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  2021 (8)
Achieving over 15% Efficiency in Solution-Processed Cu (In, Ga)(S, Se) 2 Thin-Film Solar Cells via a Heterogeneous-Formation-Induced Benign p–n Junction Interface. Kim, D.; Park, G., S.; Kim, B.; Bae, S.; Park, S., Y.; Oh, H.; Lee, U.; Ko, D.; Kim, J.; and Min, B., K. ACS Applied Materials & Interfaces. 2021.
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Learning the properties of a water-lean amine solvent from carbon capture pilot experiments. Kim, J.; Na, J.; Kim, K.; Bak, J., H.; Lee, H.; and Lee, U. Applied Energy, 283: 116213. 2021.
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Highly selective and stackable electrode design for gaseous CO2 electroreduction to ethylene in a zero-gap configuration. Lee, W., H.; Lim, C.; Lee, S., Y.; Chae, K., H.; Choi, C., H.; Lee, U.; Min, B., K.; Hwang, Y., J.; and Oh, H., S. Nano Energy, 84: 105859. 2021.
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Amine blending optimization for maximizing CO2 absorption capacity in a diisopropanolamine – methyldiethanolamine – H2O system using the electrolyte UNIQUAC model. Choi, B., K.; Kim, S., M.; Kim, K., M.; Lee, U.; Choi, J., H.; Lee, J., S.; Baek, I., H.; Nam, S., C.; and Moon, J., H. Chemical Engineering Journal, 419. 9 2021.
Amine blending optimization for maximizing CO2 absorption capacity in a diisopropanolamine – methyldiethanolamine – H2O system using the electrolyte UNIQUAC model [pdf]Paper   bibtex   abstract  
Condensation of furans for the production of diesel precursors: A study on the effects of surface acid sites of sulfonated carbon catalysts. Yang, H.; Joh, H.; Choo, H.; Choi, J.; Suh, D., J.; Lee, U.; Choi, J.; and Ha, J. Catalysis Today, 375: 155-163. 2021.
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Bayesian optimization of industrial-scale toluene diisocyanate liquid-phase jet reactor with 3-D computational fluid dynamics model. Park, S.; Atwair, M.; Kim, K.; Lee, U.; Na, J.; Zahid, U.; and Lee, C. Journal of Industrial and Engineering Chemistry, 98: 327-339. 2021.
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New strategies for economically feasible CO 2 electroreduction using a porous membrane in zero-gap configuration. Lee, W., H.; Kim, K.; Lim, C.; Ko, Y.; Hwang, Y., J.; Min, B., K.; Lee, U.; and Oh, H. Journal of Materials Chemistry A. 2021.
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Design methodology for mass transfer-enhanced large-scale electrochemical reactor for CO2 reduction. Jung, B.; Park, S.; Lim, C.; Lee, W., H.; Lim, Y.; Na, J.; Lee, C., J.; Oh, H., S.; and Lee, U. Chemical Engineering Journal, 424. 8 2021.
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  2020 (12)
A perspective on practical solar to carbon monoxide production devices with economic evaluation. Chae, S., Y.; Lee, S., Y.; Han, S., G.; Kim, H.; Ko, J.; Park, S.; Joo, O.; Kim, D.; Kang, Y.; Lee, U.; Hwang, Y., J.; and Min, B., K. Sustainable Energy & Fuels. 2020.
A perspective on practical solar to carbon monoxide production devices with economic evaluation [link]Website   bibtex  
Continuous-flow production of petroleum-replacing fuels from highly viscous Kraft lignin pyrolysis oil using its hydrocracked oil as a solvent. Kim, Y.; Shim, J.; Choi, J., W.; Jin Suh, D.; Park, Y., K.; Lee, U.; Choi, J.; and Ha, J., M. Energy Conversion and Management, 213. 6 2020.
Continuous-flow production of petroleum-replacing fuels from highly viscous Kraft lignin pyrolysis oil using its hydrocracked oil as a solvent [pdf]Paper   bibtex   abstract  
Mass Transport Control by Surface Graphene Oxide for Selective CO Production from Electrochemical CO2 Reduction. Nguyen, D., L., T.; Lee, C., W.; Na, J.; Kim, M., C.; Tu, N., D., K.; Lee, S., Y.; Sa, Y., J.; Won, D., H.; Oh, H., S.; Kim, H.; Min, B., K.; Han, S., S.; Lee, U.; and Hwang, Y., J. ACS Catalysis, 10(5): 3222-3231. 3 2020.
