Ministry of Higher Education and Scientific research

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1 Department of Petrochemistry College of Engineering University of Duhouk Polytechnique Subject: Petrochemical Engineering Course Book Year 3 Lecturer's name: Dr. Mohammed Khalil Younis Academic Year: 2017/2018

2 Course Book 1. Course Petrochemical Engineering name 2. Lecturer in Dr. Mohammed Khalil Younis charge 3. Petrochemical/ Engineering Department/ College 4. Contact Tel: 5. Time (in Theory: 3 hours) per Practical: 3 week 6. Office 9 hours 7. Course code 8. Teacher's MOHAMMED`S CV academic profile 9. Keywords 10. Course overview: This class reviews chemical knowledge as applied to the petroleum and petrochemicals. An examination of the relationships between kinetics, thermodynamics, unit operations and process design is made. The beginning chemical student is introduced to the Chemical Industry in general, elements of Chemical Processes, conceptual development of Chemical Processes, Chemical Industry work management. Second semester dealer with polymer science the main mechanisms and the main commercial polymers their synthesis and their processing. 11. Course objective: The main objectives of the course are to: 1. to give students an introduction to the principles of general, physical, and organic chemistry required to assist with understanding of the petrochemical industry 2. to give students a sound understanding of the origin and extraction of petrochemicals and to introduce them to polymer chemistry and petrochemicals 3. to develop understanding of the basic chemical reactions employed in the petrochemical industry 4. to help in the acquisition of sound hands-on practical skills in the chemistry lab The course format is 3 h lectures and 3 h laboratory tutorial sessions per week.

3 12. Student's obligation In this section the lecturer shall write the role of students and their obligations throughout the academic year, for example the attendance and completion of all tests, exams, assignments, reports, essays etc Students are required to attend lectures, Lab sessions, do homework assignments, prepare lab reports, and take examinations لێرهمامۆستا بهرپرسیارێتی قوتابی خوێندکار ڕووندهکاتهوهسهبارهت بهکۆرسهکهبۆ نموونهئامادهبوونی قوتابیان لهوانهکاندا لهتاقیکردنهوهکاندا راپۆرت و ووتار نووسین... هتد. 13. Forms of teaching Lectures, Lab sessions لێرهمامۆستا ڕێگهی وانهووتنهوهدهنووسێت بۆ نموونه:داتاشۆ و پاوهرپۆینت سهر تهختهڕهش تهختهی س ی پ سمارتبۆرد یانمهلزهمه... هتد 14. Assessment scheme Breakdown of overall assessment and examination Assignments, Lab reports, Pre-final, and Final course examinations لێرهمامۆستا جۆری ههڵسهنگاندن )تاقیکردنهوهکان یان ئهزموونهکان( دهنووسێت بۆ نموونهتاقیکردنهو یه مانگانه کویزهکان بیرکردنهوهی ڕهخنهگرانه ( رپ یزهنتهیشن( ڕاپۆرت نووسین ووتار نووسینیان ئامادهنهبوونی خوێندکار لهپۆلدا...هتد. ئامانهچهند نمرهی لهسهردهبێت و مامۆستا چۆن نمرهکان دابهشدهکات 15. Student learning outcome: پڕکردنهو یه ئهم خانهیهزۆر گرنگه مامۆستا دهرئهنجامهکانی فێربوون دهنووسێت. بۆ نموونه: ڕوونی ئامانجهسهرهکیهکانی کۆرسهکه)بابهتهکه( بۆ خوێندکار گونجاندنی ناوهڕۆکی کۆرسهکهبهپێویس یت دهرهوهو بازاڕی کار قوتابی چی نوێ فێردهبێت لهڕێگهی پێدانی ئهم کۆرسهوه After completion of the course students are expected to be able to: 1. Utilize qualitatively and quantitatively chemical equations for a variety of chemical reaction types 2. Use the basic principles of thermochemistry to predict the heat transfer involved in chemical combustion processes 3. Use the basic principles of chemical kinetics and chemical equilibria to explain the speeds and efficiencies of chemical processes 4. Explain the structure, physical, and chemical properties of hydrocarbons 5. Explain the origin of petrochemicals and methods for their extraction from the earth s mantle 6. Explain methods of separation of crude oil and natural gas into their components 7. Explain the chemical reactions employed in the petrochemical industry for the production of useful materials 16. Course Reading List and References: 1. R. Norris Shreve, Joseph A. Brink, (1977), Chemical Process Industries. 2. F. A. Henglein, (1969), Chemical Technology. 3. Harold A. Witcoff, Bryan G. Reuben, (2004), Industrial Organic Chemicals. 4. Uttam Ray Chuadhuri, (2011)Fundamental of Petroleum and Petrochemical Engineering.

4 17. The Topics: week Petrochemical process technology, reactors, product separation. 1-2 Raw materials for petrochemicals (wood, coal, petrol and natural gas), Cracking reactions, reform, isomerization, alkylation and polymerization reactions 3-4 Conversion Processes for Selected Petrochemicals Polyethylene Polypropylene Polyethylene Terephthalate Polyethylene Terephthalate Polystyrene Polybutadiene Acrylonitrile Butadiene Styrene Styrene Butadiene Rubber Poly Methyl Metha Acrylate 5-11 Polytetrafl uoroethylene Nylons Phenol Formaldehyde Urea Formaldehyde Melamine Formaldehyde Polyurethane Silicone Processing of Plastic, Rubber, and Fibre Molding of Plastics Extrusion Molding Blow Molding

5 Compression Molding Thermal Molding Injection Molding Rubber Compounding پێداچوونهوهی هاوهڵ 21. Peer review This course book has to be reviewed and signed by a peer. The peer approves the contents of your course book by writing few sentences in this section. (A peer is person who has enough knowledge about the subject you are teaching, he/she has to be a professor, assistant professor, a lecturer or an expert in the field of your subject). ئهم کۆرسبووکهدهبێت لهالیهن هاوهڵ کیێ ئهکادیمیهوهسهیر بکرێت و ناوهڕۆکی بابهتهکانی کۆرسهکهپهسهند بکات و جهند ووشهیهک بنووسێت لهسهر شیاوی ناوهڕۆکی کۆرسهکه و واژووی لهسهر بکات. هاوهڵ ئهو کهسهیهکهزانیاری ههبێت لهسهر کۆرسهکهو دهبیت پلهی زانستی لهمامۆستا کهمتر نهبێت.