Scientific Sessions

1.1 Plant design and operating instructions
1.2 Safety and hazard assessments
1.3 Process design and analysis
1.4 Control Engineering
1.5 Chemical Reaction Engineering
1.6 Construction specifications

3.1 Efficient use of non-renewable resources
3.2 Waste valorization & management
3.3 Waste reduction, waste capture and recycling
3.4 Catalysis for water treatment and remediation

5.1 Nanotubes, nanofibers and nanoparticles
5.2 Nano-Flake Technology
5.3 Carbon nanotechnology
5.4 Green nanotechnology

7.1 Chemical kinetics in solution, gas or solid phases

9.1 Spectroscopy in catalysis
9.2 Chromatography in catalysis

13.1 Photocatalysis and photoreactors
13.2 Photo and electrodeposition
13.3 Electrocatalytic and photocatalytic processes
13.4 Synthesis and solar chemistry 
13.5 Electrolysis and corrosion
13.6 Corrosion Prevention
13.7 Novel electrocatalysts

17.1 Light-harvesting catalysts
17.2 Homogeneous catalysis, Molecular catalysis
17.3 Integrated catalysis
17.4 Computational catalysis and Enantioselective catalysis
17.5 Highly efficient Palladium catalyst
17.6 Hybrid and composite catalysts
17.7 Solid chiral catalysts
17.8 Thin film and membrane catalysts
17.9 Magnetically separable catalysts

19.1 Chemical polymer Technology
19.2 Biopolymers & bioplastics
19.3 Green materials and Engineering
19.4 Green chemicals and fine chemicals

21.1 Crystallization
21.2 Filtration
21.3 Decantation
21.4 Evaporation and Sublimation
21.5 Simple distillation and Fractional distillation
21.6 Centrifugation
21.7 Magnetic separation
21.8 Precipitation

23.1 Recent developments in biocatalysis, organic and inorganic catalysis
23.2 Agrochemicals

25.1 Industrial applications of Green Chemistry

2.1 Advanced synthesis, catalytic systems and new catalyst designing
2.2 Chemical synthesis and catalysts synthesis
2.3 Organic synthesis
2.4 Discovery and drug development
2.5 Synthesis in supercritical conditions
2.6 Plasma assisted preparations
2.7 Mechanochemical preparations
2.8 Artificial photosynthesis
2.9 Non-thermal activation methods
2.10 Organic synthesis in different states

4.1 Trends in Green Chemistry
4.2 Green chemistry & Engineering metrics
4.3 Benefits of Green Chemistry
4.4 Green synthesis and Green catalysis
4.5 Research systems on Green Chemistry
4.6 Green Chemistry-Catalyst compatibility
4.7 Green chemical solvents
4.8 Aromatic and non-aromatic Green Chemistry
4.9 Green manufacturing processes
4.10 Synthetic techniques of Green Chemistry
4.11 Future of Green Chemistry
4.12 Ultrasound assisted Green Technology

6.1 Renewable and sustainable energy
6.2 Green energy and efficiency

12.1 Environmental pollution & Global warming
12.2 Environmental chemistry and sustainability
12.3 Pollution prevention, control and environmental safety
12.4 Air and water depollution processes
12.5 Energy issues and climate change

14.1 Fluid statics and fluid dynamics
14.2 Computational fluid dynamics (CFD)

18.1 Natural occurrence and artificial synthesis of Zeolites
18.2 The zeolite conundrum
18.3 Commercial and domestic uses of Zeolites

24.1 Enzyme kinetics and inhibition
24.2 Biological functions
24.3 Immobilised enzymes
24.4 Fermentation Biotechnology
24.5 Industrial applications

26.1 Petrochemistry
26.2 Petroleum refinery
26.3 Natural gas conversion
26.4 Biomass conversion and biorefinery processes

28.1 Catalytic transformations
28.2 Biocatalysts
28.3 Biomedical engineering