1. Catalysis and Reaction Engineering (CR)

• Advances in both heterogeneous and homogeneous catalysis
• Design, characterization, and industrial application of catalysts
• Photocatalysis and electrocatalysis for sustainable reaction pathways
• Development of novel catalysts for industrial scalability
• Integration of catalysis in renewable energy solutions

2. Sustainable and Green Chemistry (SG)

• Exploration of renewable energy sources and carbon capture methods
• Promotion of green processes supporting circular economy principles
• Valorization of waste into useful products
• Life Cycle Assessment (LCA) for environmental impact analysis
• Reduction of environmental footprints through innovative processes

3. Advanced Materials and Nanotechnology (AM)

• Development of nanostructured materials and composites for advanced uses
• Use of membranes in cutting-edge separation processes
• Materials designed for energy storage and conversion
• Innovations in hydrogen energy applications
• High-performance materials for emerging technologies

4. Biochemical and Environmental Engineering (BE)

• Advances in bioprocessing and the use of biocatalysts
• Solutions for wastewater treatment, air pollution control, and soil remediation
• Creation of biomaterials to promote environmental sustainability
• Integration of biochemical methods in renewable resources processing
• Strategies to minimize environmental degradation

5. Process Engineering and Digital Technologies (PE)

• Use of modeling and simulation for optimizing chemical processes.
• Application of AI and machine learning in chemical engineering workflows.
• Digital twins for enhanced process safety and risk management.
• Process intensification through digital technology.
• Advanced tools for real-time process monitoring.

6. Energy and Fuels (EF)

• Development of renewable fuels and hydrogen production methods
• Innovations in energy storage systems for industrial applications
• Advanced combustion techniques to improve efficiency
• Electrochemical applications for sustainable energy
• Future-ready energy systems emphasizing renewable integration

7. Industrial Applications and Case Studies (IA)

• Optimization and innovation in petrochemical processes
• Advances in food and beverage chemistry for industrial purposes
• Development and scaling of pharmaceutical processes
• Addressing scale-up challenges in chemical engineering
• Case studies highlighting real-world applications and best practices