and Biorefineries (Biodiesel, Bioethanol), Waste to Biofuels, Algae,
Anaerobic Digestion, BTL, Biorefineries, Sustainability Assessment.
B. Combustion and Reactive Flows:
||Combustion Diagnostics, Laminar
and Turbulent Combustion, Numerical Modeling of Combustion, Sprays
& Droplet Combustion, Combustion Applications in Gas Turbines, Internal
Combustion Engines, Rocket Propulsion.
C. Thermal Energy Systems:
Fluidized-bed, Combined Cycles, Advanced Cycles, Flexible Operation,
Cogeneration, Waste-to-Energy, Thermal Energy Storage, Nuclear Plants,
Fuel Cells, Batteries.
D. Alternate and Renewable Energy Systems:
Technologies, Thermo-chemical Processes: Pyrolysis and Gasification,
Solar Thermal and Photovoltaic Technologies, Renewable energy, Hydrogen
Production, Hydrogen Technologies (Stationary, Mobile, Small applications,
Electrolysis, Reforming, Nuclear Hydrogen).
E. Advanced topics in Sustainable Energy:
and Storage and Sequestration , Oxy-fuel Combustion, Micro- and
Nano-technologies for Sustainable Development of Energy Systems,
Energy Efficiency, Energy Policy and Sustainability.
F. Advanced topics in water and Waste water Management:
||Emerging Pollutants, water
treatment technologies, Industrial and domestic waste water management,
ZLD, Decentralized systems, advanced technological options, water
G. Air Pollution Monitoring and Control:
indoor pollution challenges, Industrial air pollution control, Automobile
Emission Control, E-mobility, Sustainable transportation, Indoor
air quality, Solid Fuel emissions, Sensor based Monitoring options
& other areas related to air pollution, climate change.
H. Sustainable Waste Management:
||Industrial & municipal waste
management, waste to wealth, waste minimization, waste collection
& segregation, e-waste, Circular economy, emerging wastes. Sustainable