ScholarWorks@Hanyang University: Kwon, Eilhann E.

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Kwon, Eilhann E. (권일한)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

Research Area: 연소 및 에너지 변환공학, 폐기물 관리, 대기오염 및 관리

Tel 02-2220-0542
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Pyrolysis:75||Wastetoenergy:65||Carbon dioxide:53||Biochar:41||Biodiesel:38||Syngas:30||Catalytic pyrolysis:26||Circular economy:24||Waste valorization:24||CO2 utilization:22||Biorefinery:15||Biomass valorization:15||CO2:13||Biofuel:13||Thermochemical process:12||Biomass:12||Microalgae:11||Hydrogen:10||Transesterification:9||Lignocellulosic biomass:9||Sustainability:8||Noncatalytic transesterification:8||Cobalt:8||Biofuels:8||Engineered biochar:8||MOFs:7||Black carbon:7||Sewage sludge:7||Waste disposal:7||Adsorption:6||Lignin:6||Oxone:6||Porous material:6||Circular bioeconomy:6||Monopersulfate:6||Sulfate radical:6||wastetoenergy:5||Carbon neutrality:5||Energy recovery:5||Bioethanol:5||Thermochemical process:5||Catalyst:5||Carbon dioxide (CO2):5||Anaerobic digestion:5||Waste management:5||Food waste:5||CO2tofuel:5||Chicken manure:5||WastetoEnergy:5||carbon dioxide:5||Fatty acid methyl esters:4||Charcoal:4||AOPs:4||Fatty acid methyl esters (FAMEs):4||Electron transfer:4||Biooil:4||Torrefaction:4||Waste treatment:4||Taguchi method:4||Waste valorisation:4||Valorization:4||HKUST1:4||Microwave:4||Gasification:4||pyrolysis:4||Manure:4||Co3O4:4||syngas:3||Pseudocatalytic transesterification:3||Heavy metals:3||Agricultural waste:3||Catalysis:3||Red mud:3||Reduction:3||Ndoped carbon:3||Wastewater treatment:3||Bioremediation:3||biodiesel:3||Shortchain fatty acid:3||Organic waste:3||Oxygen vacancy:3||Bioheavy oil:3||circular economy:3||Soil remediation:3||Biochemical:3||Paper mill sludge:3||Derivatization:3||Steel slag:3||Livestock manure:3||Dimethyl carbonate:3||Sulfosalicylic acid:3||Plastic:3||Analysis of variance (ANOVA):3||Copyrolysis:3||Plastic waste:3||Swine manure:3||Technoeconomic analysis:3||Thermal treatment:3||Polymer:3||Cobalt oxide:3||Ewaste:2||Wastetoresource:2||Ferrous:2||Carbon:2||4Nitrophenol:2||Polyvinyl chloride:2||Sodium borohydride:2||Soil amendment:2||Toxic metal(loid)s:2||transesterification:2||Iron oxide:2||Soil origin:2||PLFA:2||Potentially toxic element:2||PMS:2||Waste valorization/recycling:2||Carbon black:2||Porous materials:2||Polycyclic aromatic hydrocarbons (PAHs):2||Waste to fuel:2||Foam:2||Municipal solid waste (MSW):2||Waste minimization:2||Waste heat recovery:2||Waste cooking oil:2||Coordination polymer:2||H2:2||Fuel:2||Cigarette waste:2||Hollow:2||Waste:2||Phenol degradation:2||waste valorization:2||Esterification:2||CO2 utilisation:2||Furfural:2||Vanillyl alcohol:2||Activated sludge:2||Cobalt ferrite:2||Gas turbine cycle:2||Environmental remediation:2||Vanillic aldehyde:2||MPS:2||Electrochemical oxidation:2||Biodiesel production:2||Endoflife vehicles (ELVs):2||Cobalt sulfide:2||Microplastics:2||Bioenergy:2||Biogas:2||Adsorbent:2||Bioalcohol:2||Triglycerides:2||Thermolysis:2||Transmethylation:2||Coconut oil:2||Thermogravimetric analysis:2||Plastic waste valorisation:2||Dissolved organic matter:2||Heavy metal:2||Syngas production:2||Power generation:2||CO 2 utilization:2||Carbon monoxide:2||Synthetic gas:2||CO2 utilization:2||Dye:2||Risk