scientific tracks
Track - 1: Catalysis
Catalysis is the process of increasing the rate of
a chemical reaction by adding a substance known as a catalyst.
- Catalysis for a cleaner and sustainable
future
- Catalytic processes for
energy : hydrogen technologies, fuel cells, biofuels, petrochemistry.
- Catalysis for water
treatment : advanced oxidation processes, photocatalysis …
- Biomass and agroressources
for chemistry
- Design and characterization
of innovative catalytic materials
- Nanomaterials in catalysis
Track - 2: Catalysis Types and Applications
- Heterogeneous catalysts
- Electrocatalysts
- Homogeneous catalysts
- Organocatalysis
- Photocatalysts
- Enzymes and biocatalysts
- Nanocatalysts
- Tandem catalysis
- Autocatalysis
Track - 3: Environmental and Green Catalysis
Environmental Chemistry focuses on the effects of polluting
chemicals on nature, Green chemistry focuses on the environmental impact of
chemistry.
- Alternative Reaction Media
- Catalytic C–C Bond Formation
- Catalytic Oxidation
- Catalytic Reduction
- Catalysis by Solid Acids and
Bases
- Green Chemistry
- Green Synthesis
- heterogeneous catalysis
- Metallocene Catalysts
- Petrochemicals
- Organometallic Catalysis and
Organocatalysis
Track - 4: Chemical Engineering
- Chemical engineering for
renewables conversion
- Control and optimisation of
process systems
- Bio-driven chemical
engineering
- Fuel cell technologies
- Green chemistry
- Sustainability and energy
for the logistics
Track - 5: Applications of Chemical Technology
- Chemical technology in
pharmaceuticals
- Chemical engineering in
metal refining
- Chemistry in nanotechnology
- Chemistry in computing
- Chemistry in the space age
- Chemistry in fibre and paper
technology
- Waste water management
- Alternative energy and
sustainability
- Biomedical applications of
chemical engineering
- Catalysis for renewable
sources
Track - 6: Chemical Polymer Technology
Polymerization is the process of combination of small
biochemical molecules known as monomers into a covalently bonded chain.
- Ziegler-Natta Catalysts
- Reaction Initiators
- Single-Site Catalysts
- Other Polymerization
Catalysts
- Polymerization Catalysts
- Physical and Chemical
Structures
- Polymers for Biosensors
- Bio Composites
- Bio Elastomers
- Advances in polymer Science
- Polymer Processing
- Industrial Aspects of
Polymers
- Bionics
- Kinetics of Polymerization
Reactions
- Polymer Modifications
Track - 7: Catalysis for renewable sources
- Process Systems Engineering
- Catalysis in oil and gas
- Biocatalysis and
Biotransformations
- Separation and Bioseparation
Track - 8: Chemical Engineering of Polymers-Polymer Engineering
- Catalysis and Pyrolysis
- Petrochemistry
- Catalysis in oil and gas
- Catalysis for renewable
sources
Track - 9: Process Engineering
Process engineering focuses on the structure,
operation, control, optimization and intensification of chemical, physical, and
biological processes.
- Unit Operations and
Separation Process
- Thermodynamics and transport
phenomena
- Advanced engineering
separations techniques
- Capillary electrophoresis
- Zone refining
- Chromatography
- Water management and
treatments
- Air pollution control
- Separation processes
- Heat and mass transfer
- Advanced separation methods
Track - 10: Materials Engineering
Materials Engineering is the design and discovery
of new materials, particularly solids.
- Nanoscale materials and
nanotechnology
- Soft materials and polymers
- Advanced materials design
and processing
- Electronic and photonic
materials
Track - 11: Chemical Reaction Energetics
The enthalpy of reaction is the heat absorbed at
steady T and P. It is positive for endothermic reactions and negative for
exothermic reactions.
- Bio
chemical and biomolecular engineering
- Fluid
mechanics and interfacial phenomena
- Industrial
chemistry
- Mass
transfer and separations
- Nano
scale science and engineering
- Product
and process systems engineering
- Towards
computational catalyst design
Track - 12: Catalysis and Zeolites
Zeolites are microporous, aluminosilicate minerals
and they have a porous structure that can accommodate a wide variety of
cations, such as Na+, K+, Ca2+, Mg2+ and others. Which are commonly used as
commercial adsorbents and catalysts
- Disruptive catalysis by
zeolites
- Hierarchical Zeolites
- Two-dimensional Zeolites
- Spectroscopy of Zeolites
- Electron Microscopy of
Zeolites
- Zeolites in Industrial
Catalysis
- Zeolites for Fine Chemistry
- Zeolite Membranes in
Catalysis
Track - 13: Catalysis in Nanotechnology
Improved
nanotechnology catalysts bring clean energy applications closer. Catalysis is
the acceleration of a synthetic reaction by means of a substance, called a
catalyst.