Applied Chemical Engineering Thermodynamics

Chemical engineering relies heavily on understanding how energy transforms and interacts within systems, making thermodynamics an essential discipline for process design and optimization. This course provides a comprehensive foundation in the advanced principles of chemical engineering thermodynamics, equipping you with the analytical tools needed to tackle complex industrial challenges. By completing this course, you will master core thermodynamic concepts and their practical applications, enabling you to make informed decisions about process feasibility, design, and optimization. You will gain the ability to analyze and predict the behavior of chemical systems under various conditions, contributing to more efficient and sustainable engineering solutions. What you'll learn: * Learn to apply fundamental laws of thermodynamics to complex chemical systems. * Understand advanced concepts of phase equilibria and their application in separation processes. * Practice calculating energy, entropy, and Gibbs free energy changes for various chemical reactions and processes. * Analyze the feasibility and efficiency of industrial processes, including considerations for energy recovery and waste minimization. * Apply principles of chemical potential and fugacity to model multi-component fluid mixtures. * Explore how thermodynamic models are used in modern process simulation and optimization for sustainable engineering. * Formulate solutions for real-world challenges in chemical and biomolecular engineering, enhancing resource utilization and environmental impact. This course begins with a review of core thermodynamic laws, then delves into advanced topics such as phase equilibria, reaction thermodynamics, and process analysis, culminating in practical problem-solving scenarios. You will read written explanations and practice through exercises to solidify your understanding. This course is ideal for beginners in chemical engineering or related fields, or professionals seeking to refresh and deepen their foundational knowledge. No prior advanced thermodynamics knowledge is assumed beyond basic chemistry and physics. Begin your journey to master chemical engineering thermodynamics today.