assessment:2||Nitrogen:2||Thermoelectric generator:2||Hydrogenation:2||Catalytic reduction:2||FAME:2||Fatty acid methyl ester (FAME):2||Salicylic acid:2||Zeolite:2||Response surface methodology (RSM):2||Biopolymer:2||Nylon:2||Fatty acids:2||Arsenic:2||5Hydroxymethylfurfural:2||CaCO3:2||biochar:2||Bisphenol A:2||Caprolactam:2||Greenhouse gas:2||Dairy sludge:2||Nanofiber:2||Toxic metals:2||Renewable energy:2||Contaminants of emerging concern (CECs):1||Contamination indices:1||Continuous pyrolysis of lignin:1||Cooking Oil Fumes (COFs):1||Copper mesh:1||Covalent organic frameworks:1||Covalent organic polymers:1||Cow manure:1||Cr(VI):1||Crop production:1||Crop residue:1||Crude fatty acid:1||Crude oil sludge:1||Crystalline structure:1||Cu foam:1||Cu2S:1||CuCo2O4:1||Cytotoxic effect:1||Deacetylation:1||Debris disposal:1||Decisiontree analysis:1||Decolorization:1||Decomposition:1||Decontamination:1||Deepsea salt:1||Degradation:1||Deltaic soils:1||Density functional theory:1||Desorption:1||Diaper:1||Diesel:1||Digestate:1||Dihydroxybenzophenone:1||Dimethyl carbonate (DMC):1||Disaccharide:1||Disposable plastic waste:1||Disposable waste:1||Dissolution:1||Dissolved air flotation:1||Dissolved organic matter (DOM):1||Docosahexaenoic acid (DHA):1||Domestic wastewater:1||Duck tallow:1||ECOSAR:1||Economic aspect:1||Economic condition:1||Eicosapentaenoic acid (EPA):1||Electrospun:1||Emerging contaminant:1||Emerging organic pollutants:1||Emulsification:1||Endosporeforming bacteria:1||Energy:1||Engineered/designer biochar:1||Engineeredbiochar:1||Engineering biochar:1||Environmental biotechnology:1||Environmental contaminants:1||Environmental impact:1||Environmental material:1||Environmental resilience:1||Enzymatic saccharification:1||Enzyme activity:1||Etching:1||Euglena:1||Euglena gracilis:1||Eutrophication:1||Evolutionary computation:1||Experimental warming:1||Face mask:1||Fast pyrolysis:1||Fatty acid ethyl ester (FAEE):1||Fatty acid ethyl esters (FAEEs):1||Fatty acids methyl esters:1||FeDOM complexation:1||Fecarbon composite:1||Fenton:1||Fentonlike process:1||Fermentation:1||Ferric chloride:1||Fiber waste:1||Fish waste:1||Fishing net waste:1||Flocculation:1||Flood debris:1||Floodplain soils:1||Food Wastes:1||Food waste valorization:1||Footwear waste:1||Fouriertransformed infrared spectroscopy:1||Fuel production:1||Fuel properties:1||Fuel properties variation:1||Functionalised biochar:1||Ga/HZSM5:1||Gas phase reactions:1||Gas turbine power generation:1||Gaseous products:1||Gene knockout:1||Genetic and nongenetic modification:1||Gluconolactonasedeficient strain:1||Gluconolactone:1||Glucose concentration:1||Glycerol carbonate:1||Graphite anode:1||Graphitic carbon nitride:1||Green chemistry:1||Green/sustainable remediation:1||Greenhouse gases:1||Greenland ice melt:1||Groundwater remediation:1||H2O2 activation:1||H2 production:1||H2 to CO ratio:1||H2:1||H2O2:1||HMF:1||HZSM5:1||Halogenated compounds:1||Harmful chemical mitigation:1||Hazardous:1||Hazardous potential:1||Health:1||Heat wave:1||Heavy metal(loid):1||Heavy metal(loid)s:1||Heavy oil:1||Hemicellulose:1||HeteroN containing PAH:1||Heterogeneous:1||Heterogeneous Catalyst:1||Heterogeneous catalysis:1||Heterogeneous catalyst:1||Hexamethylenediamine:1||High density polyethylene:1||Highvalent cobaltoxo