ScholarWorks@Korea University: LEE, JAE WOO

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LEE, JAE WOO (이재우)

Graduate School (Department of Environmental Engineering)

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Tel 041-860-1456
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Zerovalent iron (ZVI):3||Biodiesel:3||Anaerobic digestion:3||Nitrogen recovery:3||Wastewater:3||Nitrous oxide:3||Microalgae:3||pH:3||Solvent extraction desalination (SED):2||Fertilizer:2||Intensive aquaculture system:2||Xylene:2||nitrification:2||anammox:2||Dye wastewater:2||Nitrogen transformations:2||Empty bed contact time (EBCT):2||Biomethanation:2||Hydraulic retention time (HRT):2||Desalination:2||Color removal:2||Aquaculture:2||Waste activated sludge:2||Wastewater treatment:2||Methanogenesis:2||Secondary amine:1||current density:1||electrolyte:1||Bioflocculation:1||Wet sewage sludge:1||in situ transesterification:1||nanofiltration:1||activated sludge:1||ammonia:1||Waste stream:1||Insitu transesterification:1||EPS:1||Aquaponic system:1||copper toxicity:1||vulgaris:1||Biological nitrogen transformations:1||17 alphaethinylestradiol:1||Modified LudzackEttinger process:1||Ozonolysate:1||Intermittently decanted extended aeration (IDEA) process:1||Screening test:1||Hydrogenotrophic denitrification:1||activated sludge foaming:1||Industrial wastewater:1||Solvent recovery:1||liquidliquid extraction:1||Electron donor:1||Organic waste recycling:1||Aquaponicsbioponics:1||kinematic viscosity:1||Crystallization:1||Extracellular polymeric substance:1||Biofuel recovery:1||CH4 utilization:1||nonaqueous solvent (NAS):1||Homoacetogenesis:1||recirculating aquaculture system (RAS):1||Pretreatment:1||Fatty acid methyl ester (FAME):1||fouling:1||MBR:1||methane (CH2):1||greenhouse gases (GHGs):1||Nitrogen transformation:1||gracilis:1||Inhibition:1||Activated sludge:1||carbon dioxide:1||qPCR:1||Seawater reverse osmosis (SWRO):1||Packed bed reactor (PER):1||MS):1||Ultrasonication:1||Assimilable organic carbon:1||Sequencing batch reactor (SBR):1||Refining:1||Aerobic oxidation of methane with denitrification (AMED):1||plating wastewater:1||directional solvent extraction (DSE):1||molecular dynamics:1||aerobic oxidation of methane with denitrification (AeOMD):1||Plant species:1||Abandoned neutral or alkaline mine drainage (NAMD):1||In situ transesterification:1||Greenhouse gases:1||Greenhouse gas:1||질산화 고세균:1||Pretreatment:1||Submerged MF:1||Biodegradability:1||Detoxification:1||Biotreatment:1||Lipids:1||Amine:1||Nanoscaled zero valent iron:1||Soilless agriculture:1||growth:1||Continuous process:1||Organic solvent:1||cyanide:1||Wettransesterification:1||lipid contents:1||biodiesel potential:1||salt rejection:1||Diammonium phosphate (DAP):1||predenitrification:1||Hydroponic system:1||Carbon dioxide:1||Oxygen uptake rate:1||Fatty acid methyl esters (FAMES):1||redox conditions:1||AOB:1||Carbon source:1||Hydrogen flow rate:1||Chemical oxygen demand:1||Gordonia amarae:1||Extraction:1||gas chromatography timeofflight mass spectrometry (GCxGCTOF:1||Water absorption:1||Salt rejection:1||temperature:1||Aerobic granular sludge (AGS):1||Molecular dynamics simulation:1||Harvesting:1||Methanotrophs:1||Denitrifiers:1||CH4 utilized:1||NO3 consumed (C:1||rejection rate:1||extracellular polymeric substances (EPS):1||lensfree shadow imaging technique (LSIT):1||oxytetracycline:1||Anaerobic digestion (AD):1||Agricultural residue:1||Biogas:1||Resource recovery:1||Ammonia oxidizing bacteria:1||Denitrification:1||Microsand filtration:1||Pilotscale operation:1||Carbohydrate addition:1||hydrogenotrophic denitrification:1||nitrite accumulation:1||SBR:1||회분식 반응조:1||Coagulation optimization:1||Iodine:1||Polyvinyl chloride or PVC:1||FAME:1||Zero valent iron:1||Fluorescence excitation emission matrix:1||cyanobacteria:1||Water recovery:1||Solvent extraction desalination:1||electrochemical oxidation:1||heavy metal:1||bioflocculant:1||carbon dioxide (CO2):1||C:1||Photosynthetic wastewater treatment:1||Nitrification:1||Ozone oxidation:1||Cosolvent:1||periodic injection:1||Anaerobic methane fermentation:1||Detergent:1||17 betaestradiol:1||estrogens:1||AOA:1||Food waste:1||Enhanced biological phosphorus removal:1||Zerovalent iron:1||Discharge regulation:1||Total organic carbon:1||fast pyrolysis biooil (FPBO):1||multistep separation:1||hydroprocessed ester and fatty acids (HEFA):1||length:1||morphology:1||Energy consumption:1||Monoammonium phosphate (MAP):1||Anaerobic digestate:1||fatty acid methyl esters (FAMEs):1||N) ratio:1||reverse osmosis:1||desalination:1||microalgae:1||Methane production:1||food waste disposal:1||SMP:1||Gompertz model:1||Nitrous oxide (N2O):1||Greenhouse gas (GHG):1||Temperature:1||Dissolved heavy metals:1||Climate change:1||질산화 미생물:1||정량중합효소 연쇄 반응:1||Disposer:1||Foaming potential:1||Reduction:1||Chia seeds:1||biojet fuel:1||freezing point:1||Anabaena sp .:1||Fuel quality standard:1||sewage sludge:1||Nanoscale zero valent iron:1||Monoammonium phosphate (MAP):1||Lignocellulosic biomass:1||hydraulic retention time (HRT):1||nitrous oxide (N2O):1||extracellular polymeric substances:1||Aquaponics:1||E:1||Aquaculture system:1||Silica nanoparticle:1||Wet wastewater sludge:1||fixed bed reactor (FBR):1||Anaerobic toxicity assay (ATA):1||Food waste disposer (FWD):1||managed aquifer recharge:1||microbial activity:1||Membrane bioreactor:1||Foam generation:1||Principal component analysis (PCA):1||Microplastics:1||di2ethylhexyl phthalate or DEHP:1||Dissolved organic matter characteristics:1||Polarityswitchable solvent:1||Simulated Distillation (SIMDIS):1||Ionic liquids (ILs):1||Saline water:1||Molecular dynamic:1||Algal organic matter:1||Powdered activated carbon (PAC):1||Organic micro pollutants (OMPs):1||

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