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- Basic and applied thermodynamics
- Heat and mass transfer, fluid dynamics
- Exergy analysis and Second Law analysis
- Process integration, simulation and optimization of energy systems
- Refrigeration and air conditioning; Heat pumps
- Fuel cells
- Biomass / biofuels; bio-refinery concepts; waste-to-energy
- Non-biomass renewable energy: solar, wind, others
- Engines, furnaces and boilers, combustion/gasification
- Chemical reactions and reaction engineering
- Advanced fossil energy: clean coal, oil, natural gas
- Nuclear power
- Carbon dioxide capture, utilization and storage
- Energy and water interactions, use of water resources
- Energy systems: social, environmental and sustainability issues
- Building, urban and distributed energy systems
- Industrial production, sustainability and use of resources; Transport
- System operation, control, diagnostics and prognosis
- Thermo-economic analysis and optimization
- Energy policy and planning
- Life Cycle Assessment, industrial ecology, environmental impact of energy systems
- Posters
- ELECTRICITY FROM WASTE HEAT
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HOSTED AND ORGANIZED BY ÅBO AKADEMI UNIVERSITY (ÅA), THERMAL & FLOW ENGINEERING
