Chemical Reaction Selectivity and Yield Calculation

Chemical manufacturing often involves complex processes where reactants can form multiple products. Knowing how to measure efficiency is crucial for maximizing desired output and minimizing waste. This course provides a foundational understanding of reaction metrics. You will learn to accurately calculate conversion, yield, and selectivity, essential skills for analyzing and designing efficient chemical systems. What you'll learn: * Understand the fundamental definitions and differences between conversion, yield, and reaction selectivity. * Practice stoichiometry-based calculations for single and multiple reactions in both batch and continuous reactor systems. * Apply mass balance principles to derive and interpret instantaneous and overall selectivity metrics. * Analyze how common reaction conditions, such as temperature and reactant concentration, influence product selectivity. * Configure basic process flow scenarios using selectivity data to maximize desired product formation and efficiency. The course begins by establishing core terminology and stoichiometry before moving into practical, step-by-step calculation methods and case studies involving complex reaction systems. This course is designed for beginners in chemistry, chemical engineering, or process technology. No prior knowledge of advanced reaction kinetics is required. Start mastering essential chemical process metrics today.