SIFAT TERMODINAMIKA HIDROKARBON TKE 61402 INSTRUCTOR
SIFAT TERMODINAMIKA HIDROKARBON TKE 61402 INSTRUCTOR
SIFAT TERMODINAMIKA HIDROKARBON TKE 61402 INSTRUCTOR
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<strong>SIFAT</strong> <strong>TERMODINAMIKA</strong> <strong>HIDROKARBON</strong><br />
<strong>INSTRUCTOR</strong>:<br />
<strong>TKE</strong> <strong>61402</strong><br />
Ir. Mahmud Sudibandriyo, MSc., PhD<br />
Department of Chemical Engineering<br />
Wakil Ketua Departemen Bidang Akademik<br />
Room: Lt. 2 – Room 9<br />
Phone: 7863516 ; HP: 081316071330<br />
E-mail: msudib@che.ui.edu<br />
COURSE OBJECTIVES:<br />
Upon satisfactory completion of the course, the student should be able to:<br />
1. Utilize the basic of thermodynamic concepts to solve simple system in<br />
hydrocarbon processes.<br />
2. Understand the qualitative phase behavior of hydrocarbon fluids.<br />
3. Estimate the physical properties of hydrocarbon fluids and understand<br />
the product specifications.<br />
4. Do simple dew point, bubble point, and flash calculations.<br />
COURSE CONDUCT:<br />
Depok<br />
Tuesday, 10.00 – 11.50
TEXTBOOK:<br />
- Hand out<br />
- Edmister, C. Wayne, “Applied Hydrocarbon Thermodynamics –<br />
Volume 1”, Gulf Publishing Company.<br />
- Campbell, John. M.,, Gas Conditioning and Processing – Volume 1”,<br />
Campbell Petroleum Series.<br />
COURSE ASSIGNMENTS:<br />
Homework will be assigned regularly and pop quizzes may be administered<br />
if deemed necessary.<br />
Computer project might be assigned.<br />
EXAMINATIONS:<br />
Two examinations of equal value will be given during the semester.<br />
SEMESTER GRADE:<br />
Homework, quizzes, and computer projects 30%<br />
Mid test 30%<br />
Final Exam 40%<br />
OFFICE HOURS:<br />
The instructor will be available to give you individual assistance; office<br />
hours will be by appointment.
1. Introduction (week 1)<br />
COURSE CONTENTS<br />
2. Basic Thermodynamic Concepts: System, First Law, Second Law,<br />
Unit of Measurements. (week 2)<br />
3. P-V-T Data Correlations: Plots and meaning, Phase rule, Equation of<br />
State (week 3 & 4)<br />
4. Physical Properties of Hydrocarbon Fluids: Compressibility, density,<br />
molecular refraction, viscosity, etc. (week 5 & 6)<br />
5. Discussion / Workshop (week 7)<br />
6. Mid-test (week 8)<br />
7. Vapor-Liquid Behavior of Two-Phase Systems: dew points, bubble<br />
points, flash calculation (week 9 & 10)<br />
8. Computer calculation; Computer project assigned (week 11)<br />
9. Discussion on the Project (week 12)<br />
10. Product Specifications: Gas and Liquid contracts, Reid vapor<br />
pressure, etc. (week 13)<br />
11. System Energy Changes: system involving compressor, expander,<br />
pump, heat exchanger, refrigeration, etc. (week 14 & 15)