ScholarWorks@Hanyang University: Kim, Jong Oh

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Kim, Jong Oh (김종오)

COLLEGE OF ENGINEERING (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

Research Area: 토목공학(상하수도 및 수처리)

Tel 02-2220-0325
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Adsorption:16||Anodization:10||Phosphate:8||Desorption:8||Ballasted flocculation:8||Reverse osmosis:7||Visible light:6||Photocatalysis:5||Image analysis:5||MIL125(Ti):4||Membrane distillation:4||Photocatalyst:4||Humic acid:4||Reusability:4||Phosphate recovery:4||Heavy metal:4||Specific fouling:3||Resource recovery:3||Response surface methodology:3||Vanillin:3||Scaling:3||Photodegradation:3||Membrane filtration:3||Antibiofouling:3||Fouling mechanism:3||Quorum quenching:3||TiO2 nanotube:3||TiO2 nanotubes:3||Inorganic foulants:2||Nitrifying bacteria:2||Water treatment:2||Silica nanoparticles:2||Membrane fouling:2||Coexisting components:2||Polydopamine:2||Polyethersulfone membrane:2||Irreversible fouling:2||Phosphorus recovery:2||Solar irradiation:2||Magnetite:2||Directcontact membrane distillation:2||SonoFenton:2||Magnetic iron oxide:2||Reynolds number:2||Ballasted flocs:2||Adsorbent:2||UV irradiation:2||Hydrocyclone:2||Preoxidation:2||Pressure Decay Test:2||Organic degradation:2||Metal organic frameworks:2||Anodic oxidation:2||Cr(VI):2||Drag coefficient:2||Clean in place:2||Phenol degradation:2||Magnetic ballast:2||Longterm operation:2||Cleaninplace:2||Degradation:2||RGOTNTs:2||Amphiphobicity:2||RSM:2||Sericite:2||Photocatalytic degradation:2||Floc density:2||Modeling:2||Membrane Integrity Test:2||Dip coating:2||Membrane:2||Concentrated saline solution:1||Concentration ratio:1||Constant flux:1||Constant pressure:1||Copper:1||Coreshell:1||Cr reduction: degradation:1||Critical flux:1||Critical micelle concentration:1||Crossflow ultrafiltration membrane:1||Curcumin:1||DCMD:1||DLC/SiO2/Al2O3 membrane:1||Deadend filtration:1||Defect Types:1||Defluorination:1||Degradation and reduction:1||Denitrifying bacteria:1||Desalination:1||Diagnosis technology:1||Dipcoating:1||Direct contact membrane distillation:1||Disinfection:1||Dissolved Mn:1||Dissolved organic matter:1||Doping:1||Dredged sediment:1||Electrodialysis:1||Electronics wastewater:1||Electrostatic attraction:1||Emerging contaminants:1||Emulsified wastewater:1||Endocrine disrupting compounds (EDCs):1||Endocrinedisrupting compounds (EDCs):1||Energy consumption:1||Enhanced visible light:1||Equilibrium isotherm:1||FTIR:1||Fe–TiO2 nanotubes:1||Fe precursor:1||FeTNT:1||Fe3O4/ZrO2 composite:1||Fenton:1||Field application:1||Filtration:1||Filtration coating:1||Fishhook phenomenon:1||Flat photocatalytic reactor:1||Flattype photoreactor:1||Floc composition:1||Floc shape:1||Fluorinated silica nanoparticles:1||Fluorinatedsilica nanoparticles:1||Fluorographite:1||Fluorographite coating:1||Flux enhancement:1||Flux fluctuation:1||Food waste:1||Food wastewater (FWW):1||Fouling models:1||Fourpoint bending test:1||GC3N4TiO2:1||GO/TNA composites:1||Gained output ratio (GOR):1||Gas hydrate:1||Glass fiber membrane:1||Graphite oxide:1||Green synthesis:1||Ground deformation:1||H2O2:1||Harvesting:1||Heterostructure:1||High turbid matter removal:1||Hollow fiber membrane:1||Hollow fiber type of carbon nanotube network:1||Hollow structure:1||Hydrogen:1||Hydrotalcite:1||Hydroxylated fullerene nanoliarticles:1||Hypersaline feed:1||Immobilization:1||Industrial wastewater:1||Initial Pressure Value:1||Integrated membrane distillation:1||Ionexchange membrane:1||Ionic strength:1||Iron carbon nanotube:1||Iron Oxide Nanotube:1||Iron oxide nanoflakes:1||Iron oxide nanotubes:1||Isopropyl alcohol:1||Isopropyl alcohol (IPA):1||Juice:1||LCMS/MS analysis:1||Lamellar settling tank:1||Lanthanum hydroxide:1||Leaching:1||Lead:1||Levelized energy cost:1||Ligand exchange:1||Liquid entry pressure:1||Log Removal