International Conference on Heat Transfer in Chemical and Process Engineering (ICHTCPE - 26)

This track focuses on the latest research and developments in convective heat transfer mechanisms within various chemical and process engineering applications. Contributions may include experimental studies, theoretical models, and computational simulations that enhance our understanding of convective phenomena.

This session aims to explore innovative strategies for optimizing thermal systems in chemical processes. Papers should address methodologies that improve energy efficiency and system performance through advanced design and operational techniques.

This track will delve into the design, analysis, and optimization of heat exchangers for improved energy efficiency. Participants are encouraged to present case studies, experimental results, and computational models that demonstrate effective heat exchanger performance.

This session highlights the application of computational modeling techniques in understanding heat transfer phenomena in chemical engineering. Submissions should focus on novel simulation approaches, validation studies, and their implications for process design.

This track investigates the interplay between fluid dynamics and heat transfer in various industrial applications. Papers should address how fluid flow characteristics influence thermal performance and vice versa.

This session focuses on the challenges and solutions related to thermal management in industrial settings. Contributions may include innovative technologies, case studies, and best practices for managing heat in process engineering.

This track emphasizes the role of process simulation in analyzing heat transfer processes. Participants are invited to share insights on software tools, methodologies, and applications that enhance the understanding of thermal behavior in chemical processes.

This session aims to present cutting-edge thermal analysis techniques applicable to chemical and process engineering. Papers should explore new methodologies that provide deeper insights into thermal properties and behaviors of materials.

This track addresses the integration of energy systems in promoting sustainability within chemical engineering. Contributions should focus on innovative approaches to energy recovery, waste heat utilization, and sustainable thermal management practices.

This session explores the role of heat transfer in emerging technologies, including nanotechnology and renewable energy systems. Papers should discuss the unique challenges and solutions related to thermal management in these innovative fields.

This track highlights experimental methodologies used to investigate heat transfer phenomena in chemical and process engineering. Participants are encouraged to present novel experimental setups, measurement techniques, and findings that advance the field.