(The following topics include but are not limited to)
Track 1: Environmental Chemistry
Chemical transformation of air pollutants and formation mechanism of secondary aerosols
Environmental behavior, fate and ecotoxicology of water pollutants
Migration and transformation laws of heavy metals and organic pollutants in soil
Environmental distribution and risk of persistent organic pollutants and microplastics
Detection and assessment of emerging pollutants (drug residues, endocrine disruptors)
Development of high-sensitivity analytical detection methods for trace pollutants
New methods for sample pretreatment and online monitoring in environmental analysis
Application of spectroscopy, chromatography, and mass spectrometry in environmental analysis
Passive sampling and real-time environmental sensing monitoring technology
Source identification and fingerprinting technology for pollution
Quantum chemical calculation and molecular simulation of environmental chemical processes
Causes of acid rain, photochemical smog and regional atmospheric complex pollution
Migration mechanism of groundwater pollution and chemical basis for remediation
Feedback effect of climate change on environmental chemical processes
Track 2: Green Catalysis
Design and green synthesis of new efficient catalytic materials
Application of heterogeneous catalysis in selective oxidation/hydrogenation reactions
Progress of photocatalytic technology in degradation of environmental pollutants
Electrocatalysis and photoelectrocatalysis for CO₂ reduction and nitrogen fixation conversion
Catalytic conversion of biomass to high-value chemicals
Technologies for catalytic degradation of waste plastics and their resource utilization
Development of coupled systems of homogeneous and heterogeneous catalysis
Catalytic materials such as molecular sieves, metal-organic frameworks, and covalent organic frameworks
Frontier exploration of single-atom catalysts in green catalysis
In-situ/real-time characterization techniques for catalytic reaction mechanisms
Life assessment and regeneration technologies for environmentally friendly catalysts
Application of biocatalysis in industrial wastewater treatment
Track 3: Sustainable Materials
Synthesis and performance optimization of biodegradable polymer materials
Functionalization modification of bio-based materials
Green recycling and high-value utilization technologies of waste polymer materials
Design and application of environmental adsorption materials (carbon-based materials, clay minerals)
Application of membrane separation materials in water treatment and gas separation
Self-repairing materials and intelligent responsive environmental materials
Self-cleaning and air purification functional materials through photocatalysis
Sustainable building materials and low-carbon cement technology
Green recovery of key metals from waste lithium-ion batteries
Biological leaching and separation of valuable metals from electronic waste
Resource utilization technologies for industrial solid wastes (fly ash, smelting slag, etc.)
Application of metal-organic frameworks in gas adsorption and storage
Nanocellulose and natural fiber reinforced composite materials ......