Explores modeling and design of continuous stirred tank and plug flow reactors.

Examines the fundamentals and design parameters for gas absorption columns.

Explores the laws of thermodynamics and their applications in chemical processes.

Details the equipment and theory behind gas-liquid mass transfer operations.

Analyzes energy changes and equilibrium in chemical reaction systems.

Techniques to optimize energy use and heat recovery in chemical processes.

Explains the classification, design methods, and thermal analysis of heat exchangers.

Introduction to sensors, control systems, and automation technologies in process plants.

Focuses on hydraulic design, pump selection, and pipe network analysis.

Introduction to PID control, instrumentation, and automation in chemical plants.

Overview of adsorption mechanisms, isotherm models, and industrial applications.

Addresses ethical challenges, safety responsibilities, and professional conduct in chemical engineering.

Examines fluid flow and mixing phenomena within different types of reactors.

Explains physical, chemical, and biological methods of treating industrial wastewater.

Explores distillation techniques, column design, and separation efficiency.

Covers mathematical methods for optimizing process variables and plant performance.

Compares batch and continuous operations in terms of efficiency, cost, and control.

Covers mechanisms of catalyst deactivation and techniques for catalyst regeneration.

Details design and operation of PSA units for gas purification and separation.

Processes and equipment for solvent recovery to improve process economy and sustainability.