Introduces preliminary design stages, sizing, trade studies, and optimization techniques.

Introduction to process simulation using Aspen Plus software for chemical engineers.

Introduction to reaction rate laws, mechanisms, and kinetics modeling.

Covers nucleation, crystal growth, and equipment for solid-liquid separation.

Explores bioreactors, enzyme kinetics, and fermentation processes in chemical plants.

Focuses on physical, chemical, and biological treatment processes for effluent control.

Studies flow behavior and design considerations for gas-liquid-solid systems.

Frameworks and best practices for managing process safety in chemical plants.

Explains standard symbols, interpretation, and uses of process diagrams.

Methods for improving heat exchanger performance including extended surfaces and inserts.

Covers mass transfer principles including diffusion, interphase mass transfer, and applications.

Introduces biological systems and their integration into chemical process design.

Basics of evaluating costs and economic feasibility of chemical processes.

Explains phase equilibria, solvent selection, and equipment design for extraction.

Explains filtration, ultrafiltration, and reverse osmosis in chemical separations.

Focuses on HAZOP, risk analysis, and safety measures for process industries.

Introduction to reaction kinetics, reactor design, and conversion analysis.

Explains the basics of modeling chemical processes using Aspen Plus software.

Explores environmentally friendly process design, green solvents, and lifecycle assessment.

Explores extractive, reactive, and membrane distillation for complex separations.