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Division of Environmental Chemistry

 

Research Fields

Transport, fate and risk assessment of pollutants in multiple environments

Pollutants transport and degradation dynamics and mechanisms

Risk assessment methodology and its models of pollutants

Quantitative structure activity (property) relationships of pollutants

Interfacial interactions between pollutants and environmental media

 

Chemical principles and techniques for pollution control

Photocatalytic oxidation technology and its application in water and air purification

Catalytic ozone oxidation and its application in water and wastewater treatment

Adsorption technology and its application in removing micro-pollutants from environments

Membrane technology and its application in water purification

Reduction and its application in dechlorination of organic pollutants

 

Environmental sampling, analysis and monitoring

Sampling and analytical methods of dioxins, pesticides, endocrine disrupting chemicals

Investigation of pollutants in multiple environments

On-line monitoring systems for aquatic environment

 

Environmental functional materials

Preparation and characterization of novel catalysts

Preparation and characterization of novel flocculants

Preparation and characterization of novel adsorbents

 

Policy and strategy to implementation the POPs Convention

Strategy to reduce emission of unintentionally POPs in China 

POPs Inventory methodology and its application in China

New POPs screening methodology