(Including but not limited to the following topics)
Track 1: Green Chemistry
Design of Atom-Economical Reactions
Green Solvent Substitution and Supercritical Fluid Technology
High Value Conversion of Biomass Resources
Biocatalysis and Enzyme Engineering
Green Synthesis Driven by Light/Electrical Energy
Catalytic Reactions under Mild Conditions
Enhancement of Green Chemical Processes
Green Design of Chemical Products
Green Chemistry Evaluation Index System
Industrial Green Chemistry Transformation Cases
Green Chemistry Education and Public Awareness
Catalytic Preparation and Storage Transport of Green Hydrogen
Digitalization of Green Chemical Processes
Electrochemical Synthesis of Green Chemicals
Carbon Capture and Resource Utilization
Pathways for Industrial Process Carbon Neutrality
Track 2: Environmental Catalysis
Catalytic Purification of Atmospheric Pollutants
Advanced Oxidation Technologies for Water Treatment
Catalytic Elimination of Volatile Organic Compounds (VOCs)
Catalytic Conversion of Greenhouse Gases (CO₂/CH₄/N₂O)
Rational Design of Environmental Catalytic Materials
Single-Atom Catalysis and Nano Catalysis
Photocatalytic Environmental Remediation
In-situ Characterization of Catalytic Processes
Catalytic Treatment of Industrial Waste Gases/Wastewater
Emerging Pollutant Catalytic Degradation
Environmental Catalytic Reaction Mechanisms
Catalytic Reactor Engineering Optimization
Track 3: Sustainable Development
Biodegradable High-Performance Polymers
Bio-based Materials and Chemicals
Chemical Recycling of Waste Polymers
Resource Recovery from Electronic Waste
Catalytic Conversion of Industrial Solid Waste
Carbon Resource Recycling Technology
Recycling and Regeneration of Green Catalysts
Sustainable Packaging Materials
Life Cycle Assessment of Materials
Urban Mineral Resources Recycling
Economic Analysis of Circular Technologies
Resource Recycling Policy System ......