Applied thermodynamics is an elective course that focuses on advanced applications of the principles of thermodynamics. In this course, students solve open-ended problems selected from various topics of thermodynamics (mass and energy balances, cyclic processes, fluid phase equilibria, reaction equilibria). Students will be able to use various thermodynamics application softwares such as phase equilibria 3-D diagrams (phase), symbolic manipulation (macsyma), programming language (fortran)Course participants are expected to: (a) apply the principles of thermodynamics to solve significant problems that are too complex to be solve in the required thermodynamics course; (b) learn to use modern computational tools, including writing computer programs either individually or in group improve their self-directed learning skills at individual and group levels as they learn in a hands-on setting.

• Case Study of Industrial Thermodynamics

  • Application of thermodynamic principles in industrial settings
  • Real-world examples of thermodynamic processes in various industries

• Example Cycle Processes

  • Study of common thermodynamic cycles (e.g., Rankine, Brayton, and refrigeration cycles)
  • Analysis of energy efficiency and process optimization

• Phase Equilibrium

  • Principles of phase equilibrium in multi-component systems
  • Applications in separation processes and material balance

• Chemical Reaction Equilibrium

  • Understanding chemical equilibrium and Le Chatelier’s Principle
  • Analysis of reaction kinetics and equilibrium in process systems

• Solvents in Process Engineering: Supercritical CO2 and Ionic Liquids

  • Properties and applications of supercritical CO2 in extraction and cleaning processes
  • Role of ionic liquids as “green” solvents in chemical processes
  • Comparison of environmentally friendly solvents with traditional solvents