ScholarWorks@Hanyang University: Kim, Young Mo

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Kim, Young Mo (김영모)

COLLEGE OF ENGINEERING (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

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Tel 02-2220-0314
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Antibiotic resistance genes (ARGs):14||Sewage sludge:8||Microbial community:8||Volatile fatty acids (VFAs):4||Antibiotic resistance genes:4||Anaerobic digestion (AD):4||Nitrification:4||Biogas:4||Pretreatment:3||Network analysis:3||Nitrous oxide:3||Wastewater treatment plant:3||microbial community:3||Optimization:3||Anaerobic codigestion:3||Fatty acids:3||Micropollutants:3||Organic micropollutants:2||Antibiotic resistance gene (ARG):2||Aquaculture:2||Food waste:2||Biodegradation:2||Food wastewater (FWW):2||Microalgae:2||미량오염물질:2||반응표면분석:2||Microalgal biomass:2||Coagulation:2||Artificial neural network:2||Chemically enhanced primary treatment (CEPT):2||최적화:2||Temperaturephased anaerobic digestion:2||Powdered activated carbon:2||Thermophilic aerobic digestion (TAD):2||Groundwater:2||Lignin:2||Comet assay:2||Monitoring:2||Heavy metal resistance genes (HMRGs):2||Tunnel construction wastewater:2||Reverse osmosis:2||Machine learning:2||Highthroughput sequencing:2||microalgae:2||Copper:2||Nitrifying bacteria:2||Antibiotics:2||Human bacterial pathogens (HBPs):2||Bacterial community:2||Waste wood:2||Codigestion:2||Wastewater treatment:2||Coagulants (FeCl3 and PACl):1||Coagulationflocculation process, RSM, Optimization:1||Coastal aquaculture:1||Coastal water quality:1||Combined pollution:1||Comprehensive toxicity:1||Correlation:1||Counterflow diffusion flames:1||Cyanide degraders:1||Cyanobacteria:1||Cyanobacterial biomass:1||DGGE:1||DNA damage:1||Deep learning:1||Deep reinforcement learning:1||Degradation pathway:1||Degrading bacteria:1||Denitrification:1||Denitrifying bacteria:1||Digestate treatment system (DTS):1||Dissolved air flotation:1||Dissolved air flotation (DAF):1||Drinking water source:1||Drinking water treatment plant:1||EPS:1||Earthworm:1||Earthworms:1||Effluent:1||Effluent concentration:1||Eisenia fetida:1||Electrochemical advanced oxidation process:1||Enhanced primary treatment:1||Enrofloxacin:1||Environmental factor:1||Environmental fluid dynamic code:1||Environmental impact:1||Ethanol organosolv:1||Fecal indicator bacteria:1||Filtering process:1||Fine particle removal:1||Finite element method:1||Fish feed:1||Flowthrough fish farm:1||Food wasterecycling wastewater (FRW):1||Free cyanide:1||Fullscale anaerobic digestion:1||Fullscale anaerobic digestion plant:1||Fullscale biological nitrogen removal process:1||Gene expression:1||Genome:1||Graphene:1||Han River:1||Heavy metal resistance genes:1||Hexavalent chromium (Cr(VI)):1||Histopathology:1||Horizontal gene transfer:1||Hydraulic behavior:1||Hydrochar:1||Hydrogen addition:1||Hydrolysis:1||Hydrothermal carbonization:1||IBRv2:1||Immobilized Microorganism:1||Influent:1||Influential factor:1||Inhibition:1||Interaction:1||KEYWORDS:1||Latitudinal distribution:1||Lead:1||Lignocellulosic biomass:1||Linear model:1||Lipid extracted algae:1||MBR:1||MILD combustion Regime:1||Machine learning technique:1||Macrolide:1||Magnetic adsorbent:1||Manure:1||Marine bacteria:1||Marine outfall:1||Mass reduction:1||Mekong River basin:1||Membrane fouling:1||Metal:1||Metal resistance genes (MRGs):1||Methane:1||Microalgae residues:1||Microalgalbacterial consortium:1||Microbial community quantitative PCR (qPCR):1||Microbial ecology:1||Microbial lipids:1||Microfiltration:1||Mixotrophic culture:1||Modelbased process optimization:1||Modeling:1||Modeling and prediction:1||Multiple linear regression (MLR):1||Multiple regressions:1||NO formation:1||Nano spinel ferrite:1||Nitenpyram:1||Oil wastewater:1||Oily wastewater, Dissolved air flotation, Coagulation, Slitnozzle, Microbubble:1||Open ocean system:1||Optimal condition:1||Organic solid waste:1||Organic solid waste (OSW):1||Organosolv Process:1||Oxidative damage:1||Oxidative stress:1||Oxytetracycline:1||Ozonation:1||Ozone:1||PFOA:1||PFOS:1||Particles:1||Permeate