Mass Transport Control by Surface Graphene Oxide for Selective CO Production from Electrochemical CO2 Reduction [pdf]Paper   bibtex   abstract  
Low-temperature oxidative coupling of methane using alkaline earth metal oxide-supported perovskites. Lim, S.; Choi, J., W.; Jin Suh, D.; Lee, U.; Song, K., H.; and Ha, J., M. Catalysis Today. 2020.
Low-temperature oxidative coupling of methane using alkaline earth metal oxide-supported perovskites [pdf]Paper   bibtex   abstract  
Facile one-pot synthesis of ZnBr2 immobilized ion exchange resin for the coupling reaction of CO2 with propylene oxide. Cho, S., H.; Dahnum, D.; Cheong, S.; Lee, H., W.; Lee, U.; Ha, J.; and Lee, H. Journal of CO2 Utilization, 42: 101324. 2020.
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Condensation of furans for the production of diesel precursors: A study on the effects of surface acid sites of sulfonated carbon catalysts. Yang, H.; Joh, H.; Choo, H.; Choi, J.; Suh, D., J.; Lee, U.; Choi, J.; and Ha, J. Catalysis Today. 2020.
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Catalyst–electrolyte interface chemistry for electrochemical CO 2 reduction. Sa, Y., J.; Lee, C., W.; Lee, S., Y.; Na, J.; Lee, U.; and Hwang, Y., J. Chemical Society Reviews, 49(18): 6632-6665. 2020.
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Data-driven pilot optimization for electrochemical CO mass production. Kim, K.; Lee, W., H.; Na, J.; Hwang, Y.; Oh, H.; and Lee, U. Journal of Materials Chemistry A, 8(33): 16943-16950. 2020.
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Toward the practical application of direct CO2 hydrogenation technology for methanol production. Lee, H., W.; Kim, K.; An, J.; Na, J.; Kim, H.; Lee, H.; and Lee, U. International Journal of Energy Research, 44(11): 8781-8798. 2020.
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Low-temperature oxidative coupling of methane using alkaline earth metal oxide-supported perovskites. Lim, S.; Choi, J.; Suh, D., J.; Lee, U.; Song, K., H.; and Ha, J. Catalysis Today, 352: 127-133. 2020.
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Electrochemical oxidation of toluene with controlled selectivity: The effect of carbon anode. Seo, B.; Lee, W., H.; Sa, Y., J.; Lee, U.; Oh, H.; and Lee, H. Applied Surface Science, 534: 147517. 2020.
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A perspective on practical solar to carbon monoxide production devices with economic evaluation. Chae, S., Y.; Lee, S., Y.; Han, S., G.; Kim, H.; Ko, J.; Park, S.; Joo, O.; Kim, D.; Kang, Y.; Lee, U.; Hwang, Y., J.; and Min, B., K. Sustainable Energy & Fuels. 2020.
A perspective on practical solar to carbon monoxide production devices with economic evaluation [link]Website   bibtex  
  2019 (10)
An experimental based optimization of a novel water lean amine solvent for post combustion CO2 capture process. Hwang, J.; Kim, J.; Lee, H., W.; Na, J.; Ahn, B., S.; Lee, S., D.; Kim, H., S.; Lee, H.; and Lee, U. Applied Energy, 248: 174-184. 8 2019.
An experimental based optimization of a novel water lean amine solvent for post combustion CO2 capture process [pdf]Paper   bibtex   abstract  
General technoeconomic analysis for electrochemical coproduction coupling carbon dioxide reduction with organic oxidation. Na, J.; Seo, B.; Kim, J.; Lee, C., W.; Lee, H.; Hwang, Y., J.; Min, B., K.; Lee, D., K.; Oh, H., S.; and Lee, U. Nature Communications, 10(1). 12 2019.
General technoeconomic analysis for electrochemical coproduction coupling carbon dioxide reduction with organic oxidation [pdf]Paper   bibtex   abstract  
Pt black catalyzed methane oxidation to methyl bisulfate in H2SO4-SO3. Lee, H., W.; Dang, H., T.; Kim, H.; Lee, U.; Ha, J.; Jae, J.; Cheong, M.; and Lee, H. Journal of Catalysis. 6 2019.
