EP 220/PE 220 – CHEMICAL ENGINEERING THERMODYNAMICS (II)
Course lecturer :
Course assistant :
Course objectives :
To enable students to: i) Introduce the properties of the pure substances ii) Present the thermal engineering devices from the heat balance point of view iii) Provide the students with the interactions between heat and work done as both will act as a boundary phenomena affects the total energy of the thermal engineering systems. iv) Familiarize the students with the first and second law of thermodynamics on both closed and open thermal engineering systems. v) Present heat engines , refrigerators as well as heat pumps specifications vi) Introduce the possibility of the heat engine machines to convert the heat added to a useful output power ( the second law of thermodynamics). vii) Familiarize the students with the possibility of the refrigeration machines to pump heat from a low temperature reservoir to the high temperature reservoir. viii) Present ideal cycles. ix) Present the laws of thermodynamics in chemical engineering x) Introduce the chemical reaction equilibrium of the mixtures
Course description :
This course introduces the students to Application of The first and second laws of thermodynamics in Chemical Engineering, actual gas cycles, thermodynamic relation, vapour liquid equilibrium, and Thermodynamics of mixtures chemical reaction equilibrium.
Course assessment :
7.1 Evaluation Methods i) Evaluation of class work from 1st week up to 7th week (20%) & from 9th week up to 12th week (20%) including: Assignment & Short reports and Quizzes: 20%. Written exam at 8th Week: 20%. ii) Final examination: 50%. iii) Experimental results, lab reports and lab exam: 10% 2 Assessment Instruments i) Written exams. ii) Practical exam iii) Semester work: Assignment problems solution Short reports Quizzes
Recommended text books :
Elliott, J. R., & Lira, C. T. (1999). Introductory chemical engineering thermodynamics (Vol. 184). Upper Saddle River, NJ: Prentice Hall PTR.
Recommended refrences :
W.Z. Black and I.G. Hartley , “Thermodynamics”.