species:1||Horse manure:1||Human health:1||Hybrid mesh:1||Hybrid system:1||Hydration and polymerization:1||Hydrocarbons:1||Hydrodeoxygenation:1||Hydrogen energy:1||Hydrogen peroxide:1||Hydrogen production optimization:1||Hydrogenolysis:1||Hydrolysis:1||Hydrophobicity:1||Hydroponics substrate:1||Hydropyrolysis:1||Hydrothermal liquefaction:1||Hydroxyl radical:1||Insitu transesterification:1||Incineration:1||Industrial waste:1||Industrial wastes:1||Intraparticle diffusion model:1||Ionic liquid:1||Ionic liquids:1||Iron complex:1||KOH activation:1||KSO5:1||Kinetics:1||LaTiO3 nanoparticles:1||Lake salt:1||Lead removal:1||Life cycle analysis:1||Life cycle assessment:1||Lignin valorization:1||Lignite:1||Lignocellulose:1||Lignocelluloses:1||Lipid analysis:1||Lipid profiling:1||Lipids:1||Lithium nickel cobalt manganese oxide:1||Lithiumion battery waste:1||Livestock waste:1||Lowtemperature biochar:1||Macadamia nutshell:1||Machine learning:1||Macroalga Gracilaria:1||Macroalgae:1||Magnesium Slag:1||Magnetic:1||Magnetic biochar:1||Marine plastic debris:1||Membrane bioreactors:1||Membrane disposal:1||Metaanalysis:1||Metagenomics:1||Metal carbon composite:1||Metal removal:1||Metaldoped biochar:1||Metalrich waste:1||Metals/metalloids:1||Methane:1||Methanol and ethanol:1||Methyl acetate:1||Methylene blue:1||Methylene blue (MB):1||MgOCaO/Al2O3:1||Micro/nanobubbles:1||Microbubble:1||Microalgae biorefinery:1||Microalgae cultivation:1||Microalgae removal:1||Microalgal biomass:1||Microalgal waste:1||Microalgalbacterial consortia:1||Microbial community:1||Microbial remediation:1||Microorganisms:1||Microplastic:1||Microwave vacuum pyrolysis:1||Microwaveassisted heating:1||Microwaveassisted heating (MAH):1||Mineral phase change:1||Mineralization:1||MnO2:1||Mofs:1||Molecular chain length:1||Monopersulate:1||Monosaccharide:1||Multiobjective Genetic Algorithm (MOGA):1||Multifunctional values of biochar:1||Multistage utilization:1||Multivariate adaptive regression splines (MARS):1||Municipal solid waste:1||NaBH4:1||Nanoplastics:1||Nanoplate:1||Netzero:1||Neural network (NN) and Decision tree (DT):1||Nickel catalyst:1||Nitrogen functionalities:1||Nitrophenol:1||Nitrophenol reduction:1||NonCatalytic Derivatization:1||Nonedible sources:1||Noncatalytic transesterification:1||Nutrients:1||ORC:1||Ocean waste:1||Odour indicator:1||Oil:1||Oil production:1||Optimization:1||Orange peel:1||Organic pollutants:1||Organic waste recycling:1||Oxidation:1||Oxygendoping:1||Pdoped biochar:1||PPCPs:1||Paddy field:1||Paddy soil:1||Paper mill sludge biochar:1||Paperplastic composite:1||Paracetamol:1||Partial oxidation:1||Perlite:1||Peroxymonosulfate:1||Personal care products:1||Persulfate:1||Pesticide:1||Petroleum:1||Pharmaceuticals:1||Phase change materials:1||Phosphorus recovery:1||Photoinduced Fe(III) reduction:1||Photocatalysis:1||Photodegradation:1||Photoelectrochemical cells:1||Photoreduction:1||Photosynthetic efficiency:1||Phytoextraction:1||Pine waste:1||Plants:1||Plastic Management:1||Plastic Packaging Waste:1||Plastic container:1||Plastic degradation mechanism:1||Plastic management:1||Plastic packaging waste:1||Plastic valorization:1||Plastic waste valorization:1||Plastics:1||Platinum:1||Pollutant adsorbent:1||Pollutant control:1||Pollutant reduction:1||Pollutants control:1||Pollution