Chemical Process Control by Design: Designing for Operability

Every chemical process is designed for steady-state operation, but real-world plants must safely handle startups, shutdowns, and unexpected disturbances. Designing with operability in mind from day one prevents costly retrofits and ensures long-term safety. This text-only course guides you through the foundational principles of process control by design, helping you analyze time-varying behaviors, evaluate candidate designs for controllability, and integrate safety and environmental factors early in the engineering lifecycle. What you'll learn: - Understand key terminology of dynamic chemical systems, process control loops, and steady-state versus transient behavior. - Evaluate the operability of candidate process designs during the preliminary engineering phase. - Analyze how common disturbances, startups, and shutdowns affect continuous chemical processes. - Apply fundamental control concepts to design systems that handle off-normal operating conditions safely. - Integrate environmental, safety, and ethical considerations into process design decisions. - Explore modern process simulation frameworks and safety-instrumented systems used in contemporary industrial design. The course begins with core definitions and the fundamentals of process dynamics before moving into practical design evaluation techniques and written case-study analyses. You will work through structured written scenarios and exercises to reinforce how to make smart, safety-first design choices. This program is designed for aspiring chemical engineers, students, and professionals looking to build a solid foundation in process control and design operability, with no advanced control theory background required. Start reading today to design more resilient and controllable chemical processes.