Distillation Principles and Calculations in Chemical Engineering

Distillation is a cornerstone separation process in industrial chemistry, essential for purifying everything from fuels to pharmaceuticals. Understanding the underlying thermodynamic principles and calculation methods is vital for any aspiring chemical engineer. This text-based course guides you through the complex calculations required to design and analyze modern distillation systems. You will start with foundational thermodynamic concepts, vapor-liquid equilibrium (VLE), and basic mass balances before moving on to advanced separation scenarios. Through clear written explanations and detailed calculation steps, you will learn to solve complex engineering problems. What you'll learn: Understand the thermodynamic principles of vapor-liquid equilibrium and phase behavior; Calculate binary batch distillation profiles using Rayleigh equations; Analyze multicomponent distillation columns using standard engineering shortcut methods; Apply modern computational modeling concepts and simulation workflows to separation processes; Solve material and energy balances for multi-stage distillation columns. This course begins with essential terminology and physical chemistry principles, establishing a solid foundation before introducing mathematical modeling and practical calculation exercises. This course is designed for chemical engineering students, chemistry graduates, and junior process engineers looking to build a reliable foundation in separation calculations with no advanced prerequisites required. Start mastering chemical separation calculations today.