ScholarWorks@Hanyang University: Suh, Young Woong

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Suh, Young Woong (서영웅)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

Research Area: 촉매반응공학

Tel 02-2220-2329
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Hydrogenation:10||Liquid organic hydrogen carrier:8||hydrogenation:5||heterogeneous catalysis:5||Dehydrogenation:5||Hydrodeoxygenation:5||Acidity:4||dehydrogenation:4||Dehydration:4||hydrodeoxygenation:3||Ethylene oligomerization:3||Supported Ru catalysts:3||Bifunctional catalyst:3||5hydroxymethylfurfural:3||liquid organic hydrogen carrier:3||Methane:3||MgO:3||Coprecipitation:3||Sequential precipitation:2||Mesoporous alumina:2||copper:2||Carbamate decomposition:2||CO hydrogenation:2||Catalyst:2||dehydration:2||supported catalysts:2||sustainable chemistry:2||Heterogeneous catalysis:2||Cu/ZnO:2||Kinetic model:2||Pyrolysis:2||Cu/ZnO/Al2O3:2||Solventdeficient precipitation:2||Parameter estimation:2||Aromatization:2||ZnO:2||Supported Pt catalysts:2||acidity:2||Ru nanoparticles:2||Fructose:2||Ruthenium catalyst:2||Syngas:2||Hydrogen storage:2||Hydrogenolysis:2||biomass conversion:2||Hydroprocessing:2||Nickel phosphide:2||Nitrobenzene:2||Hydrotalcite:2||Biofuels:1||Biomass:1||Biomassderived butanal:1||Biphasic reaction:1||Bronsted acid:1||Bronsted acid site:1||Bronsted acid sites:1||Bronsted acidity:1||Butyl butyrate:1||Butyric acid:1||CC coupling:1||CO2 conversion:1||CO2 emissions:1||CO2 hydrogenation:1||Carbamate:1||Carbon monoxide:1||Catalyst activation:1||Catalysts:1||Catalytic decomposition:1||Catalytic dehydrogenation:1||Cerium oxide:1||Charge transfer:1||Chemical hydrogen storage:1||CoPrecipitation:1||Coprecipitation:1||Cobalt oxidecopperMgO:1||Coke formation:1||Continuous process:1||Continuous separation:1||Copper:1||Copper surface area:1||Copperceria:1||Cr2O3/ZnO:1||Cracking:1||Cu:1||CuMgO:1||Cu/Zn hydroxycarbonate precursor:1||Cu/ZnO/Al2O3 catalyst:1||Cu/ZnO/Al2O3/ZrO2:1||Cu/ZnO/ZrO2:1||CuOZnOAl2O3:1||CuO/ZnO:1||CuO/ZnO catalyst:1||Cyclohexylamine:1||Cyclopentyl methyl ether:1||Deactivation:1||Dehydrated products:1||Density functional theory:1||Deoxygenation:1||Detailed model:1||Dialkyl carbonate:1||Dimethyl ether:1||Dimethylhexane1,6dicarbamate:1||Esterification:1||Esterification of methanol, acetic acid:1||Etherification:1||Ethylene glycol:1||Exfoliated HNb3O8 Nanosheet:1||Exfoliation:1||Fatty acid:1||FischerTropsch synthesis:1||Formic acid:1||Fuel Properties:1||Furanyl alcohol:1||Glucose:1||Glycerol:1||Glycerolalcohol mixture:1||Graphene Platelets:1||Guaiacol:1||HZSM5:1||HZSM5 catalyst:1||HCOOH decomposition:1||HEFA Process:1||HETP:1||HMF:1||HNb3O8 nanosheet:1||HZSM5:1||Halide:1||Heavy aromatic coke:1||Heavy olefins:1||Heterogeneous Catalysts:1||Heterolytic H 2 adsorption:1||Heterolytic hydrogen adsorption:1||Hexamethylene1,6diisocyanate:1||High surface area:1||Hightemperature