(The following topics include but are not limited to)
Topic 1. Green Chemistry
Organic synthesis, asymmetric catalysis, green chemistry
Mechanism of homogeneous/heterogeneous catalytic reaction
Atomic economic reaction
No solvent or biobased solvent system
Photocatalysis/electrocatalysis replaces traditional energy-intensive synthesis
Chemical Engineering Materials Science
Effects of chemical processes on the environment, calculation methods in chemical engineering
Biochemical engineering, industrial applications of chemical engineering
Green chemistry and sustainable chemical processes
Pollution control and waste management
CO₂ capture and catalytic conversion
Chemical recycling of plastics
Topic 2. Materials Science
Porous materials, intelligent response materials, low dimensional materials
Single atom catalyzed, nano-enzyme
Photocatalysis/electrocatalysis
Lithium/sodium/potassium ion battery electrode/electrolyte
Solid state battery interface engineering
Perovskite solar cells, organic photovoltaic materials
Photothermal conversion materials
Dispersion and strengthening mechanism of nano-filler
Biomimetic composite
Self-healing polymers, supramolecular polymers
Conductive polymer
Theme 3. Industrial applications
Heterogeneous catalysis
Enzyme catalysis and biocatalysis
Continuous flow chemistry, microreactor technology
Membrane separation
Adsorption material
Preparation and storage of green hydrogen
bio-fuel
Industrial wastewater treatment
Recycling of solid waste
Anti-corrosion coating
Super hydrophobic/super hydrophilic coating
Industrial wastewater treatment
Scale of nanomaterials