After successful completion of the course, students are able to:

• apply generalized equations of state for multiple component systems
• determine conditions for thermodynamic equilibrium in multiple component systems
• determine conditions for chemical equilibrium of reacting systems
• determine reaction rates for selected reactions
• describe thermal separation processes
• analyse important energetic processes (gasification, thermal separation processes, CCS, air separation, CO2-liquefaction, IGCC)

Basics of complex thermodynamic methods and processes which are relevant in Energy Technology.

Two component-Thermodynamics,

gasification, gas turbine cycles,

low temperature thermodynamics, 

thermal separation processes.

•  Distance-Learning with  Zoom and/or Gotomeeting

• START on Tuesday, Oktober 13 at 12h15

• Presentation of theory and examples

• collaboration

Prüfungsdauer: 120 min   !!!