Chemical Engineering Thermodynamics: Core Concepts and Solved Examples

Thermodynamics is the bedrock of chemical engineering, yet its abstract concepts can often feel overwhelming. This comprehensive text-based course demystifies the core principles, translating complex equations into intuitive, practical engineering knowledge. You will transition from memorizing formulas to genuinely understanding how energy, entropy, and equilibrium govern chemical processes, enabling you to analyze and design efficient chemical systems. What you'll learn: - Understand the fundamental laws of thermodynamics and how they apply to open and closed chemical systems. - Calculate thermodynamic properties of pure fluids using modern equations of state and generalized correlations. - Analyze phase equilibria in multi-component mixtures using activity coefficient models and fugacity concepts. - Evaluate chemical reaction equilibrium and calculate equilibrium conversions for various operating conditions. - Explore modern thermodynamic applications, including basic carbon capture processes and sustainable energy cycles. - Solve practical chemical engineering problems step-by-step through detailed, written case studies. The course begins with foundational definitions of system boundaries, state functions, and energy conservation. You will then progress systematically through volumetric properties, mixtures, phase behavior, and chemical reaction equilibria, reinforcing your knowledge with clear, written explanations and step-by-step calculations. Designed for beginner chemical engineering students and professionals refreshing their core knowledge, this course requires no advanced background in thermodynamics. Start reading today to build a solid foundation in chemical engineering thermodynamics.