(Include but not limited to)
Track 1: Advanced Functional Materials and Devices
Design and Preparation of Advanced Functional Materials
Optoelectronic Functional Materials and Photovoltaic Devices
High-Temperature Protective Materials and Extreme Environment Materials
Intelligent Materials and Bionic Materials
Metamaterials and New Electromagnetic Shielding Materials
Low-Dimensional Materials and Nano-functional Materials
Multifunctional Oxide Films and Heterostructures
Functional Ceramics and Porous Functional Materials
Functional Film Preparation Technology and Performance Control
Biomedical Materials and Degradable Implant Materials
Multiscale Computational, Modeling and AI-Assisted Design of Materials
Integrated Advanced Mechanical Functional Materials and Structures
Track 2: Green Chemistry and Clean Technologies
Green Chemistry Theory and Principles
Green Catalysis and New Catalytic Materials
Green Synthesis Processes and Clean Production
Non-toxic/Low-toxic Raw Material Substitution and Safe Solvent Technology
Renewable Raw Materials and Biomass Conversion Utilization
Carbon Dioxide Capture, Conversion and Resource Utilization
Water Treatment and Purification Technologies (Membrane Separation, Photocatalysis, etc.)
Waste Resource Utilization and Recycling Technology
Green Chemical Process Design and Optimization
Environmentally Friendly Chemicals and Degradable Material Design
Green Energy Chemistry and Electrochemical Technology
Process Monitoring and Pollution Prevention in Green Chemistry
Track 3: Energy Applications and Sustainable Technologies
Advanced Energy Materials (Lithium Batteries, Photovoltaics, Thermoelectric Materials, etc.)
Hydrogen Production, Storage and Fuel Cell Technology
Solar Energy Utilization Technology (Photovoltaics, Solar Thermal, Solar Chemistry)
Wind Energy, Biomass Energy and Geothermal Energy Development and Utilization
Nuclear Energy Technology and Clean Coal Technology
Energy Storage Technology (Batteries, Supercapacitors, Hydrogen Storage, etc.)
Smart Energy Management and Multi-energy Complementary Systems
Energy Saving Technology and Energy Efficiency Optimization
Carbon Footprint Assessment and Low-Carbon Energy Technology
Environmental Catalysis and Air/Water Pollution Control Technology
Integration of Green Energy Systems and Sustainability Assessment
Engineering Applications of New Energy in Transportation, Building, etc. ......