ScholarWorks@SUNGKYUNKWAN UNIVERSITY: YEOM, ICK TAE

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YEOM, ICK TAE (염익태)

Graduate School of Water Resources

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Waste activated sludge:11||Biodegradability:9||Methane:9||coagulation:9||Sludge reduction:7||Membrane bioreactor:7||Chemical oxygen demand:6||Pretreatment:6||Deflocculation:6||water treatment:6||Anaerobic biodegradability:5||Response surface methodology:5||Extracellular polymeric substance:5||ferric chloride:5||Solubilization:5||adsorption:5||Disintegration:4||Cost analysis:4||Transmembrane pressure:4||antimony:4||Energetic analysis:4||biogas:3||Specific energy:3||Floc disruption:3||TMP:3||Coagulation:3||HUASB:3||membrane bioreactor (MBR):3||Biochemical methane potential:3||nutrient removal:3||Waste activated sludge (WAS):3||Enzyme activity:3||Nutrient removal:3||wastewater treatment:3||Bacterial pretreatment:3||Microwave:2||Ultrasonication:2||Disperser:2||Microwave irradiation:2||Microwave pretreatment:2||Biodegradation:2||Methane production:2||copper oxide nanoparticles:2||Biogas:2||Wastewater treatment:2||Biopolymers:2||Power density:2||COD removal:2||Water treatment:2||Sludge biomass:2||Zinc oxide nanoparticles:2||ZnO NPs:2||Adsorption:2||Sludge pretreatment:2||Chemical oxygen demand solubilization:2||Suspended solids reduction:2||MBR:2||agglomeration:2||aggregation:2||solar photocatalytic treatment:2||alum:2||anaerobic digestion:2||anaerobic treatment:2||Aerobic digestion:2||surfactants:2||Suspended solids:2||Interaction:2||thermochemical pretreatment:2||Anaerobic/anoxic/oxic reactor:2||Kinetic parameters:2||Liquefaction:2||Anaerobic digestion:2||biodegradation:2||Surfactant:2||competitive removal:2||Phosphorous removal:2||Stability:2||Aggregation:2||Biosurfactant:2||Titanium dioxide:2||membrane fouling:2||Thermochemical pretreatment:2||dairy wastewater:2||natural organic matter:2||Citric acid:2||Evaluation for operations:1||Extracellular polymeric substances (EPS):1||Fe precipitates:1||Fenton oxidation:1||Fenton treatment:1||Ferrous sulfate:1||First order kinetics:1||Food waste:1||Fourier transform infrared spectrometer:1||Frequency analysis:1||Fungal enzymes:1||Granular sludge:1||HUASBR:1||Halotolerant:1||Homogenizer:1||Humic acid:1||Hybrid upflow anaerobic sludge blanket reactor:1||Hydrogen peroxide:1||Hydrolysis:1||Immobilization:1||Immobilized bacteria:1||Industrial Wastewater:1||Integrated Pollution Prevention and Control (IPPC):1||Iron hydroxide:1||Lactic acid:1||Lampito mauritii:1||Lignin:1||Lignocellulosic biomass:1||Lime:1||Low temperature thermochemical disintegration:1||Lysate solubilization:1||Lysozyme secreting bacterial consortium:1||Macroalgae:1||Membrane fouling:1||Mesophilic temperature:1||Metabolic pathway:1||Methane yield:1||Methanosaeta:1||Methanosarcina:1||Microbubble:1||Microalgal liquefaction:1||Microbial fuel cell:1||Mixed liquor suspended solids:1||Modified Fenton process:1||Modified Toxic Weighting Fa:1||Mycobacterium:1||Nanoparticles:1||National Pollutant Discharge Elimination System(NPDES):1||Nitrification:1||Nonlinear regression modeling:1||Nonlinear regression:1||Normal distribution analysis:1||Nutrient rem:1||Ochrobactrum sp RA1:1||Organic acids:1||Organic ligands:1||Organic loading rate:1||Organic pollutants:1||Ozonation:1||Ozone disperser:1||Percentile:1||Perchloratereducing bacteria (PCRB):1||Phenol:1||Phenolic wastewaters:1||Photocatalytic oxidation:1||Photofenton:1||Polycyclic aromatic hydrocarbons:1||Probability Evaluation:1||Process integration:1||Protease enzyme:1||Public sewage treatment plants(PSTPs):1||Pulp and paper mill wastewater:1||Recycle flow rate:1||Renewable energy:1||Rettingpond wastewater:1||Rhodanobacter:1||Sagosludge:1||Salinity:1||Scanning Electron Microscope:1||Sedimentation:1||Selective P removal:1||Sewage treatment plant:1||Simultaneous perchlorate and nitrate reduction:1||Simultaneous precipitation:1||Sludge disintegration:1||Sludge solubilization:1||Sludge treatment:1||Sodium citrate:1||Sodium dodecyl sulfate:1||Sodium hydroxide:1||Sodium tripolyphosphate:1||Solar:1||Solar photoFenton process:1||Solar photocatalysis:1||Solar photocatalytic reactors:1||Solids reduction:1||Soluble chemical oxygen demand:1||Soluble diiron monooxygenase:1||Sonic disintegration:1||Sonoalkalization