Engineering Thermodynamics: Phase Equilibrium Principles explores fundamental thermodynamic concepts governing phase behavior, equilibrium calculations, and practical engineering applications across chemical and process systems worldwide. This comprehensive resource examines phase diagrams, fugacity, activity coefficients, and thermodynamic modeling approaches essential for predicting system behavior. Coverage spans applications in petroleum processing, chemical engineering, materials processing, and environmental management across North America, Europe, Asia, and emerging markets. The text systematically addresses binary and multicomponent system behavior, equation of state development, and computational thermodynamics. Readers develop competencies in phase equilibrium prediction, process design optimization, and equipment specification. Real-world case studies illustrate industrial implementation. This volume serves chemical engineers, thermodynamics students, and professionals seeking comprehensive understanding of phase equilibrium engineering principles and applications.