assessment:1||Polyacrylamide:1||Polycyclic Aromatic Hydrocarbons (PAHs):1||Polycyclic aromatic hydrocarbon (PAH):1||Polyethylene Terephthalate:1||Polyethylene terephthalate (PET):1||Polyisoprene (IR (Natural Rubber: NR)):1||Polylactic acid:1||Polymethyl methacrylate:1||Polysaccharide:1||Polystyrene:1||Polyurethane:1||Polyurethane foam:1||Polyvinyl chloride (PVC):1||Polyvinylpyrrolidone:1||Porous:1||Precipitation chemistry:1||Proton exchange membrane fuel cell:1||Proximate analysis:1||Prussian blue analogue:1||Prussian blue analogues:1||PtReOx/ZrP:1||PyGC/MS:1||Pyrite:1||Pyrolysates:1||Pyrolysis and biochar:1||Pyrolysis and pyrolysis index:1||Pyrolysis mechanism:1||Pyrolysis oil:1||Pyrometallurgy:1||Pyrophyllite:1||Pyrophyllitebased ceramic membrane:1||Quality standards:1||Quercus Mongolica:1||ROS:1||Reactive gas:1||Recovery:1||Red seaweed:1||Redox:1||Redox state:1||Reductive dissolution:1||Removal efficiency:1||Renewable electricity:1||Renewable portfolio standard:1||Response Surface Methodology (RSM):1||Response surface method (RSM):1||Retention:1||Rice husk fuels:1||Rice straw:1||Rice straw fuels:1||Robustness:1||Rock salt:1||Rotary kiln reactor:1||RuMn catalyst:1||SBR (styrenebutadiene copolymer):1||Saccharification:1||Scrap tire:1||Sea salt:1||Sediment contamination:1||Sediment quality:1||Seed wastes:1||Selective noncatalytic reduction (SNCR):1||Semiconductors:1||Seoul:1||Sequential extraction:1||Sesame cake:1||Shortchain fatty acids:1||Simultaneously exposed pollutant:1||Singleelectron transfer:1||Slow pyrolysis:1||Sludge treatment:1||Snow addition:1||Soil enzymes:1||Soil labile nitrogen:1||Soil quality:1||Soil stabilization:1||Soil water retention:1||Soilplanthuman system:1||Solar fuels:1||Solid catalyst:1||Sorbitol:1||Spent coffee ground:1||Spent coffee ground (SCG):1||Spent coffee grounds:1||Spiral Swissroll reactor:1||Sponge:1||Square pin fins:1||Starches:1||Starfish:1||Statistical approach:1||Statistical optimization:1||Steam methane reforming:1||Steam reforming:1||Stress response:1||Styrene:1||Styrene Butadiene Rubber (SBR):1||Sugar:1||Sugar and hydrochar:1||Sulfadiazine adsorption:1||Sulfamethoxazole:1||Sulfanilamide:1||Sulfate radicals:1||Sulfur vacancy:1||Superoxide radical:1||Surface functional groups:1||Surface modification:1||Surface sediments:1||Sustainable chemistry:1||Sustainable development goal:1||Sustainable development goals (SDGs):1||Sustainable waste management:1||Swine fat:1||Synergistic effect index:1||Synergistic production of aromatic hydrocarbon:1||Syngas yield:1||Synthesis and modifications:1||Synthetic fibers:1||Synthetic textile:1||TEMPO:1||TGA (thermogravimetric analysis):1||Tar:1||Ternary complexes:1||Tetracycline:1||Textile industry:1||Textile industry byproduct:1||Thermal degradation:1||Thermal energy storage:1||Thermal stability:1||Thermal stress:1||Thermochemical disposal:1||Thermochemical:1||Thermochemical conversion:1||Thermochemical pathway:1||Thermodynamic analysis:1||TiO 2 nanoparticles:1||TiO2 photocatalysts:1||Tissue:1||Tobacco waste:1||Toluene:1||Torrefaction and biochar:1||Toxic biomass:1||Toxic elements:1||Toxicity:1||Trace metals:1||Transesterification Reaction:1||Transesterification reaction:1||Translocation:1||Turn over frequency:1||Twophase flow:1||UV filters:1||Ultrafiltration:1||Ultrafine:1||Ultrasonicator:1||Ultrasoundassisted