CONFERENCE THEME
The conference aims to cover the following areas:
Applications of Heat and Mass Transfer (CODE: AHMT)
• Thermal radiation, conduction and conjugate problems
• Forced Convection and Mixed convection heat transfer
• Multi-phase heat transfer
• Nuclear Heat Transfer
• Micro/Nano scale heat transfer
• Thermal energy storage system
• Cryogenics
• Computational Fluid Dynamics
• Thermal Analysis in advanced materials
• Heat transfer in other emerging areas
Process Heat Transfer and Instrumentation (CODE: PHTI)
• Instrumentation and measurement techniques
• Heat and mass transfer equipment and augmentation techniques
• Spray atomization and combustion processes
• Thermal management of electronic equipment
• Heat transfer in fire and fire mitigation
Heat and Mass Transfer in Bio-Chemical Applications (CODE: BCA)
• Transport processes in bio-engineering and
Biological systems
• Transport phenomena
• Mathematical modeling in chemical engineering
• Industrial drying
• Food process technology and engineering

Combustion (CODE: COM)
• Laminar and Turbulent Flames
• Heterogeneous Combustion and Material Synthesis
• IC engines and Gas Turbine Combustion
• Supersonic Combustion
• Stationary Combustion Systems
• Reacting flows and Fuel Technology

Energy Management and Recovery (CODE: EMR)
• Energy Efficiency and Storage
• Renewable sources of energy (Solar, Wind, Biomass etc)
• Gasification Process
• Electronics for Energy Management
• Innovation and new development in energy technology
• Combined generation
• Energy technology and environmental planning
• Energy system analysis
• Emerging generic technologies: impact on energy issues
• Waste heat utilization
• Alternate sources of energy (Hydrogen and fuel cell)

Clean Development Mechanism and Environment (CODE: CDME)
• Carbon capture, storage and sequestration
• Carbon capture technologies for process industries
• Solid waste management
• Wealth from waste
• Mitigation of carbon emission
• Low carbon intensive growth
• Technology Options to reduce GHG emissions
• Design for Energy as a Proactive Mechanism to reduce Energy & protect Environment