(The following topics include but are not limited to)
Track 1: Environmental Catalysis
Sustainable Material Design
Material Characterization and Life Cycle Assessment
Pollutant Catalytic Degradation
Green Catalysis and Reaction Engineering
Industrial-scale Solutions
Photocatalysis for Water and Air Purification
Biomass Conversion
Hydrogen Production and Storage
Electrocatalysis for Energy Conversion
Nanocatalysts
Metal-Organic Frameworks (MOFs)
Multiphase Catalysis for Plastic Degradation
Biodegradable Materials for Waste Management
Sustainable Chemical Catalysts
Environmental Remediation for Waste Reuse
Energy-Material-Catalysis Relationship
Machine Learning for Catalysts
Track 2: Green Chemistry
Surface Chemistry
Chemical Physics
Optical Materials
Electrochemical Materials
New Energy Materials
Photocatalytic Materials, Photochemical Materials
Environmental Science and Engineering
Sustainable Ecological Development
Inorganic Non-metallic Materials Colloid and Interface Chemistry
Microstructure material design
Fundamentals of Chemistry and Chemical Engineering
Physical and structural properties of materials
Chemistry, environment and process engineering
Renewable energy and sustainable development
Track 3: Industrial Engineering
Industry 4.0 and Internet of Things
Production planning and control
Quality control and risk management
Reliability and maintenance engineering
Production and operation management
Workflow technologies and applications
Virtual engineering and digital twins
Mixed products, multidisciplinary product development
Industrial robots
Manufacturing's sensing and reasoning
Automation and discrete event systems
Application of intelligent production systems
Information industry and management
Engineering economics and cost analysis