method:1||Urban heat island:1||Urban sprawl:1||Valorisation:1||Valorization of manure:1||Vanillic alcohol:1||Vanillin:1||Visible light activity:1||Volatile Organic Carbons (VOCs):1||Volatile Organic Compounds (VOCs):1||Volatile fatty acids:1||Volatile organic carbons:1||Waste Valorisation:1||Waste Valorization:1||Waste animal and vegetable oil:1||Waste biomass recycling:1||Waste mushroom substrate:1||Waste recycling:1||Waste tire:1||Waste upcycling:1||Wastetoenergy, CO2 utilization:1||Wastetoresources:1||Wastes valorization:1||Wastewater:1||Water and wastewater treatment:1||Water pollution:1||Water quality:1||Water remediation:1||Water tolerance:1||Water treatment:1||Water washing:1||Wax esters:1||Wet torrefaction and bioethanol:1||Wild mustard seed oil:1||Wood:1||Yard trimming:1||ZIF:1||ZIF67:1||Zerovalent iron:1||Zymomonas mobilis:1||air pollution:1||alloy:1||and air:1||animal feed:1||benzene derivatives:1||biochar for carbon storage and capturing greenhouse gases:1||biocharderived catalysts:1||biofuel:1||biogas:1||biomass:1||biomass valorization:1||bromate reduction:1||carbon dioxide (CO2):1||carbon neutrality:1||carbon sequestration:1||catalyst configuration:1||catalysts:1||catalytic pyrolysis:1||cattle manure:1||clean H2:1||climate change:1||cloud stability:1||combustion:1||composite manufacturing:1||construction:1||construction materials:1||degradation mechanism:1||engineered biochar:1||environmental remediation:1||enzyme activity:1||extremophilic microalgae:1||fatty acid ethyl ester (FAEE):1||fatty acid methyl ester (fame):1||food waste:1||gasification:1||immobilization:1||life cycle assessment (LCA):1||lifecycle analysis of biochar:1||light emitting diodes (LEDs):1||lignin:1||lignocellulosic biomass:1||lipid:1||livestock manure:1||melamine:1||mesh:1||meteorology:1||microalgae:1||mining soil:1||morphophysiological changes:1||npropanal:1||noncatalytic esterification:1||odour indicator:1||phytoavailability:1||phytohormones:1||plant growth:1||plastic waste:1||polymer waste:1||polystyrene:1||porous materials:1||process intensification:1||process simulation:1||reactor design:1||red ginseng marc:1||remediation of contaminated soil:1||resource recovery:1||sewage sludge:1||signaling pathways:1||soil fertility:1||soil health:1||solidification:1||spiking:1||steel slag:1||sulfate radical:1||sustainable agriculture:1||swine manure:1||syngas production:1||thermal treatment:1||thermochemical process:1||thermochemical process:1||toxic metal(loid)s:1||volatile fatty acids (VFAs):1||waste material:1||waste tire:1||waste to energy:1||wastetofuel:1||wastewater:1||water:1||water filtration:1||waterworks sludge:1||wood chips:1||열분해:1||우분:1||이산화탄소:1||촉매:1||(micro)plastic disposal:1||합성가스:1||1Butyl3methylimidazolium chloride:1||2:1||2,2,6,6,Tetramethylpiperidine 1oxyl:1||2,5Diformylfuran:1||2methyl2pentenal:1||3D catalysts:1||4,4Dihydroxybenzophenone:1||4Aminophenol:1||5Diformylfuran:1||ABS plastic:1||AI and optimization:1||AI application:1||AMWSBA15:1||Acetic acid:1||Acid Red dye:1||Acid activation:1||Acidic properties:1||Activated alumina:1||Activated carbon:1||Activation:1||Activation energy:1||Adipic acid:1||Adiponitrile:1||Adsorption isotherms:1||Adsorption kinetics:1||Advanced biomaterials:1||Advanced oxidation process:1||Advanced