International Conference on Chemical Equipment Process Design and Manufacturing Technologies

This track focuses on the principles and applications of fluid dynamics in various engineering contexts. Topics include the analysis of fluid flow, transport equipment, and the optimization of fluid systems.

This session addresses the critical aspects of heat transfer and thermal management in chemical engineering. It encompasses the design and evaluation of heat exchangers, cooling towers, and other thermal equipment.

This track explores the fundamental principles and innovative technologies related to mixing and agitation in chemical processes. Discussions will include equipment design, performance evaluation, and applications in various industries.

Focusing on solid-liquid separation, gas-solid separations, and membrane technologies, this session highlights the latest advancements in separation processes. Participants will discuss design methodologies and operational efficiencies.

This track delves into the design, modeling, and optimization of chemical reactors. Emphasis will be placed on reaction kinetics, mass transfer, and the integration of reactors into larger process systems.

This session examines the design and integrity of process vessels, including pressure vessels and phase-separators. Participants will discuss regulatory standards, safety considerations, and innovative design approaches.

This track focuses on the latest advancements in crystallization from solutions and melts, as well as extraction and leaching methods. Participants will explore both theoretical and practical aspects of these critical processes.

This session highlights recent developments in adsorption and ion exchange technologies for chemical separation and purification. Discussions will include material selection, process design, and performance evaluation.

This track covers the mechanical design and evaluation of pumps, compressors, and valves used in chemical processes. Emphasis will be placed on performance optimization and reliability in various operational conditions.

Focusing on the principles of process fluid mechanics, this session will explore the design and analysis of piping systems and fluid transport networks. Participants will discuss methodologies for enhancing system efficiency and reliability.

This track addresses the latest trends and innovations in chemical engineering technologies, including digitalization and automation. Participants will explore how these advancements can enhance manufacturing processes and operational efficiencies.