ScholarWorks@Kumoh: Lee, Wontae

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Lee, Wontae (이원태)

College of Engineering (건축토목환경공학부)

Research Area: 상하수도공학, 대체수자원(물 재이용, 담수화) 확보 및 관리기술

Tel +82-54-478-7636
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Adsorption:8||Pretreatment:5||Gene expression programming:4||Cesium:4||Coagulation:4||응집:4||Microfiltration:4||용존유기질소:3||Membrane fouling:3||Hypochlorous acid:3||Scaling ions:3||방류수:3||Influent:3||Machine learning:3||Water reuse:3||Fouling:3||LCOCD:3||Response surface methodology:3||천연유기물질:3||유입수:3||하수슬러지:3||Effluent:3||adsorption:3||Groundwater:2||Prussian blue:2||Korea waste characterization method:2||재활용:2||전처리:2||정량한계:2||정밀여과:2||Dissolved Organic Nitrogen (DON):2||낙동강:2||Lactic acid:2||남조류:2||Limit of Quantification:2||Nakdong river:2||Nanoscale Zero Valent Iron:2||Desalination:2||Natural Organic Matter:2||Natural Organic Matters (NOM):2||Wastes:2||Wastewater:2||Wastewater treatment:2||총유기탄소:2||Natural organic matter:2||침전:2||Extreme gradient boost:2||Recycling:2||EEM:2||Fatty acids:2||Water reclamation:2||BMP test:2||Resource recovery:2||비산재:2||Managed aquifer recharge system:2||Reverse Osmosis (RO) Process:2||Optimization:2||Reverse osmosis concentrate:2||SBR:2||Organic Chloramines:2||Ceramic membrane:2||소독부산물:2||Organic contents:2||Heavy metal:2||활성탄:2||Membrane:2||coagulation:2||Sewage Sludge:2||cyanobacteria:2||Heavy metals:2||Sewage sludge:2||Silte Density Index (SDI):2||Fly Ash:2||Membrane bioreactor:2||A2O:2||Activated Carbon:2||IPCC:2||Free chlorine:2||Functional polyketones:2||Electrolyzed water:2||Granular Activated Carbon:2||Industrial wastewater:2||용존유기물질:2||COVID19:2||pH:2||Chlorination:2||유기성 클로라민:2||TOC:2||Iron(II) phthalocyanine:2||Irreversible fouling:2||Available chlorine concentration:2||입상활성탄:2||Guideline:1||Gyeongsangbukdo:1||HAOPs:1||Haloacetic Acids:1||Haloacetonitriles:1||Hazardous Pollutants:1||Hazardous chemicals:1||Heated aluminum oxide particles:1||Hexavalent chromium:1||Humic Substance:1||Hydraulic retention time (HRT):1||Hydrogen production:1||Hydrophobicity:1||Impregnation:1||Incineration:1||Indophenol Reaction:1||Industrial Wastewater:1||Industrial Wastewater Treatment Plant:1||Industrial wastes:1||Industrial wastewater sludge:1||Intermittent energy input:1||Isobaric:1||Kinetics:1||LPCD:1||Lipids:1||Liquid Chromatography:1||Long shortterm memory:1||MEPS:1||Managed aquifer recharge:1||Media:1||Media Filtration:1||Media filtration:1||Medical waste:1||Membrane Damage:1||Membrane Fouling:1||Membrane filtration:1||Mercury:1||Metal Impregnation:1||Metal recovery:1||Metalorganic framework:1||Method Detection Limit:1||Micellar enhanced ultrafiltration (MEUF):1||Micellarenhanced ultrafiltration:1||Micro Extraction by Packed Sorbent (MEPS):1||Microalgae:1||Microbial Community:1||Microbial activity:1||Microbial electrolysis cell:1||Microbial fuel cell:1||Microbial fuel cells:1||Microcystis:1||Microorganisms:1||Molecular Weight:1||Monochloramine:1||Multilayer perceptron:1||Municipal wastewater sludge:1||NNitrosamines:1||NOM:1||Nakdong