oxidation processes:1||Aerobic digestion:1||Aerosol:1||Aflatoxins:1||Aggregate stability:1||Agitation:1||Agricultural plastic waste:1||Air Pollutant:1||Algae:1||Algae oil and waste cooking oil:1||Algal biomass:1||Alkaline ionized water (AIW):1||Alkaline pretreatment:1||Alloy:1||Alum sludge:1||Amaranth:1||Ammonia combustion:1||Anaerobic ceramic membrane bioreactor:1||Animal test:1||Antibiotic resistance gene:1||Antibiotics:1||Antimicrobial susceptibility:1||Arctic terrestrial ecosystem:1||Arsenic leachability:1||Arsenic mobility:1||Artificial intelligence:1||Artificial neural network:1||Artificial neural network (ANN):1||As adsorption:1||As removal:1||As(V):1||Attached cultivation:1||Autothermal reforming:1||Avocado oil:1||Azorubin S:1||BMIMCl:1||BTX:1||Bacillus:1||Bacterial diversity:1||Bamboo:1||Banana peel:1||Battery recycling:1||Bauxite residue:1||Beverage Cup Waste:1||BioPET:1||Biooil modification:1||Biorefinery:1||Bioavailability:1||Biobutanol:1||Biochar amendment:1||Biochar application:1||Biochar catalyst:1||Biochar fabrication:1||Biochar upgradation:1||Biocharderived catalyst:1||Biocharbiomass:1||Biochemicals:1||Biodegradable plastics:1||Bioelectrochemical systems:1||Biofilms:1||Biofuel usage:1||Biofuels and bioenergy:1||Biogases:1||Biogeochemistry:1||Biomass waste:1||Bioplastic:1||Biosorption:1||Biowaste:1||Biowastes:1||Black soldier fly larvae:1||Blorefinery:1||Bromate:1||Bromide:1||Brominated compounds:1||Bronsted acid:1||Brown algae:1||Butanol:1||C4C6 monoalcohols:1||CCU:1||CORich syngas:1||CO2 Utilisation:1||CO2 adsorbent:1||CO2 and pyrolysis:1||CO2 capture:1||CO2 capture and storage:1||CO2 pyrolysis:1||CO2 reduction:1||CO2 valorization:1||CO2Looping:1||COVID19:1||CaCO3 catalysis:1||Cadmium toxicity:1||Caffeine:1||Calcined montmorillonite clay (CMC):1||Calcium carbonate:1||Camelina sativa:1||Camellia japonica:1||Carbohydrates:1||Carbon Dioxide:1||Carbon capture:1||Carbon capture and storage:1||Carbon cloth:1||Carbon dioxide (CO):1||Carbon dioxide sorption:1||Carbon dioxide utilisation:1||Carbon fiber:1||Carbon fibre:1||Carbon fixation:1||Carbon foam:1||Carbon nanotubes:1||Carbon neutral polymer:1||Carbon sponge:1||Carbon utilization:1||Carbonbased catalyst:1||Carbonneutral:1||Carbon/Fe3O4 nanocomposite:1||Carbothermic reduction:1||Castor seed:1||Catalysts:1||Catalytic Pyrolysis:1||Catalytic activity:1||Catalytic copyrolysis:1||Catalytic gasification:1||Catalytic hydrolysis:1||Catalytic oxidation:1||Catalytic ozone oxidation:1||Catalytic partial oxidation of methane (CPOM):1||Catalytic plastic pyrolysis:1||Catalytic pyrolysis of polycarbonate:1||Cattle excreta:1||Cattle manure:1||CeO2:1||Cellulose:1||Ceramic membrane:1||Ceria:1||Cetane number:1||Char:1||Chemical properties of catalysts:1||Chemical recycling:1||Chitin:1||Chlorella vulgaris:1||Chlorhexidine:1||Circular Economy:1||Circulating fluidized bed:1||Clay minerals:1||Climate change:1||Co NPs:1||CoPyrolysis:1||Cofeeding:1||Co9S8/Fe7S8 heterostructure:1||CoFe2O4:1||Coal:1||Cobalt Oxide:1||Cobalt catalyst:1||Cobalt pentlandite (Co9S8):1||Coffee ground:1||Combustion indexes:1||Community structure:1||Computational Fluid Dynamics:1||Concrete:1||Conjugation:1||Construction Waste:1||Construction and demolition waste (CDW):1||

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