Chemical Reaction Engineering II: Reactor Design and Kinetics

Moving beyond basic single-reaction systems is crucial for any aspiring chemical engineer aiming to design real-world industrial reactors. This comprehensive text-based course guides you through the core principles of advanced chemical reaction engineering. You will transition from simple isothermal systems to complex, non-isothermal reactors, multiple reaction networks, and catalytic systems, building the exact problem-solving skills required for engineering exams and practical industrial design. What you'll learn: - Understand the fundamentals of non-isothermal reactor design and energy balances - Analyze multiple reaction networks, including parallel and series reactions, to maximize product yield - Evaluate catalyst properties, heterogeneous kinetics, and external diffusion limitations - Apply reactor staging and optimization strategies for real-world chemical processes - Practice solving complex reactor design equations using systematic numerical approaches - Incorporate modern safety concepts, thermal runaway prevention, and green engineering metrics into reactor design The course begins with foundational definitions of energy balances and heat effects before moving systematically through multiple reactions, catalysis, and reactor stability. Each module features detailed written explanations, step-by-step derivations, and comprehensive practice problems to reinforce your learning. This course is designed for chemical engineering students, exam candidates, and junior engineers who have a basic understanding of introductory reaction kinetics and want to master complex reactor design. No advanced software is required; all concepts are explained from the ground up. Start reading today to elevate your chemical engineering expertise and master advanced reactor design.