Integrated Chemical Engineering and Process Design

Developing a chemical process from an initial concept to a viable industrial design requires a structured approach that balances science, safety, and economics. This course provides a clear pathway for understanding how individual unit operations integrate into a cohesive, functioning chemical plant. You will learn how to approach complex design projects systematically, starting with foundational principles and moving through detailed process flowsheets. By studying the lifecycle of a design project, you will gain the skills needed to make informed engineering decisions that align with modern industrial standards. What you will learn: Understand the core principles of chemical process synthesis and flowsheet development; Calculate mass and energy balances for integrated chemical systems; Evaluate the economic viability of a design using capital cost estimation and profitability analysis; Apply modern safety, environmental, and sustainability metrics to process designs; Analyze heat integration opportunities using pinch analysis techniques; Draft professional engineering memorandums and technical design reports. The course begins with essential terminology, safety standards, and foundational thermodynamic concepts before guiding you through the step-by-step process of designing, optimizing, and documenting a chemical plant project. This course is designed for engineering students, newly graduated chemical engineers, and professionals looking to refresh their process design skills. No advanced software or prior design experience is required to begin. Start building your chemical engineering design foundation today.