2. Materials for Renewable Energy Conversion and Storage

• Photovoltaic and solar energy materials

• Materials for biomass and bioenergy systems

• Energy storage materials (batteries, supercapacitors, hybrid systems)

• Materials for wind, hydropower, geothermal, and marine energy devices

3. Functional and Smart Materials for Energy Systems

• Functional nanomaterials and 2D materials

• Smart materials and structures for energy applications

• Materials for smart grids and system integration

• Materials for thermal management and energy efficiency

4. Sustainable Materials and Advanced Processing Technologies

• Green and environmentally friendly materials

• Carbon capture and storage materials

• Catalytic and electrochemical materials

• Advanced materials processing and characterization techniques

5. ENERGY SYSTEMS, RENEWABLE ENERGY AND ENERGY EFFICIENCY

• Renewable energy technologies (solar, wind, hydro, geothermal, marine)

• Hydrogen energy systems and applications

• Smart grids, microgrids and energy storage systems

• Energy efficiency technologies and energy management systems

• Integration of renewable energy with power systems

• Energy system modeling, simulation and optimization

• Energy policy, economics and sustainability assessment

6. CHEMICAL ENGINEERING AND SUSTAINABLE PROCESSES

• Catalysis and reaction engineering

• Electrochemical engineering and green chemical processes

• Carbon capture, utilization and storage (CCUS)

• Environmental engineering and pollution control

• Process simulation, optimization and safety engineering

• Clean production and sustainable industrial processes

• Chemical thermodynamics and kinetics