(Including but not limited to the following topics)
Track 1: Biomass Energy
Biological thermochemical conversion technology
Optimization of biobased conversion processes
Advanced biofuel (aviation fuel/diesel) production
Breakthroughs in microalgae biomass energy technology
Co-conversion of biomass with coal/waste
Catalytic mechanisms in biomass conversion processes
Life cycle assessment of biomass energy systems
Energy utilization of rural and agricultural waste
Biomass power generation and multi-product systems
Intelligent biomass conversion equipment
Biomass energy policies and economics
Track 2: Energy Materials
Biomass-based carbon materials for energy applications
Efficient catalytic material design and preparation
Structural regulation of energy storage electrode materials
Solid electrolytes and interface engineering
Photocatalytic materials for solar energy conversion
Thermoelectric materials and energy harvesting
Computational and machine learning design of materials
Green synthesis and biomimetic materials
Adaptability of materials to extreme conditions
Material recycling and regeneration technologies
Standardization of energy materials
Track 3: Green Chemistry
Green conversion of biomass platform molecules
Design of green solvents and reaction media
Atom-economical catalytic reactions
Electrochemical synthesis and carbon dioxide conversion
Enzyme catalysis and biomanufacturing processes
Process intensification and energy-saving technologies
Green design principles for chemicals
Circular transformation of industrial processes
Biomass-energy-materials circular system
Chemical processes driven by renewable energy ......