Environmental Chemical Engineering

Adsorption/biosorption

Ion exchange

Membrane Processes

Magnetic separation

Particle separation

Adsorbents, catalysts, and nanocomposites

Phase separation

Multiphase extraction

Thermal/evaporative processes

Advanced oxidation processes

Heterogeneous catalysis

UV/H2O2

Fenton oxidation

Ozonation

sonolysis

electrochemical treatment

wet air oxidation

chemical and biodegra-dation

energy

 Environment and Biological Engineering

Biochemical Reaction Modeling

Rheology of Engineered and Biological Materials

Environment chemical contaminants, and their metabolites

Recombinant Proteins

Molecular Thermodynamics

Chiral-Drug Purification

Biocompatible Polymers

Medical biotechnology

Metabolic engineering

Synthetic biology

Environmental Catalysis and Materials

Silica Membranes

Catalysis and the Environment

Catalysts for Renewable Energy and Chemicals, the Thermal

Conversion of Biomass

Studies of Membrane Reactors

Emission Control from Stationary Sources

Polymers, Back to Chemical Feedstocks

Biomass Conversion

Deactivation, Regeneration and Recycling of Hydroprocessing Catalysts

Industrial Ecology

material and energy flows studies

dematerialization and decarbonization

life cycle planning, design and assessment

design for the environment

extended producer responsibility

eco-industrial parks

product-oriented environmental policy

eco-efficiency

For more information, please contact us:

Submission Due: August 30, 2018 

submission email :   cfp@isesie.org  si@isesie.org

QQ:  209882778

Phone:  158-172-33511