(The following topics include but are not limited to)
Track 1: Thermal Systems and Engineering Thermophysics
Fundamental theories of engineering thermodynamics, heat transfer and mass transfer, and fluid mechanics
Multiphase flow, complex flow, and multi-scale transport phenomena
Thermal cycle analysis and optimization (Langevin cycle, Brayton cycle, combined cycle, etc.)
Thermal process modeling, simulation and control technologies
Thermal property testing techniques and experimental methods
(Exergy) analysis and thermal economic evaluation methods
Waste heat recovery and thermal management systems
Design and optimization of thermal equipment (boilers, heat exchangers, steam turbines, etc.)
Low-temperature heat utilization and heat pump technology
Multi-physics field coupling numerical simulation (CFD) and optimization
Track 2: Power Engineering and Advanced Energy Conversion
Advanced power cycle systems (supercritical CO₂ cycle, organic Rankine cycle, etc.)
Internal combustion engine working process and combustion science
Low-carbon/zero-carbon fuels (hydrogen, ammonia, methanol, etc.) preparation and application
Gas turbine and steam turbine technologies
Fuel cells and electrochemical reactor technologies
Distributed energy systems and cogeneration
Centralized power generation systems and grid stability
Low-carbon transformation of coal-fired power plants and flexible operation
Nuclear power thermohydraulics and nuclear reactor thermophysics
Thermal chemical conversion of biomass (pyrolysis, gasification, hydrothermal conversion, etc.)
Waste energy utilization and resource recovery
Carbon capture, utilization and storage (CCUS) technologies
Track 3: Energy Conversion Technologies and Advanced Power Systems
Advanced energy conversion technologies (power generation, cogeneration, multi-generation systems)
Turbine, boiler and steam generator technologies
Gas turbine and combined cycle systems
Internal combustion engine working process, combustion science and low-carbon fuel technologies
Low-carbon/zero-carbon fuels (hydrogen, ammonia, methanol, etc.) preparation and application
Clean combustion technologies (oxygen-enriched combustion, co-firing, etc.)
Pyrolysis, gasification and hydrothermal conversion technologies
Fuel cells, batteries and electrochemical reactors
Organic Rankine cycle and supercritical CO₂ power cycle
Refrigeration, heat pumps and waste heat recovery utilization technologies
New energy development and utilization (solar energy, wind energy, geothermal energy, biomass energy, etc.)
Waste energy utilization and resource recovery
...