Faculty

• Surfactants
• Wastewater treatment

• Conductive and Electroactive Polymers
• Rheology, Stability, Transition, and Turbulence of Complex Fluids
• Light Scattering

• Polymer Modifications, Functional Polymers
• Controlled Molecular Recognition and Inclusion Compounds
• Biopolymers, Chitin-Chitosan
• Nanomaterials, Polymer Composites
• Polymer Electrolyte Membrane Fuel Cells
• Biodegradable Plastics

Link to : The 2^{nd Japan-Thailand Bilateral Symposium of Advanced Materials for Sustainable Society}

• Life cycle assesment(LCA)
• Eco-efficiency
• Surfactant-based processes
• Low Carbon Management

• Gas separation
• Petrochemical and Environmental Catalysis

• Bioplastics (compounding, graft copolymerization, nanocomposites)
• Natural rubber (core-shell by Admicellarpolymerization, Dynamic vulcanization)
• Facile Approach of Exfoliated Polymer Clay Nanocomposites
• Clay Aerogel
• Silk Sericin
• ReactivePolymer Extrusion & Air Plasma Melt Processing
• Photonic, Ionic and Conductive Polymers (Dye sensitized solar cell, Polymer electrolyte)

• Corrosion & Heterogeneous Catalysis

• Hydrogen Storage Materials Development
• Natural Gas Storage Materials Development
• Applied-surfactant technology
• Pyrolysis of solid wastes

• Wound dressing and cell/tissue scaffolding materials
• Electrostatic spinning of polymers
• Biomedical engineering

• Polymeric materials
• Nanocomposites− Fiber materials
• Materials for carbon dioxide adsorption

• Process engineering systems
• Simulation− Logistics

• Surfactants
• Petrochemical and Environmental Catalysis
• Gas storage system

• Hydrogen and Fuel Cells
• Petrochemical and Environmental Catalysis
• Biofuels

• Biodegradable plastics
• Material processing: ceramic and composite preparation, single crystalgrowth by the LHPG method, polymer processing
• Piezoelectric materials

• Petrochemical and Environmental Catalysis
• Pyrolysis of solid wastes

• Layer-by-layer method
• Polyelectrolyte multilayers
• Functional polymers− Nanomaterials

• High temperature polymers
• Polymer composites and Nanocomposite materials
• Nanoporouscarbon for gas storage and electrode materials

• Petrochemical and Environmental Catalysis
• Fuels

• Carbon dioxide capture
• Alternative energy
• Simulation and modeling

• Surfactant based for industrial and environmental applications
• Environmental aspects of petroleum and petrochemical industry
• Wastewater treatment by physiochemical process

• Responsive polymers
• Supramolecular chemistry
• Biodegradable polymers