的聚集行为及其与聚合物驱采出液的相互作用,高含水期油藏提高采收率方法国际研讨会,2007.08,黄岛,口头报告
24)无机盐对HPAM/C17H33COONa体系粘度的影响,全国第八届流变学会,2006.09,济南,口头报告