ScholarWorks@Hanyang University: Lee, Kun Sang

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Lee, Kun Sang (이근상)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

Research Area: 석유공학

Tel 02-2220-2240
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Heterogeneity:9||polymer flood:7||CO2 storage:6||Shale gas:5||injectivity:5||CO2 sequestration:5||Gel treatment:5||enhanced oil recovery:5||Wettability alteration:5||Polymer flooding:4||Wettability:4||Asphaltene:4||viscosity:3||Geomechanics:3||water alternating gas (WAG):3||reservoir simulation:3||Adsorption:3||Well length:3||simulation:3||Shale reservoir:3||NPV:3||sweep efficiency:3||Microbial enhanced oil recovery (MEOR):3||Reservoir simulation:3||Capillary trapping:3||horizontal well:3||hybrid:3||Optimization:3||enhanced recovery:3||shale gas:3||Selective plugging:3||CO2 EOR:3||fractured basement reservoir:2||pressure transient analysis:2||gel treatment:2||Well pattern:2||geochemical reaction:2||adsorption:2||Exponential correlation:2||shearthinning fluid:2||Permeability reduction:2||Polymer flood:2||Nanoconfinement:2||CCS:2||LPG:2||type curve:2||Aqueous solubility:2||Power law correlation:2||Groundwater flow:2||CCUS:2||low salinity waterflood:2||CO2 huffnpuff:2||Correlation length:2||waterflooding:2||microbial enhanced oil recovery (MEOR):2||Numerical simulation:2||Type curves:2||Horizontal well:2||Deposition:2||numerical simulation:2||enhanced oil recovery (EOR):2||permeability:2||Sensitivity analysis:2||Geochemical reaction:2||WAG cycle:2||Molecular diffusion:2||Oxidation:2||Halflife:1||Heat transfer:1||Heavy Hydrocarbon:1||Highsalinity reservoir:1||Hightemperature reservoir:1||Hot water injection:1||Hydraulic Fractures:1||Hydraulic fracture:1||Hydrolysis:1||Hysteresis:1||Initial pressure:1||Injection design optimization:1||Injectivity:1||Interfacial tension reduction:1||Leakage:1||Leuconostoc mesenteroides:1||Liquefied petroleum gas:1||Low salinity water injection:1||Micellarpolymer flood:1||Micellarpolymer flooding:1||Microbial enhance oil recovery (MEOR):1||Microbial enhanced oil recovery:1||Microbial reaction:1||Microbialenhanced oil recovery:1||Microgel:1||Mini frac test:1||Mobility ratio:1||Modeling &:1||Multilayered system:1||Multiobjective optimization:1||Multiporosity system:1||Multiscale:1||Natural fracture:1||Net present value:1||Nitriding:1||NonDarcy effect:1||NonUniform Fractures:1||Nonaqueous phase liquid:1||Nonisothermal biokinetics:1||Numerical modeling:1||Numerical modelling:1||Objective function:1||Oil degradation:1||Oil flow velocity:1||Oil mobility:1||Oil production:1||Oil reservoir:1||Oil resistance factor:1||Organic matter:1||Organic pores:1||Oxynitriding:1||Permeability:1||Permeability alteration:1||Permeability and porosity:1||Permeability distribution:1||Polymer gel:1||Polymer precipitation:1||Polymer transport:1||Porosity:1||Precipitation:1||Preflush:1||Pressure buildup:1||Pressure transient:1||Production Performance:1||Relative permeability:1||Reservoir environment:1||Reservoir heterogeneity:1||Reservoir rock dissolution:1||Retention:1||Rock geomechanical properties:1||SO2 corrosion:1||Saline aquifer:1||Salinity:1||Selective pluggin:1||Shale Gas:1||Shale formation:1||Shale gas reservoir:1||Silicate gel:1||Simulation:1||Solubility:1||Standing column well:1||Stimulated reservoir volume:1||Supercritical CO2 Injection:1||Surfactant flooding:1||Surfactantenhanced aquifer remediation:1||Sweep efficiency:1||Temperature:1||Thermal conditions:1||Thermal degradation:1||Thermohydraulic evaluation:1||Ti6Al4V alloy:1||Ti2N:1||TiN:1||TiON:1||Tin:1||Titanium:1||Toluene:1||Type curve:1||Uncertainty analysis:1||Uncertainty assessment:1||Unconventional Resources:1||Upstream Oil &:1||Utilization and Storage:1||Variance:1||Vertical permeability:1||Viscosity:1||Viscosity model:1||Viscosity reduction:1||WAG:1||Wateroil ratio:1||Well Configuration:1||Well allocation:1||Wettability modification:1||anisotropic reservoir:1||anisotropy:1||aqueous molecular diffusion:1||aqueous phase:1||aqueous solubility:1||aquifer:1||aquifer