ScholarWorks@Korea University: Kim, Young jin

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Kim, Young jin (김영진)

Graduate School (Department of Environmental Engineering)

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Tel 044-860-1452
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Forward osmosis:12||Fertilizerdrawn forward osmosis:5||Membrane fouling:4||Membrane cleaning:3||Membrane distillation:3||Anaerobic membrane bioreactor:2||CSG produced water:2||RO brine:2||Produced water:2||Fertilizer:2||Reverse diffusion:2||Forward osmosis (FO):2||Membrane surface characterization:2||forward osmosis:2||Desalination:2||Biofouling:2||RO membrane:2||Water reuse:2||Wastewater treatment:2||Osmotic dilution:2||Electrospun nanofiber membrane (ENM):1||physical cleaning:1||Water energy nexus:1||Membrane geometry:1||Membrane distillation (MD):1||Specific energy consumption:1||Surface chemical heterogeneity:1||Organic convection and diffusion:1||Osmotic concentration:1||Hydrodynamics:1||Scaling inhibition:1||Polyamide membrane synthesis:1||Chironomidae larvae:1||Polysulfone:1||Dye:1||Oil sand:1||Water treatment:1||Simulation:1||Nanofiltration:1||Ammonia recovery:1||Omniphobic membrane:1||Circular economy:1||FORO osmotic Dilution process:1||Air scouring:1||Membrane fouling control:1||FDFO simulation:1||Anaerobic osmotic bioreactor:1||Anaerobic membrane bioreactor effluent:1||Fertilizer draw solution:1||Hydroponic:1||fertilizerdrawn forward osmosis:1||Organic fouling:1||Temperature polarization:1||Current limitations:1||OCT:1||Brine reclamation:1||FOMD hybrid:1||FO and MD fouling:1||EDTA:1||Neutron reflectivity:1||Diatomite:1||Ammoniarich wastewater:1||Membrane contactor:1||Pb(II):1||Optical coherence tomography (OCT):1||Efficiency:1||Optimization:1||Methane:1||Simultaneous nitrificationdenitrification (SND):1||Biomass activity:1||process parameter:1||Anaerobic osmotic membrane bioreactor:1||Draw solution regeneration:1||3D printing:1||Seawater reverse osmosis:1||Gravitydriven ceramic membrane:1||Support free molecular layer by layer:1||Membrane wetting:1||Bromide:1||Energy:1||Osmoticallydriven reversibility index:1||Module configurations:1||CO2 nucleation:1||Radioactive liquid waste:1||Microfiltration (MF):1||Fertigation:1||Organic micropollutants:1||Wastewater reuse:1||Biomethane potential:1||Atomic force microscopy:1||Draw and feed solution temperature:1||Indonesia river Water:1||Perfluorinated compounds:1||Thin film nanocomposite:1||Adsorption:1||carbon capture:1||Anaerobic digestion sludge leachate:1||Bromine:1||Superhydrophobic:1||Membrane distillation (FOMD) module:1||Performance improvement:1||shale gas produced water:1||Colloidal organic and silica fouling:1||Surfactant:1||Flue gas desulfurization (FGD) wastewater:1||Fouling:1||Forward Osmosis:1||Nutrient:1||aerobic osmotic membrane bioreactor:1||Air gap membrane distillation:1||Reverse osmosis:1||Flow fieldflow fractionation (FlFFF):1||Chemical and physical factors:1||Oil and grease:1||Hollow fiber nanofiltration:1||Resource recovery:1||Threedimensional membrane:1||Osmotic and thermal isolation:1||Desalination and water treatment:1||Organic micropollutants (OMPs):1||Modified fouling index:1||fouling and scaling:1||Fouling control:1||Industrial wastewater treatment:1||Aluminabased ceramic membrane:1||PVDF polymeric membrane:1||OMBR:1||Commercial fertilizers:1||salinity buildup:1||Phase inversion:1||Natural organic matters (NOM):1||Total dissolved solids (TDS):1||Chemically enhanced backwashing:1||Electrospinning:1||salt separation:1||Water management:1||Graphene oxide:1||Thin film nanocompositeinterlayer:1||adsorbent:1||domestic wastewater:1||draw solution:1||Selectivity:1||Coaxial electrospinning:1||Integrated forward osmosis:1||Nextgeneration sequencing:1||Longterm pilotscale study:1||spacer design:1||Fertiliser draw solution:1||Anaerobic ceramic membrane bioreactor:1||Salt accumulation:1||Pyrosequencing:1||OMBR simulation:1||Draw solution selection:1||Deposition and transport:1||FO flux decline:1||Spacer design (Bio)fouling:1||Langmuir Schaefer technique:1||Hydraulic backwashing:1||CO2 backwashing:1||Granular activated carbon:1||Sandwichlike membrane:1||Unconventional oil and gas:1||CO<sub>2</sub> capture:1||Gypsum crystallization:1||Isothermal membrane distillation:1||Concentration and temperature polarization:1||Energy efficiency:1||Fouling reversibility:1||Reverse salt flux:1||Radioactive iodine:1||Pyrosequence:1||Salinity buildup:1||Biogas production:1||Physical cleaning:1||Hydroponics:1||Graphene/PVDF membrane:1||Dynamic hysteresis:1||Chemical heterogeneity:1||Pressure drop:1||Hybrid desalination:1||Scaling:1||Microplastics:1||Ferric ion:1||Feed spacers:1||Sulfonated diatomite:1||Methylene blue:1||

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