(Including but not limited to the following topics)
Track 1: Microbial Catalysis
Microbial enzymes' resource exploration and efficient expression systems
Enzyme molecule modification and directed evolution technologies
Multi-enzyme cascade catalysis and synthetic biology design
Microbial catalysis mechanisms in extreme environments and applications
Microbial fuel cells and electrocatalytic processes
Fixed enzyme technology and industrial catalytic reactor design
Enzyme catalytic kinetics and process regulation
Microbial catalysis in waste resource utilization
Track 2: Green Chemistry
Atom-economical reactions and green synthetic route design
Green catalytic conversion of bio-based platform chemicals
Green reactions in non-aqueous, aqueous phase and supercritical fluids
Green synthesis technology for degradable polymer materials
Green oxidation-reduction reactions and light/electro-catalytic technologies
Greening of chiral synthesis and asymmetric catalysis
Cyclic chemistry and closed-loop production system design
Safety and life cycle assessment of green chemical processes
Energy engineering, environmental engineering
Photocatalysis
Electrochemical energy storage, water treatment
Surface engineering
Intelligent chemical engineering, crystallization technology, nuclear chemical engineering
Track 3: Sustainable Industry
Biorefining and high-value utilization of biomass
Biological purification and resource recovery of industrial wastewater and waste gas
Biological-chemical collaborative technology for plastic degradation and recycling
Low-carbon chemical processes and energy integration optimization
Large-scale production and application of industrial enzymes and biological catalysts
Standardization and certification system for sustainable chemicals
Green supply chain and industrial eco-park design
The impact of industrial policies and economic incentive mechanisms on green transformation ......