Track 1: Environmental Engineering

•  Atmospheric Science and Air Pollution Control
•  Optimization of Collection Systems
•  Climate and Climatic Changes
•  Recycling and Reuse
•  Global Warming
•  Environmental Sustainability
•  Ozone Layer Depletion
•  Technical Aspects of Treatment and Disposal Methods (landfilling, thermal treatment etc)
•  Carbon Capture and Storage
•  Energy Science and Engineering
•  Biofuels
•  Environmental Science and Engineering
•  Air Pollution and Control
•  Nuclear Energy Engineering
•  Solid Waste Management
•  Thermal Engineering
•  Waste Minimization
•  Thermal and Power Systems
•  Earth Science
•  Environmental Biology
•  Environmental and Resource Science and Technology
•  Environmental Remediation Technologies
•  Atmospheric Environment
•  Ecological Environment

Track 2: Sustainable Energy

•  Development and Utilization of Clean and Renewable Energy
•  Waste Recycling Energy
•  Hydrogen Energy
•  Wind Energy
•  Biomass Energy
•  Energy Storage and Fuel Cells
•  Geothermal Energy
•  Integrated Energy Systems
•  Marine Science
•  Energy Conversion
•  Ocean Energy
•  Power System and Control System of New Energy Vehicle
•  Solar Energy
•  Energy Conservation and Energy Recovery
•  Solar Electricity and PV Applications
•  Renewable Heating and Cooling, including High Temperature      Applications
•  Soil Science
•  Digitalization for Future Energy Systems