ScholarWorks@Dongguk University: Park, Jin woo

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Park, Jin woo (박진우)

College of Engineering (Department of Chemical and Biochemical Engineering)

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Tel 02-2260-3709
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Technoeconomic analysis:10||Process design:7||Oxyfuel combustion:6||Process integration:5||Cold energy recovery:4||Carbon black:3||Economic analysis:3||Turquoise hydrogen:3||Allam cycle:3||Carbon tax:2||catalyst:2||Chemical energy storage:2||machine learning:2||Carbon technoeconomic analysis:2||Power generation cycle:2||Economic evaluations:2||Liquefied natural gas:2||Energy analysis:2||Natural gas liquefaction:2||Exergy analysis:2||Thermodynamic analysis:2||Liquid air energy storage system:2||Compressed air energy storage:1||Conceptual design:1||Cryogenic carbon capture:1||Datadriven approach:1||Desalinated water:1||Desalination:1||Direct carbon fuel cell:1||Dry methane reforming:1||Dual mixed refrigerant process:1||Energy storage system:1||Exergy loss:1||External CO2 reduction:1||Feature engineering:1||Flexible operational strategy:1||Gas turbine:1||Gastoliquid:1||Global sensitivity analysis:1||Green hydrogen:1||Green hydrogen production:1||Green methanol:1||Grey ammonia:1||H 2 O/CO 2 coelectrolysis:1||Hybrid desalination:1||Hybrid green and blue hydrogen:1||Hybrid greenblue methanol:1||Hydrocarbon separation:1||Hydrogen liquefaction:1||Hydrogen liquefaction process:1||Hydrogen productiontostorage system:1||Hydrogen refueling station:1||Integration the thermal and mass systems:1||LH 2 regasification:1||LH<sub>2</sub> regasification:1||LNG power plants:1||LNG supply chain:1||Largescale energy storage:1||Levelized cost of hydrogen:1||Life cycle assessment:1||Liquefied natural gas supply chain:1||Liquid air:1||Liquid hydrogen regasification:1||Liquid hydrogen vaporization:1||Low carbon methanol:1||Metalorganic framework:1||Methanol production:1||Microbubble scrubber:1||Mixed gas discrimination:1||Multiscale modeling:1||Municipal solid waste incineration plant:1||Negative CO 2 emissions:1||Operational flexibility:1||Peak shaving:1||Pink hydrogen:1||Postcombustion carbon capture:1||Power to X:1||Power allocation:1||Power generation:1||PowertoX:1||Precooling sources:1||Proton exchange membrane electrolysis cell:1||Pyrolysis:1||Reliabilitybased optimization:1||Renewable energy:1||Renewable energy uncertainty:1||Renewable scenario generation:1||SMO array sensor:1||Shadow mask:1||Solid oxide electrolysis cell:1||Solid oxide fuel cell:1||Sparse recurrent neural networks:1||Specific energy consumption:1||Steam methane reforming:1||Surrogatebased optimization:1||Sustainable aviation fuel:1||Sweep gas:1||System design:1||Technoeconomic optimization:1||Thermodynamic and economic analysis:1||Transient current fluctuation:1||Uncertainty analysis:1||Waste heat and cold energy:1||Water electrolysis:1||artificial neural network:1||carbon emission:1||datadriven modeling:1||dry reforming of methane:1||oxidativecoupling of methane:1||parameterized quantum circuit:1||parameterizedquantum circuit:1||preferential oxidation:1||quantum neural network:1||Air liquefaction:1||quantumneural network:1||Aminebased thermal energy storage:1||Ammonia decomposition:1||Bayesian optimization:1||Biomass gasification:1||Blue ammonia:1||Blue ammonia, N<sub>2</sub> PSA:1||Blue hydrogen:1||Blue hydrogen production:1||Boiloff gas:1||Calcium looping:1||Carbon capture:1||Carbon flow analysis:1||Carbon sequestration with enhanced gas recovery:1||Carbon tax scenario:1||Carbontechnoeconomic analysis:1||Cement kiln dust:1||Chemical looping hydrogen generation (CLHG):1||Cold energy:1||Cold energy storage:1||Cold energy utilisation:1||Cold energy utilization:1||

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