River:1||Nakdong River Basin:1||Natural Coagulants:1||Natural organic matter (NOM):1||Near zero liquid discharge (nZLD):1||Nickel:1||Nitrification:1||Nitrogen species:1||Nutrient removal:1||Nutrients:1||Organic Matters:1||Organic compound mixtures:1||Organics:1||Organochlorine Pesticides:1||Oxidant:1||OxidationReduction:1||Ozonation:1||PCRDGGE:1||PDVB:1||PPCPs:1||Persimmon:1||Personal care products:1||Pharmaceutical:1||Pharmaceutical products (PPs):1||Pharmaceuticals:1||Pharmaceuticals and personal care products:1||Phosphate:1||Phosphorus:1||Physical security system:1||Piggery effluent:1||Plastic waste:1||Polyaniline:1||Polymer:1||Polystyrene Divinylbenzene (PDVB):1||Porewater sample:1||Powdered activated carbon:1||Precipitation:1||Pressure Exchange:1||Production parameters:1||RO membrane:1||RVC:1||Radioactive:1||Radionuclide:1||Rainwater:1||Random forest:1||Reactivity termination:1||Real reverse osmosis concentrate:1||Reclaimed Water:1||Reclaimed water:1||Reclamation:1||Recovery:1||Reduce chemical cleaning:1||Reducing Activity:1||Remediation:1||Removal efficiency:1||Reusability:1||Reverse osmosis:1||Reverse osmosis (RO) membrane:1||SDI:1||Salinity:1||Sanitizer:1||Sedimentation:1||Sediments:1||Sequencingbatch:1||Sewage Treatment Plants:1||Slightly acidic electrolyzed water:1||Sludge cake:1||Sludge carbonization:1||Smallscale water supply:1||Small/Medium Sized Reservoirs:1||Sodium dodecyl sulphate (SDS):1||Sodium metabisulfite:1||Sodium sulfite:1||Sodium thiosulfate:1||Soil:1||Soil washing:1||Solid Phase Extraction:1||Solid wastes:1||Solidphase microextraction:1||Starvation:1||Strontium:1||Suspended Solids:1||Swine waste:1||TEP:1||Tannins:1||Technoeconomic analysis:1||Textile wastewater:1||Thermal Regeneration:1||Thermal water reuse:1||Total nitrogen:1||Total phosphorus:1||Toxic materials:1||Transparent Exopolymer Particles:1||Trihalomethanes:1||Trophic State Index:1||Ultrasound:1||Underwater Plasma:1||Upflow anaerobic sludge blanket reactor (UASBr):1||Uranium:1||Waste disposal:1||Waste management:1||Water Quality:1||Water Quality Forecast System:1||Water Quality Improvement:1||Water Reclamation:1||Water Temperature:1||Water Treatment Plant:1||Water security:1||Xtreme gradient boost:1||Zero liquid discharge:1||Zero liquid discharge:1||Zero liquid discharge (ZLD):1||Zeroliquid discharge:1||activated carbon:1||additive effects:1||advanced oxidation process:1||algae:1||algal bloom:1||anabaena:1||asphalt:1||biodegradability:1||cathode material:1||chemical cleaning:1||concrete:1||copper phthalocyanine:1||dewaterability:1||endothermic:1||extracellular polymeric substances:1||food processing wastewater:1||impregnation:1||lignite granular activated carbon:1||methaneoxidizing bacteria:1||microbial fuel cell:1||microcystins:1||microcystis:1||microfiltration:1||mineralization:1||nZVI:1||nitrate:1||nonpoint source pollutant:1||optimization:1||organic matter:1||oscillatoria:1||ozonation:1||physisorption:1||potable water:1||reuse:1||road runoff:1||specific resistance to filtration:1||synergy effects:1||가스크로마토그래피 