Pt black catalyzed methane oxidation to methyl bisulfate in H2SO4-SO3 [link]Website   bibtex  
Formation of defect site on ZIF-7 and its effect on the methoxycarbonylation of aniline with dimethyl carbonate. Dahnum, D.; Seo, B.; Cheong, S., H.; Lee, U.; Ha, J., M.; and Lee, H. Journal of Catalysis, 380: 297-306. 12 2019.
Formation of defect site on ZIF-7 and its effect on the methoxycarbonylation of aniline with dimethyl carbonate [pdf]Paper   bibtex   abstract  
Turning Harmful Deposition of Metal Impurities into Activation of Nitrogen-Doped Carbon Catalyst toward Durable Electrochemical CO2 Reduction. Kim, C.; Choe, Y., K.; Won, D., H.; Lee, U.; Oh, H., S.; Lee, D., K.; Choi, C., H.; Yoon, S.; Kim, W.; Hwang, Y., J.; and Min, B., K. ACS Energy Letters, 4(9): 2343-2350. 9 2019.
Turning Harmful Deposition of Metal Impurities into Activation of Nitrogen-Doped Carbon Catalyst toward Durable Electrochemical CO2 Reduction [pdf]Paper   bibtex   abstract  
Reversible absorption of SO2 with alkyl-anilines: The effects of alkyl group on aniline and water. Vo, H.; Cho, S.; Lee, U.; Jae, J.; Kim, H.; and Lee, H. Journal of Industrial and Engineering Chemistry, 69. 2019.
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Bayesian Inference of Aqueous Mineral Carbonation Kinetics for Carbon Capture and Utilization. Na, J.; Park, S.; Bak, J.; Kim, M.; Lee, D.; Yoo, Y.; Kim, I.; Park, J.; Lee, U.; and Lee, J. Industrial and Engineering Chemistry Research, 58(19). 2019.
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Formation of defect site on ZIF-7 and its effect on the methoxycarbonylation of aniline with dimethyl carbonate. Dahnum, D.; Seo, B.; Cheong, S., H.; Lee, U.; Ha, J., M.; and Lee, H. Journal of Catalysis, 380: 297-306. 3 2019.
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Pt black catalyzed methane oxidation to methyl bisulfate in H2SO4-SO3. Lee, H., W.; Dang, H., T.; Kim, H.; Lee, U.; Ha, J.; Jae, J.; Cheong, M.; and Lee, H. Journal of Catalysis. 3 2019.
Pt black catalyzed methane oxidation to methyl bisulfate in H2SO4-SO3 [link]Website   bibtex  
An experimental based optimization of a novel water lean amine solvent for post combustion CO2 capture process. Hwang, J.; Kim, J.; Lee, H., W.; Na, J.; Ahn, B., S.; Lee, S., D.; Kim, H., S.; Lee, H.; and Lee, U. Applied Energy, 248: 174-184. 3 2019.
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  2018 (3)
Design of carbon dioxide dehydration process using derivative-free superstructure optimization. An, J.; Na, J.; Lee, U.; and Han, C. Chemical Engineering Research and Design, 129. 2018.
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Optimal design and operation of Fischer-Tropsch microchannel reactor for pilot-scale compact Gas-to-Liquid process. Na, J.; Kshetrimayum, K.; Jung, I.; Park, S.; Lee, Y.; Kwon, O.; Mo, Y.; Chung, J.; Yi, J.; Lee, U.; and Han, C. Chemical Engineering and Processing - Process Intensification, 128. 2018.
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Design of carbon dioxide dehydration process using derivative-free superstructure optimization. An, J.; Na, J.; Lee, U.; and Han, C. Chemical Engineering Research and Design, 129. 2018.
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  2017 (4)
Optimal multicomponent working fluid of organic Rankine cycle for exergy transfer from liquefied natural gas regasification. Lee, U.; and Mitsos, A. Energy, 127. 2017.
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Multi-objective optimization of microchannel reactor for Fischer-Tropsch synthesis using computational fluid dynamics and genetic algorithm. Na, J.; Kshetrimayum, K.; Lee, U.; and Han, C. Chemical Engineering Journal, 313. 2017.
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Techno-economic feasibility study of membrane based propane/propylene separation process. Lee, U.; Kim, J.; Seok Chae, I.; and Han, C. Chemical Engineering and Processing - Process Intensification, 119. 2017.
