Chemical Catalysis: Kinetics and Reaction Rate Law Derivation

Effective chemical and biological processing relies heavily on understanding how catalysts accelerate reactions. This course provides the essential foundation in chemical catalysis and reaction kinetics, focusing on surface phenomena and modeling. By the end of this course, you will be able to analyze catalytic mechanisms, derive rigorous reaction rate laws, and understand the critical factors influencing heterogeneous catalytic performance. What you'll learn: * Understand the fundamental role and properties of both inorganic and enzyme catalysts. * Master the theory of adsorption, including Langmuir isotherms, critical for surface reactions. * Learn to derive complex kinetic rate laws using the Langmuir-Hinshelwood and Eley-Rideal mechanisms. * Analyze the factors governing the rates of heterogeneous catalytic reactions and identify rate-limiting steps. * Apply foundational kinetic models to predict reaction outcomes and inform basic reactor design concepts. This course begins with core definitions and the classification of catalysts, progresses through the theory of adsorption and surface reaction modeling, and concludes with practical methods for deriving and analyzing catalytic rate laws. This content is designed for absolute beginners in chemical reaction engineering or physical chemistry, requiring no prior knowledge of catalysis or kinetics. Start learning to model chemical reactions with precision today.