질량분석기:1||경상북도:1||고분자응집제:1||공공하수처리시설:1||금속담지:1||나노 영가철:1||나노영가철:1||낙동강 수계:1||녹조 현상:1||니트로사민:1||마이크로시스티스:1||막 손상:1||막 오염:1||메타중아황산나트륨:1||모노클로라민:1||물 안보:1||물재이용:1||미생물군집:1||발색 반응:1||발효:1||방류수 수질기준:1||방법검출한계:1||방사성핵종:1||보안시설:1||복합유용미생물:1||부영양화지수:1||부유물질:1||분자량:1||빗물:1||산업폐수:1||산화제:1||산화환원:1||생물학적 하수처리:1||생활용수:1||세슘:1||소각:1||소규모수도시설:1||소독:1||소독부산물 생성능:1||수온:1||수중 플라즈마:1||수질분석:1||수질예보제:1||수질정화:1||스트론튬:1||슬러지탄화:1||아세틸아세톤:1||아황산나트륨:1||압력 교환:1||액체크로마토그래피:1||양변위식:1||에너지 회수 장치:1||여과:1||여재:1||여재여과:1||역삼투 공정:1||역삼투막:1||연계처리수:1||열 재생:1||염소소독:1||염소주입량:1||염소중화제:1||영양염류:1||온실가스:1||용존유기탄소:1||원심식:1||유기물:1||유기물함량:1||유기인계 농약:1||유도체화 시약:1||의료폐기물:1||인도페놀법:1||인산염:1||입상비료:1||자동고상추출:1||자연유기물질:1||자원회수:1||재이용수:1||정수장:1||젖산:1||조류:1||조류 밀도:1||조류경보제:1||조류밀도:1||중금속:1||중소형저수지:1||지침:1||질산화:1||천연유기물:1||천연응집제:1||초기빗물:1||총트리할로메탄:1||카바릴:1||코로나바이러스:1||코로나바이러스감염증19:1||탈수케이크:1||퇴적토:1||특정수질유해물질:1||티오황산나트륨:1||폐기물:1||폐기물 관리:1||폐기물 처리:1||폐기물공정시험법:1||폐쇄회로텔레비전:1||폐수슬러지:1||폐수처리시설:1||포름알데하이드:1||플라스틱 폐기물:1||하수처리:1||할로아세토니트릴:1||할로아세틱에시드:1||함침법:1||해수담수화:1||화학적 재생:1||화학적산소요구량:1||화학침전:1||환원 반응:1||활성슬러지공정:1||황산알루미늄:1||회수율:1||휴믹물질:1||1인 1일 물사용량:1||흡착:1||Acetaldehyde:1||Acetylacetone:1||Acoustic cavitation:1||Activated Sludge Process:1||Activated carbon:1||Activated carbon fiber:1||Activated carbon fibers:1||Activated carbon fibre (ACF):1||Adsorbents:1||Algae:1||Algae Alert System:1||Algal Bloom:1||Algal Density:1||Alternative catalyst:1||Aluminum Sulfate:1||Aluminum oxide:1||Ammonium:1||Aqueous solution:1||Arsenic:1||Artificial neural networks:1||Beneficial Microorganisms (BM):1||Biological wastewater treatment:1||Biomass:1||Biomass characteristics:1||Biosorbent:1||Bluegreen Algae:1||Bromate:1||COD:1||Carbaryl:1||Cell Density:1||Centrifugal:1||Chemical Regeneration:1||Chemical precipitation:1||Chloramination:1||Chlorine Dosage:1||Chlorine dioxide (ClO2):1||Clay:1||Closedcircuit television(CCTV):1||Codigestion:1||Cobalt tetramethoxyphenylporphyrin:1||Colorimetric Assay:1||Column tests:1||Connectedinfluent:1||Contact angle:1||Contaminants of emerging concern:1||Contamination:1||Cyanobacteria:1||DBPs Formation Potential:1||DOC:1||Dark fermentative hydrogen:1||Datadriven machine learning:1||Dechlorination chemical:1||Decision tree:1||Derivative Reagent:1||Direct observation:1||Disinfectant:1||Disinfection:1||Disinfection Byproducts:1||Disinfection Byproducts:1||Disinfection byproducts (DBPs):1||Dissolved Organic Carbon (DOC):1||Dissolved Organic Materials:1||Dissolved Organic Matter:1||Dissolved Organic Nitrogen:1||Dye:1||EIGC/MS/MS:1||EI/GC/MS/MS:1||Economical TWWT:1||Efficiency:1||Effluent Limitation:1||Effluent limits:1||Electricity:1||Electromagnetic vibration:1||Endocrine disrupting compounds:1||Energy Recovery Device:1||Environmental effect:1||Equilibrium extraction:1||FEEM:1||Fermentation:1||Filtration:1||Finegrained soil:1||First Flush:1||Food waste:1||Food wastes:1||Formaldehyde:1||Forward osmosis:1||Gas Chromatography Mass Spectrometry:1||Granular Fertilizer:1||Granulation:1||Greenhouse gas:1||Groundwater remediation:1||

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