pretreatment:1||Sorangium cellulosion:1||Specified Hazardous Water Pollutants:1||Statistics technique:1||Synergetic effect:1||TAD:1||Taguchi orthogonal array:1||Tetrahydrofuran:1||Thermo chemo ozone pretreatment:1||Thermochemical pretreatme:1||Thermochemosonic disintegration:1||Thermochemosonic pretreatment:1||Thermochemical liquefaction:1||Thermochemo disperser:1||Thermophilic protease:1||TiO2:1||UV oxidation:1||UVVis spectrophotometer:1||UV/H(2)O(2) process:1||UV/O(3) process:1||Vermicomposting:1||Waste activated biomass:1||Waste activated biosolids:1||Wastewater:1||Water:1||Water Pollutants:1||Water chemistry:1||Zero valent iron:1||Zno nanoparticles:1||activated sludge:1||advanced oxidation:1||aerobic sludge digestion:1||anoxic/oxic (A/O) reactor:1||antimony removal:1||aquatic contamination:1||arsenic:1||biodegradability:1||biogas composition:1||biomethanation:1||carbon sources:1||central composite design (CCD):1||chemical coagulation:1||chemical sludge treatment:1||coagulationflocculationsedimentation:1||coagulation/flocculation/sedimentation:1||competitive inhibition:1||complexation:1||continuous stirred reactor (CSTR):1||coulombic efficiency:1||denitrification:1||diethyl phthalate:1||dissolution:1||dissolved organic matter:1||domestic wastewater:1||electric fields:1||epothilones:1||ferrioxalate:1||fouling:1||fruit wastes:1||gas flow rate:1||hollow fiber membrane:1||humic acid:1||hydraulic retention time:1||industrial wastewater:1||injection time:1||internal pressure drop:1||latex wastewater:1||loading rate:1||methane production:1||microbial inactivation:1||microfiltration:1||mixed microbial culture:1||municipal:1||nitrate:1||nitri:1||nitrification rate:1||organic ligands:1||oxic reactor:1||ozone backwashing:1||pH:1||phenol removal:1||phosphorous:1||photocatalysis:1||pilotscale AOP system:1||plug flow reactor (PFR):1||polyaluminum chloride:1||precipitates:1||pretreatment:1||sagosludge:1||secondary effluent:1||simulation:1||sludge:1||sludge disintegration:1||sludge pretreatment:1||sludge reduction:1||solar photo Fenton:1||solar photocatalytic reactor:1||solids reduction:1||stability:1||structural analog:1||submerged microfiltration:1||suspended solids reduction:1||synthetic coating:1||total organic carbon:1||total solid:1||vermicomposting:1||water:1||zinc oxide:1||개연성 평가:1||국가오염물질배출삭감제도:1||방류수 수질기준:1||배출목록:1||산업폐수:1||수질오염물질:1||통합환경관리체계:1||특정수질유해물질:1||하수처리시설:1||#8211:1||환경기준:1||1:1||1,4–dioxane:1||1,4Dioxane:1||1,4Dioxanedegrading bacterial consortia:1||16s rRNA sequencing:1||2methyl1:1||3dioxolane:1||4dioxane:1||A2/O  MBR:1||A2O:1||A2O reactor:1||Activated sludge:1||Activated sludge clarification:1||Advanced oxidation process:1||Advanced oxidation processes:1||Afipia:1||Agglomeration:1||Aggregation kinetics:1||Algal biomass:1||An:1||Anaerobic fermentation:1||Anaerobic sludge:1||Anoxic:1||Anoxic/oxic reactor:1||Antibiotics:1||Antimonate:1||Antimonite:1||Antimony removal:1||Antimony(IIIV):1||Arsenic:1||Artificial neural network:1||Autotrophic perchlorate reduction:1||Azospira sp PMJ:1||Bacterial consortium:1||Bacterial disintegration:1||Bacterial enzymes:1||Behnken design:1||Biogas production:1||Biological nutrient:1||Biomass lysis:1||Biomass lysis efficiency:1||Biomass stress index:1||Biomethanation:1||Biomethane production:1||Bleach plant effluent:1||Box–Behnken design:1||Box&:1||COD consumption rate:1||Candidate division TM7:1||Capillary suction time:1||Cell disruption:1||Cell lysis:1||Cell lysis (CL):1||Central composite design:1||Chemical oxidation digestion:1||Chlorella vulgaris:1||Coagulationflocculationsedimentation (C/F/S):1||Combined advanced oxidation process:1||Combined pretreatment:1||Competitive removal:1||Complexation:1||Coulombic efficiency:1||CuO:1||CuO nanoparticles:1||Dairy waste activated sludge:1||Degree of cell lysis:1||Degree of deflocculation:1||Dioctyl sodium sulphosuccinate:1||Discharge Inventories:1||Dispersion:1||Dissolution:1||Dissolved air flotation (DAF):1||Domestic wastewater:1||Downflow sludge blanket:1||EGTA:1||EPS matrix:1||EPS removal:1||Economic analysis:1||Effluent standard:1||Energy balance analysis:1||Environmental criteria:1||Environmental factors:1||Ethylenedia:1||Eudrilus eugeniae:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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