thermal energy storage:1||biokinetics:1||biosurfactant:1||blocking process:1||bottomaquifer:1||bottomwater aquifer:1||caprock:1||carbon capture and storage:1||carbon capture and storage associated with enhanced oil recovery (CCSEOR):1||carbonated waterflood:1||chemical flooding methods:1||chemical solvent:1||continuous operation:1||crossflow:1||2D rectangular fracture:1||dextran:1||diagenesis:1||different temperature:1||dimethyl ether (DME):1||discrete fracture network:1||dissolution:1||economic feasibility:1||emulsion injection method:1||energy balance:1||field application of EOR:1||flow in porous media:1||flow pattern:1||formation plugging by emulsion:1||formation properties:1||fracture halflength:1||fracture spacing:1||gas:1||gel solution:1||geochemistry:1||global warming potential (GWP):1||groundwater flow:1||hanyang university:1||high temperature reservoir:1||hydraulic fracture:1||hydraulic fracturing:1||hydrogeologicalthermal simulation:1||impure CO2:1||in situ selective plugging:1||injection:1||injector length:1||interfacial tension:1||interphase transport:1||interphase transport of CO2:1||leakage:1||leuconostoc mesenteroides:1||liquefied petroleum gas:1||low salinity:1||low salinity water:1||mechanical entrapment:1||mechanistic model:1||microbial kinetics:1||mineral reaction:1||mineralogy:1||mini frac test:1||minimum miscibility pressure:1||miscibility:1||miscible gas:1||modelling:1||nanoparticlestabilized emulsions:1||nonlinear flow:1||numerical model:1||oil production:1||oil saturation:1||optimization:1||pareto optimality:1||permeability layer:1||permeability reduction factor:1||petrography:1||petrophysics:1||pipe flow:1||polymer flooding:1||polymer retention:1||porosity:1||pressure:1||producer perforation:1||production rate:1||pseudopressure:1||reaction:1||reservoir:1||reservoir temperature:1||robust optimization:1||s effect on emulsion stability:1||salinity:1||salinity&apos:1||selective plugging:1||shale streaks:1||shear velocity:1||standing column well:1||stress sensitivity:1||temperature:1||temperature dependence:1||thermal modeling:1||thermohydraulic evaluation:1||thickness:1||twophase flow:1||unconventional resource:1||upstream oil &:1||viscous gravity number:1||water breakthrough:1||water bt phenomenon:1||water coning:1||water cut:1||waterwet reservoir:1||well pattern:1||wettability:1||wettability modification:1||모세관격리:1||목적함수:1||미생물 회수증진공법:1||불균질도:1||상관길이:1||석유회수증진기술 (EOR):1||선택적 공극막힘:1||셰일가스:1||순현재가치:1||습윤도 개선:1||아스팔텐:1||역학모델:1||오일 분해:1||오일 생산:1||오일 유동 속도:1||오일 저항계수:1||유동패턴:1||이산화탄소 회수증진법:1||인위기원 이산화탄소:1||저류암 용해:1||주입설계 최적화:1||초기압력:1||침전:1||탄소 포집 및 저장:1||퇴적:1||투과도:1||파이프 유동:1||cyclic regime:1||2상유동:1||Aluminizing:1||Anthropogenic CO2:1||Aquifer thermal energy storage:1||Asphaltene deposition:1||Bacillus subtilis:1||Bacterial growth kinetics:1||Biopolymer:1||Biosurfactan:1||Bottomaquifer:1||CCSEOR:1||CH4:1||CO(2)HuffnPuff:1||CO2 Enhanced Oil Recovery:1||CO2 Huff and Puff:1||CO2 Storage Mechanisms:1||CO2 flooding:1||CO2 stimulation:1||CO2 자극공법:1||CO2 지중저장:1||CO2EOR:1||CO2EOR:1||Capillary barrier trapping:1||Capillary imbibition:1||Capillary pressure:1||Carbon Capture:1||Carbon capture and storage (CCS):1||Carbon dioxide enhanced oil recovery (CO2 EOR):1||Carbon steel:1||Carbonate reservoir:1||Continuous operation:1||Continuous regime:1||Convection:1||DFIT:1||DFIT(diagnostic fracture injection test):1||DMEenhanced waterflood (DEW):1||Dimethyl ether (DME):1||Displacement efficiency:1||Divalent caution:1||Dual permeability:1||Dual porosity:1||EOR:1||EOR market:1||EOR screening criteria:1||EOR 시장:1||EOR 적용기준:1||EOR 적용사례:1||Enhanced gas recovery:1||Fluid Dynamics:1||Fluid Modelling:1||Fracture halflength:1||Fracture reactivation:1||Fracture spacing:1||Fractured horizontal well:1||GAGD:1||Gas:1||Gas flow mechanisms:1||Gas nitriding:1||Gascondensate:1||Gasrelative Permeability:1||Geological uncertainty:1||Geomechanical properties:1||Geomechanical state:1||Geostatistics:1||Greenhouse Gases:1||H2S corrosion:1||

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