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Research Fields
INSTITUTE FOR ADVANCED ENGINEERING
Renewable Energy
R&D on design and analyses for biomass and waste bio-energy system
R&D on core technologies in the energy systems, Power to Gas, Liquefied Air Energy Storage, and Compressed Air Energy Storage System
- Biomass torrefaction technology
- Biomass sludge combustion melting technology
- Waste gasification technology
- Biomass tri-generation system
- Power to gas technology
- P2X optimal operation technology
- Liquefied air energy storage technology
- Compressed air energy storage technology
CO2 Capture and Utilization
Process analysis and core technology development for capture/utilization of CO2 generated from various emission sources
- Carbon capture & utilization process analysis and feasibility assessment
- CO2 separation and conversion technology
- Cryogenic carbon capture technology
Clean Energy
Development of elemental technologies to discover clean energy, including hydrogen production technology based on gasification of low-grade fuel, waste, and hydrocarbon-based fuel, and biological/plasma-based hydrogen production technology
- Biological hydrogen production
- Hydrogen production technology based on waste gasification
- Hydrogen production process economic/environmental evaluation technology
- Hydrogen station design
- Hydrogen storage/transportation economic/environmental evaluation technology
- Hydrogen liquefaction technology
- Slush hydrogen production and zero boil-off technology
- CO2 methanation technology
- Methanol synthesis technology using synthesis gas
- Fuel cell-battery hybrid system optimal control technology
- SRF oxygen enriched combustion technology
- LNG regasification technology
- Removal of fine particles in oil sands
Energy System
Optimized solutions and energy storage for energy efficient operation·
- FEMS energy optimization solution
- System requirements analysis technology
- PCM thermal storage
Power Plant
R&D on design and analyses for innovative electric power plants. such as supercritical carbon dioxide power system, new NPP technologies, and so on that can replace traditional power plant system.
- Nuclear reactor exhaust system design technology
- Supercritical carbon dioxide power generation technology
Digital Engineering
R&D on design, analyses, and modeling technologies in plant industry based on virtual plants combining with advanced digital technologies
- Digital plant engineering and digital twin technology
- Energy demand response and prediction technology
- Recognition and digitalization technology of 3-dimensional configuration
- Application of AI techniques for design information cognition technology
- Health monitoring and diagnosis technologies for nuclear steam supply system.
- System modeling based on Sytems Engineering approach.
- Technology management and gate review
Plant Analysis
Development of fully life-cycle analysis technology covering technical feasibility, economic feasibility assessment, and risk/availability based on plant process analysis technology
- Plant feasibility assessment technology
- Plant technology/economic feasibility/business evaluation technology
- Plant modularization technology
- Plant risk/availability analysis technology