Value:1||Log removal value (LRV):1||Low waste discharge:1||Lowmolecularweight compounds:1||Lowmolecularweight organic acids:1||MD:1||MF:1||MIO (Magnetic Iron Oxide):1||MXene:1||Membrane bioreactor:1||Membrane bioreactor:1||Membrane deformation:1||Membrane integrity:1||Membrane materials:1||Membrane modification:1||Membrane process:1||Membrane properties:1||Membrane resistance:1||Membrane water treatment system:1||Metal membrane:1||Metal nanotubes:1||Metal organic framework:1||Metal oxides:1||Metalorganic frameworks:1||Methanol:1||Methyl orange:1||Methylene blue:1||Microalgal biomass:1||Microbacterium barkeri:1||Microbial community:1||Microfiltration:1||Modelling:1||Moringa oleifera:1||Multi walled carbon nanotubes:1||Municipal wastewater reuse:1||NDMA:1||NMR:1||NaMnO<sub>4</sub>:1||Nanoflower:1||Nanomaterials:1||Nanoporous:1||Nanotubular TiO2 (NTT):1||Natural organic matter:1||Net power:1||Nitric oxide:1||Nitrification:1||Nitrogen:1||Nitrophenol:1||Nutrient uptake:1||Nutrients:1||Oily wastewater treatment:1||Oligonucleotide microarray:1||Omniphobic:1||Omniphobic membrane:1||Onestep and twostep synthesis:1||Optimal condition:1||Optimization:1||Organic fouling:1||Organic fouling, biofouling:1||Organic matter:1||Organic pollutant:1||Oxidation:1||Oxidation process:1||PDMS:1||PFOA:1||Packedbed Column:1||Paenibacillus amylolyticus:1||Participation equation:1||Particle analysis:1||Per capita generation of waste (PCGW):1||Performance:1||Peroxynitrite:1||Persistent:1||Phenol:1||Phosphorus:1||Phosphorus Recovery:1||Photoanode:1||Photobioreactor:1||Photocatalytic reactor:1||Photoelectrocatalytic Process (PECP):1||Physicochemical reaction:1||Pilot plant:1||Plastic pollution:1||Pollutant degradation:1||Pollution:1||Polydimethylsiloxane:1||Polyethylene (PE):1||Polyethylene pipe:1||Polymer membrane:1||Polystyrene:1||Polyvinyl chloride (PVC):1||Polyvinyl chloride pipe:1||Polyvinylidene fluoride:1||Preoxidation:1||Prediction:1||Pressure Difference:1||Pressure decay test (PDT):1||Pressured membrane:1||Pretreatment:1||Pretreatment for membrane distillation:1||Pulsed electric field:1||Quantum yield:1||Quorum sensing:1||RGOBiTNTs:1||RGOTNT:1||RGO/gC3N4:1||Reaction rate:1||Recirculating:1||Reclaimed wastewater:1||Recovery of ballast:1||Recycling:1||Recycling of textile wastewater:1||Regeneration:1||Regression analysis:1||Removal:1||Reverse electrodialysis:1||Rotating Reactor:1||Rotating photocatalytic reactor:1||Seawater desalination:1||Seismic properties:1||Selforganized anodization:1||Semibatch reactor:1||Seoul:1||Settling behavior (settlability):1||Settling mechanism:1||Settling velocity:1||Settling velocity modeling:1||Settling velocity modelling:1||Sewage sludge:1||Shale gas wastewater:1||Sieve unit:1||Silt density index:1||Simulation:1||Slippery membrane surface:1||Sludge removal:1||Smart water grid:1||Sodium hypochlorite:1||Solidphase advanced oxidation process:1||Solubilization:1||Specific energy:1||Specific gravity:1||Specific thermal energy consumption (STEC):1||Statistical analysis:1||Styrene oligomers:1||Superhydrophobicity:1||Superoxide anion radical:1||Surface charge:1||Surface concentration:1||Surface modification:1||Surfactant:1||Synthesis:1||TFC membrane:1||TOCUV:1||TPH:1||Temporal:1||Thermophilic and mesophilic anaerobic digestion:1||Thin film composite:1||Thin films:1||Threedimensional electrode:1||TiO2 Nanotubes:1||TiO2 membrane:1||TiO2 nanofilms:1||TiO2 nanoparticles:1||TiO2 nanotube array:1||TiO2 nanotube arrays:1||Titanium dioxide:1||Trace organic contaminants:1||Transport:1||Treated wastewater:1||Tunnel construction wastewater:1||Two and onestep methods:1||Ultrapure water (UPW):1||Upper Control Limit:1||Vacuumdrying effect:1||Velocity gradient:1||Visible light: hydrothermal modification:1||Visiblelight:1||Visiblelight photocatalyst:1||Volatile fatty acids (VFAs):1||Volumetric Analysis:1||Vortex finder:1||Vortex flash