carbonate:1||Hot spot:1||Hydration:1||Hydrogen:1||Hydrogen Storage:1||Hydrogen bond:1||IPATPD:1||Insitu hydrogen:1||Intrinsic activity:1||Ionexchange resin (Dowex 50Wx8400):1||Ionic liquids:1||Isopropyl alcohol dehydration:1||Kinetic modeling:1||LCA:1||Laminaria japonica:1||Levulinic acid:1||Lewis acid:1||Lignin:1||Liquid Organic Hydrogen Carrier:1||Liquid Organic Hydrogen Carriers:1||Lithium Ion Battery:1||Lowpurity hydrogen:1||Macroalgae:1||Manufacturing Facility Operation:1||Mathematical Modeling:1||Merrifield resin:1||Mesoporous Co3O4:1||Mesoporous carbon:1||Mesoporous tungsten carbide (WxC):1||Metal oxide:1||Metalsupport interface:1||Metastable W2C:1||Methane combustion:1||Methanol:1||Methanol Synthesis:1||Methanol synthesis:1||Methanol synthesis catalyst:1||Methyl acetate:1||Mg–Al Hydrotalcite:1||Mg/Al Atomic Ratio:1||Mixed alcohol synthesis:1||MnOx promoter:1||Modelbased design approach:1||Na2WO4/Mn/SiO2:1||Na2WO4/Mn/SiO2 Catalyst:1||Na2WO4/Mn/SiO2 gel:1||Natural gas:1||Ni:1||Ni catalysts:1||Noncrystalline materials:1||Optimization:1||Orthochloroaniline:1||Orthochloronitrobenzene:1||Oxidative Coupling:1||Oxidative carbonylation:1||Oxidative coupling:1||Oxidative coupling of methane:1||Oxygenated coke:1||Palladium:1||Palladium modifier:1||Palm Oil:1||Palm oil:1||Partial Least Squares:1||Particle size optimization:1||Pd dispersion):1||Pdsupported catalysts:1||Pd/carbon catalyst:1||Pellet:1||Perhydrobenzyltoluene:1||Phase transformation:1||Phosphotungstic acid:1||Polymer coated silica gel:1||Porphyra tenera:1||Potassium Ion:1||Potassium infiltration:1||Potassium promotion:1||Pr2Zr2O7:1||Precursor Phase:1||Precursor phase:1||Precursor structure:1||Preparation method:1||Pressure drop:1||Process experiment:1||Productivity:1||Pt catalysts:1||Pt ensembles:1||Pt/Nb2O5:1||Pt/Nb2O5SiO2:1||Reactive distillation:1||Reflux:1||Reforming:1||Regioisomer:1||Renewable diesel:1||Residual sodium:1||Reverse precipitation:1||Reversible adsorption:1||Rh/SiO2Al2O3:1||Ring hydrogenation:1||RuMgO interface:1||Ruthenium:1||SBA15:1||SMB chromatography:1||SO2:1||SO2H2O:1||Selenium:1||Semibatch slurry reactor:1||Sequential Precipitation:1||Si incorporation:1||SiO2 grafting:1||SiO2ZrO2 mixed oxide:1||Silicazirconia Mixed Oxide:1||Silicon Graphene Composite:1||Silicon Nanoparticles:1||Silicon addition:1||Simulated moving bed:1||Singlestep synthesis of DME:1||Sodium carbonate:1||Solgel growth:1||Solvent deficient precipitation(SDP):1||Sorbitol:1||Specific copper surface area:1||Succinic acid:1||Sulfur decoration:1||Support:1||Supported Ni₂P catalysts:1||Supported Pd catalysts(Pd):1||Supported Ru Catalysts:1||Supported Ru catalyst:1||Supported metal catalysts:1||Supported nickel phosphide catalyst:1||Supports:1||Surface properties:1||TBHP:1||TEA:1||Tertiary amine:1||Tetraethylammonium bicarbonate:1||Tetragonal ZrO2:1||Thermal activation:1||Thermodynamic analysis:1||Toluene