This track focuses on the latest developments in thermodynamic principles and their applications in chemical engineering. Participants will explore innovative methodologies and theoretical frameworks that enhance the understanding of thermodynamic processes.

This session will delve into the advancements in catalysis and its pivotal role in reaction engineering. Researchers are invited to present their findings on novel catalysts and reaction mechanisms that improve efficiency and sustainability.

This track examines the behavior and processing of particulate systems in various chemical engineering applications. Discussions will include characterization techniques, modeling approaches, and industrial implications.

This session highlights the importance of rheology in understanding the flow behavior of complex fluids. Contributions will cover experimental techniques, theoretical models, and practical applications in chemical engineering.

This track addresses the complexities of multiphase flow in chemical processes, emphasizing both experimental and computational approaches. Participants will share insights on flow regimes, interaction mechanisms, and industrial applications.

This session focuses on the study of interfacial and colloidal systems, which are critical in various chemical engineering applications. Topics will include surface chemistry, stability, and the role of interfaces in product formulation.

This track explores the transport phenomena occurring within porous and granular media, with applications in chemical processing and environmental engineering. Researchers will present models and experimental data that enhance our understanding of mass and energy transfer.

This session will cover the latest advancements in membrane technology, including fabrication, characterization, and applications in separation processes. Discussions will focus on innovations that improve membrane performance and sustainability.

This track investigates the principles and applications of crystal engineering in chemical processes. Participants will discuss methodologies for designing and optimizing crystal structures for enhanced performance in various applications.

This session emphasizes the integration of sustainability principles in chemical engineering practices. Contributions will focus on green chemistry, waste reduction, and energy-efficient processes.

This track highlights cutting-edge technologies that are shaping the future of chemical engineering. Participants are encouraged to present innovative approaches and tools that enhance process efficiency and product quality.