mixer:1||WWTP:1||Waste activated sludge (WAS):1||Waste heat recovery:1||Wastewater:1||Wastewater reclamation:1||Wastewater treatment plant:1||Water Treatment:1||Water matrix effectPhotocatalytic degradationTextile wastewaterFeTiO2 nanotubes:1||Water sorption:1||Water supply pipe joint:1||Wetting:1||Zero valent iron:1||Zetapotential:1||Zirconium oxide:1||acidogenic fermentation:1||adsorption:1||adsorption equilibrium:1||advanced water treatment:1||aggressive conditions:1||anatase:1||anodic oxidation:1||anodization:1||backwashing:1||bag filter:1||biodegradation:1||bisphenolA:1||cadmium sulfide:1||carbamazepine:1||carbon nanomaterials:1||chemical bath deposition:1||chemical coagulation:1||chemical enhanced backwashing:1||coagulants:1||coagulationfiltration:1||combined:1||contaminants:1||continuousflow photocatalytic reactor:1||correlation:1||crystallization:1||doping:1||dredged sediment:1||emulsion:1||energy efficiency:1||fluorinated membrane materials:1||foulant:1||gC3N4?TiO2 nanocomposite:1||geometrical characteristics:1||hollowfiber:1||hydrocyclone:1||hydrophobic membrane:1||inhibition:1||inhibition of biofilm development:1||inorganic/organic coagulant:1||kinetic model:1||membrane filtration:1||membranes:1||metal mesh:1||metal powder:1||metal wire:1||microbial disinfection:1||microfiltration membrane:1||microwave:1||modified TiO2 nanotubes:1||nanohybrid membranes:1||nanofiltration:1||new membrane materials:1||onestep synthesis:1||organic degradation:1||organic pollutant:1||phosphorus removal:1||photocatalysis:1||photocatalytic reactivity:1||polyvinyl alcohol (PVA):1||porous metal membrane:1||powdered activated carbon:1||precipitation:1||pretreatment:1||reactive oxygen species:1||reclamation:1||reuse:1||reverse osmosis:1||reverse osmosis membrane:1||rolling:1||scalingup:1||sintering:1||sludge dewatering:1||surface treatments:1||tannery wastewater:1||textile waste water:1||tunnel construction wastewater:1||ultrafiltration:1||ultrasonication:1||visible light:1||volatile fatty acid:1||wastewater reclamation:1||zeta potential:1||가압식 분리막:1||결정화:1||광촉매 반응:1||나노튜브 TiO2:1||내분비 저해 화합물:1||막여과:1||막여과저항:1||막오염물질:1||막증류:1||메틸렌블루:1||분리막:1||열화:1||운동학적 모델:1||유기막오염:1||자성산화철:1||재생수:1||탈불소화:1||태양광:1||평판형 광반응기:1||폴리플루오린화비닐리덴:1||하수방류수:1||화학세정:1||황산칼슘:1||흡착:1||4chlorobenzoic acid:1||흡착평형:1||6가 크롬:1||ANOVA:1||Accelerated test:1||Acetone:1||Acid (HCl) treatment:1||Activated sludge:1||Activation energy:1||Advanced materials:1||AgMWCNTTiO2 composites:1||AgMWCNTTiO2 복합체:1||Air gap membrane distillation:1||Airscoured:1||Airscouringmembrane backwash water:1||Alginate beads:1||Alumina nanotubes:1||Amphiphobic:1||Anaerobic codigestion (AcoD):1||Angle of lamellar plate:1||Anion:1||Anodization and hydrothermal process:1||AntiBiofouling:1||Antifouling:1||Antioilfouling and antiwetting membrane:1||Antiwetting:1||Antifouling and antiwetting:1||Arsenic:1||Automated pipelinebased vacuum collection (AVAC) system:1||BTEX:1||Backwashing:1||Ballast characteristics:1||Ballast proportion:1||Behavior of particles:1||BiTiO2 composite:1||Biodegradation:1||Biodiesel:1||Biofilter:1||Biological nitrogen removal (BNR):1||Biomass:1||Bioremediation:1||Bioslurping:1||Bismuth coupledTiO2:1||Bismuth doping:1||Blocking mechanism:1||Bovine serum albumin:1||Bubble size:1||C. mexicana:1||CNM:1||CaSO4:1||Cadmium:1||Capacitive deionization:1||Carbamazepine:1||Carbon nanomaterials:1||Carbon nanotubes:1||Cell potential:1||Ceramic membrane:1||Cesium Ion:1||Cesium ion:1||Chemical enhanced backwash:1||Chemical enhanced pretreatment:1||Chemically reduced graphene oxide:1||Chemicals of emerging concern (CECs):1||Chlorine dioxide:1||Chromium reduction:1||Clarifier:1||Clean in place (CIP):1||Cleaner production practice:1||Coagulation:1||Coagulation–flocculation integration process:1||Color removal:1||Component weight ratio:1||

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