methylation:1||Trimethylbenzenes:1||Triruthenium dodecacarbonyl:1||Tungstated zirconia:1||Undaria pinnatifida:1||Upgrading:1||Vegetable oil:1||W surface density:1||Watergas shift:1||With external H2:1||Without external H2:1||X ray photoemission spectroscopy:1||XANES:1||Xylenes:1||Xylenes production:1||Zeolite:1||Zincian malachite:1||Zirconia:1||Zirconium oxyhydroxide:1||ZnO function:1||ZrO2:1||acetone:1||acidbase pair:1||alpha olefin:1||amino acid separation:1||basic sites:1||basicity:1||bifunctional catalyst:1||bifunctional catalysts:1||biojet fuel:1||biooil:1||bioethanoltojet fuel:1||biomass:1||biomass valorization:1||calcination condition:1||carbon monoxide:1||carboncoated alumina:1||carboxylic acids:1||ceriazirconia:1||chemical memory effect:1||coprecipitation:1||crossaldol condensation:1||crosscoupling:1||diffusion:1||ethanol dehydration:1||ethylene oligomerization:1||formic acid:1||furfural:1||gammaValerolactone:1||gammabutyrolactone:1||green chemistry:1||heterocycles:1||hydrogen storage:1||hydrolysis:1||intraparticle:1||kieselguhr:1||linear aliphatic alcohols:1||liquid organic hydrogen carriers:1||masstransfer parameters:1||mesoporosity:1||mesoporous CuAl2O3:1||mesoporous PdAl2O3:1||mesoporous materials:1||mesoporous silicaalumina:1||methane combustion:1||methanol synthesis:1||nButanol:1||nanostructures:1||palm oil:1||platinum:1||poly4vinylpyridine resin:1||precipitation:1||precursor chemistry:1||process model:1||reductive amination:1||ruthenium:1||solvent deficient precipitation:1||solvent gradient:1||solventdeficient precipitation:1||styrene:1||styrene epoxide:1||sulfated zirconia:1||supported Ni catalysts:1||supported Pd catalysts:1||supported PdOx catalyst:1||supported metal catalysts:1||technoeconomic analysis:1||water tolerance:1||yttriastabilized zirconia:1||zirconium hydroxide:1||1,2dimethyl cyclohexane:1||γButyrolactone:1||1,4Butanediol:1||1,4butanediol:1||1,6Hexanediol:1||1Hexanol:1||1Propanol:1||2:1||2,5Bis(hydroxymethyl)furan:1||2,5Bis(hydroxymethyl)tetrahydrofuran:1||2Benzylpyridine:1||2methoxyphenol:1||2methyl piperidine:1||30wt% Ni:1||4methyl2pentanol:1||5Hydroxymethylfurfural:1||5bis(hydroxymethyl)tetrahydrofuran:1||ASTM Standard Specification:1||Acetone alkylation:1||Acid catalyst:1||Acid properties:1||Acidcatalyzed reaction:1||Activated marble powder:1||Aerogel:1||Aging temperature:1||Al2O3:1||Al2O3 modified Hferrierite zeolite:1||Aliphatic alcohol:1||Aliphatic ketones:1||Alkylene carbonate:1||Alkylimidazoliumbased ionic liquid:1||Alumina:1||AmberchromCG300C:1||Ammonia decomposition:1||Amorphous Niobic Acid:1||Amorphous zirconia:1||Aniline:1||Anode:1||Aqueousphase processing:1||Aromatic amine:1||Aurichalcite:1||Base catalyst:1||Benzyltoluene:1||Benzyltoluenes:1||Bifuctional catalyst:1||Bimetallic RhMn:1||BioAviation Fuel:1||Biojet fuel:1||Biooil:1||Biofuel:1||

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