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Superstructure based techno-economic optimization of the organic rankine cycle using LNG cryogenic energy. Lee, U.; Jeon, J.; Han, C.; and Lim, Y. Energy, 137. 2017.
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  2016 (3)
Optimal retrofit of a CO2 capture pilot plant using superstructure and rate-based models. Lee, U.; Mitsos, A.; and Han, C. International Journal of Greenhouse Gas Control, 50. 2016.
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A semi-analytical method for determining the optimal stripper pressure in CO2 capture and liquefaction using monoethanolamine (MEA). Park, T.; Lee, S.; Kim, S.; Lee, U.; Han, C.; and Lee, J. International Journal of Greenhouse Gas Control, 46. 2016.
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Techno-economic Optimization of a Green-Field Post-Combustion CO2 Capture Process Using Superstructure and Rate-Based Models. Lee, U.; Burre, J.; Caspari, A.; Kleinekorte, J.; Schweidtmann, A.; and Mitsos, A. Industrial and Engineering Chemistry Research, 55(46). 2016.
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  2015 (12)
Simulation and optimization of multi-component organic Rankine cycle integrated with post-combustion capture process. Lee, U.; and Han, C. Computers and Chemical Engineering, 83. 2015.
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Design and optimization of cascade organic Rankine cycle for recovering cryogenic energy from liquefied natural gas using binary working fluid. Kim, K.; Lee, U.; Kim, C.; and Han, C. Energy, 88. 2015.
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Integration of Retrofitted Coal-fired Power Plant with CCS: Power De-rate Minimization. An, J.; Lee, U.; Jung, J.; and Han, C. Volume 37 2015.
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Parametric Optimization for Power De-Rate Reduction in the Integrated Coal-Fired Power Plant with Carbon Capture and Storage. An, J.; Lee, U.; Jung, J.; and Han, C. Industrial and Engineering Chemistry Research, 54(18). 2015.
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New configuration of the CO<inf>2</inf> capture process using aqueous monoethanolamine for coal-fired power plants. Jung, J.; Jeong, Y.; Lee, U.; Lim, Y.; and Han, C. Industrial and Engineering Chemistry Research, 54(15). 2015.
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Design and operation strategy of CO2 terminal. Zahid, U.; An, J.; Lee, C.; Lee, U.; and Han, C. Industrial and Engineering Chemistry Research, 54(8). 2015.
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Techno-economic analysis of mechanical vapor recompression for process integration of post-combustion CO2 capture with downstream compression. Jeong, Y.; Jung, J.; Lee, U.; Yang, C.; and Han, C. Chemical Engineering Research and Design, 104. 2015.
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A novel dynamic modeling methodology for boil-off gas recondensers in liquefied natural gas terminals. Lee, S.; Jeon, J.; Lee, U.; Lee, C.; and Han, C. Journal of Chemical Engineering of Japan, 48(10). 2015.
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Design and modeling of large-scale cross-current multichannel Fischer-Tropsch reactor using channel decomposition and cell-coupling method. Park, S.; Jung, I.; Lee, U.; Na, J.; Kshetrimayum, K.; Lee, Y.; Lee, C.; and Han, C. Chemical Engineering Science, 134. 2015.
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Design and modeling of large-scale cross-current multichannel Fischer-Tropsch reactor using channel decomposition and cell-coupling method. Park, S.; Jung, I.; Lee, U.; Na, J.; Kshetrimayum, K., S.; Lee, Y.; Lee, C.; and Han, C. Chemical Engineering Science, 134. 2015.
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Design and operation strategy of CO2 terminal. Zahid, U.; An, J.; Lee, C.; Lee, U.; and Han, C. Industrial and Engineering Chemistry Research, 54(8). 2015.
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Parametric Optimization for Power De-Rate Reduction in the Integrated Coal-Fired Power Plant with Carbon Capture and Storage. An, J.; Lee, U.; Jung, J.; and Han, C. Industrial and Engineering Chemistry Research, 54(18). 2015.
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  2014 (12)
Design and Exergy Analysis of Combined Rankine Cycle Using LNG Cold Energy. Lee, U.; and Han, C. Volume 33 2014.
