Track 1: Waste Management Strategies

• Biotechniques for air and water pollution control

• Control of anthropogenic gases

• Energy/Fuels from solid waste management

• Wastewater management

• Power generation from organic wastes

• Energy from waste for fuel cell applications

• Waste to wealth

• Resource recovery

• Reduce Reuse Recycle

• Fly ash management

• Environmental data analysis and modeling

• Waste valorization

• Pre treatment and post treatment technologies for handling waste

Track 2: Thermochemical conversion for energy recovery

• Direct combustion

• Pyrolysis

• Incineration

• Gasification

• Thermal depolymerisation

• Biomass co-firing and co-gasification

• Hydrothermal liquefaction

• Gas to Liquid technologies

• Coal to liquid (CTL) technologies

Track 3: Biochemical conversion for energy recovery

• Aerobic composting

• Anaerobic digestion

• Fermentation technology

• Mechanical - biological treatment

• Algal technology

• Biomass to Energy

• Biomethanization

• Syngas generation

• Biorefinery approach

Track 4: Carbon sequestration

• CO2 separation technologies

• Transportation of CO2

• Carbon storage

• CO2 control techniques

• CO2 recycling

• CO2 capture and storage in mining

• Carbon Utilization

• Innovative CO2 Capture Systems

• Novel Materials for Carbon Capture

• Pre-combustion capture

• Post-combustion capture

• Case studies / Demonstration / Pilot Scale Projects

• Atmospheric modeling and numerical predictions of CO2 release

• CO2 separation technologies

• CO2 mitigation via microbial route

Track 5: Green technologies and miscellaneous topics

• Alternative fuels for IC engines and gas turbines

• Green energy

• Performance assessment of alternative fuels

• Novel materials for carbon capture

• Engine emission studies

• Clean coal technologies

• Low-rank coal utilization

• Coal gasification and conversion

• Techno-economic feasibility

• Life cycle assessment

• System analysis policy

• Other relevant topics