flux:1||Photocatalysts:1||Physiochemical process:1||Plant endophytic bacteria:1||Prediction accuracy:1||Primary treatment:1||Quantitative PCR (qPCR):1||Quinolone:1||RSM (Response Surface Methodology):1||Random forest:1||Recuperative thickeninganaerobic digestion (RTAD):1||Renewable energy:1||SMP:1||Salt rejection:1||Seasonal measurement:1||Secondary treatment:1||Sedimentation tank:1||Sensitivity analysis:1||Separation process:1||Sequential batch reactor:1||Sewage discharge regulation:1||Sewage effluent:1||Sludge:1||Sludge reduction:1||Smartphone:1||Soil and water assessment tool:1||Soil enzymatic activity:1||Soil remediation:1||Solid fuel:1||Solid waste:1||Sonocatalyst:1||Southeast Asian countries:1||Spatial and temporal effect:1||Sulfamethazine:1||Sulfonamide antibiotics:1||Support vector machin:1||Support vector machine:1||Technology development:1||Temperature:1||Temperature phased anaerobic digestion (TPAD):1||Tertiary treatment:1||Thermal hydrolysis:1||Thermophilic aerobic digestion:1||Thermophilic anaerobic digestion:1||Thermophilic and mesophilic anaerobic digestion:1||Thermophilic pretreatment:1||Thiocyanate:1||Thiocyanate degrader:1||Triflumezopyrim:1||Trihalomethanes (THMs):1||Tunnel wastewater:1||Ultrafiltration:1||Ultrasonic vibration:1||Ultraviolet:1||Ultraviolet disinfection:1||Uniform design:1||Volatile fatty acid production:1||Volatile fatty acids:1||Volatile organic compound:1||WWTP:1||Waste activated sludge (WAS):1||Wasted activated sludge:1||Wastewater:1||Wastewater reclamation:1||Wastewater treatment plant (WWTP):1||Wastewater treatment plants:1||Wastewater treatment plants (WWTPs):1||Water quality:1||Water treatment:1||activated sludge:1||adsorption:1||ammonium nitrogen:1||anaerobic digestion:1||biogas:1||biological pretreatment:1||biotrickling filtration:1||characterization:1||codigestion:1||coagulationfiltration:1||coastal water quality:1||combined sewage overflow:1||deep neural network:1||food waste disposal:1||food waste leachate:1||fouling:1||fractionation:1||in situ pilot test:1||input attention:1||intI1:1||lignin:1||lipids:1||long shortterm memory (LSTM):1||magnetic biochar:1||magnetic properties:1||metagenome:1||methane yield:1||microfiltration membrane:1||nitrous oxide:1||nitrous oxide reductase:1||organosolv 공정:1||predenitrification:1||prediction model:1||primary sludge:1||qPCR:1||rGO:1||rainfall event:1||reclamation:1||recreational beach:1||reverse osmosis membrane:1||sOURratio:1||sewage sludge:1||steel slag:1||swine wastewater:1||tunnel construction wastewater:1||ultrafiltration:1||waste wood:1||고도산화:1||리그닌:1||모니터링:1||미세기포:1||슬릿노즐:1||오존:1||용존공기부상법:1||유류폐수:1||응집:1||응집혼화 공정:1||중심합성계획법:1||터널폐수:1||폐목재:1||하수 방류기준:1||하수 방류수:1||하수처리:1|| Bacterial water quality:1||활성탄:1|| Fecal contamination:1|| Surface water:1||163 rRNA gene sequence:1||A pilotscale onsite system:1||A2O process:1||Activated carbon:1||Activated sludge:1||Adjustable baffle:1||Adsorbents:1||Adsorption:1||Advanced oxidation process:1||Aerobic denitrification:1||Agricultural residue:1||Anaerobic codigestion (AcoD):1||Anaerobic digestion:1||Anaerobic fermentation:1||Anaerobic zone:1||Anaerobically digested sludge:1||Antibiotic resistance:1||Antibioticresistance genes:1||Antibioticresistance genes (ARGs):1||Antioxidant enzyme:1||Arsenic (As) contamination:1||Arsenic contamination:1||BIOLOG ECO microplates:1||Bacillus cereus:1||Bacterial communities:1||Bayesian changepoint model:1||Biochar adsorption:1||Biodegradation rate constants (K<sub>biol</sub>):1||Biological nitrogen removal:1||Biological nitrogen removal (BNR):1||Biological nutrient removal (BNR) process:1||Biological process:1||Biomass solubilization:1||Biomethane potential:1||Bisphenol A degradation:1||Byproduct:1||CCD (Central Composite Design):1||CO rich Syngas:1||Characterization:1||Chemical cleaning:1||Chemical oxygen demand:1||Chemically enhanced primary treatment sludge (CEPTS):1||Chlorella vulgaris:1||Chlorination:1||Class 1 integrons:1||Cooccurrence:1||Coselection:1||CoTiO3@MXene:1||Coagulants:1||

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