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Design and optimization of Low-CO2-Emitting organic rankine cycle for liquefied natural gas cold exergy recovery. Lee, U.; Kim, K.; and Han, C. In Computing and Systems Technology Division 2014 - Core Programming Area at the 2014 AIChE Annual Meeting, volume 2, 2014.
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Design and optimization of multi-component organic rankine cycle using liquefied natural gas cryogenic exergy. Lee, U.; Kim, K.; and Han, C. Energy, 77. 2014.
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Design and optimization of low-CO2-emitting organic rankine cycle for liquefied natural gas cold exergy recovery. Lee, U.; Kim, K.; and Han, C. In International Congress on Energy 2014, ICE 2014 - Topical Conference at the 2014 AIChE Annual Meeting, volume 3, 2014.
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Effect of Liquefaction Plant Performance and Location on the Cost of CO2 Transport. Zahid, U.; An, J.; Lee, U.; and Han, C. Volume 33 2014.
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Automatic model-based soft sensor generation for liquefied natural gas terminal pipeline. Lee, S.; Jung, J.; Park, C.; Lee, U.; and Han, C. Industrial and Engineering Chemistry Research, 53(39). 2014.
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Techno-economic assessment of CO2 liquefaction for ship transportation. Zahid, U.; An, J.; Lee, U.; Choi, S.; and Han, C. Greenhouse Gases: Science and Technology, 4(6). 2014.
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Design and analysis of a combined Rankine cycle for waste heat recovery of a coal power plant using LNG cryogenic exergy. Lee, U.; Park, K.; Jeong, Y.; Lee, S.; and Han, C. Industrial and Engineering Chemistry Research, 53(23). 2014.
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Economic analysis for the transport and storage of captured carbon dioxide in South Korea. Zahid, U.; Lee, U.; An, J.; Lim, Y.; and Han, C. Environmental Progress and Sustainable Energy, 33(3). 2014.
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Comparative study of process integration and retrofit design of a liquefied natural gas (LNG) regasification process based on exergy analyses: A case study of an LNG regasification process in South Korea. Park, S.; Park, C.; Lee, U.; Jung, I.; Na, J.; Kshetrimayum, K.; and Han, C. Industrial and Engineering Chemistry Research, 53(37). 2014.
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Economic analysis for the transport and storage of captured carbon dioxide in South Korea. Zahid, U.; Lee, U.; An, J.; Lim, Y.; and Han, C. Environmental Progress and Sustainable Energy, 33(3). 2014.
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Design and analysis of a combined Rankine cycle for waste heat recovery of a coal power plant using LNG cryogenic exergy. Lee, U.; Park, K.; Jeong, Y., S.; Lee, S.; and Han, C. Industrial and Engineering Chemistry Research, 53(23). 2014.
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  2012 (5)
CO 2 storage terminal for ship transportation. Lee, U.; Lim, Y.; Lee, S.; Jung, J.; and Han, C. Industrial and Engineering Chemistry Research, 51(1). 2012.
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Carbon Dioxide Liquefaction Process for Ship Transportation. Lee, U.; Yang, S.; Jeong, Y.; Jung, J.; Lim, Y.; and Han, C. Volume 30 2012.
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Carbon dioxide liquefaction process for ship transportation. Lee, U.; Yang, S.; Jeong, Y.; Lim, Y.; Lee, C.; and Han, C. Industrial and Engineering Chemistry Research, 51(46). 2012.
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Post-Combustion CO 2 Capture Process with Aqueous MEA. An Advanced MEA Process using a Phase Separation Heat Exchanger. Jung, J.; Jeong, Y.; Lee, U.; Lim, Y.; Yang, S.; Lee, C.; Kim, J.; and Han, C. Volume 31 2012.
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Post-Combustion CO 2 Capture Process with Aqueous MEA. An Advanced MEA Process using a Phase Separation Heat Exchanger. Jung, J.; Jeong, Y., S.; Lee, U.; Lim, Y.; Yang, S.; Lee, C., S.; Kim, J.; and Han, C. Volume 31 2012.
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  2010 (1)
Population balance model-based hybrid neural network for a pharmaceutical milling process. Akkisetty, P., K.; Lee, U.; Reklaitis, G., V.; and Venkatasubramanian, V. Journal of Pharmaceutical Innovation, 5(4): 161-168. 2010.
Population balance model-based hybrid neural network for a pharmaceutical milling process [pdf]Paper   bibtex   abstract