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Introduction Lecture PE 390 Industrial Equipment and material handling

Introduction Lecture PE 390 Industrial Equipment and material handling. Dr. Noha Said - Dr.Riham Hazzaa. PETROCHEMICAL DEPARTMENT PE390 Industrial Equipment 3Cr [3. 2]. Instructor: Dr. Noha Said Yousef - Dr.Riham Hazzaa Room:E106 e-mail: nohaysf@yahoo.com Assistant:

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Introduction Lecture PE 390 Industrial Equipment and material handling

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  1. Introduction LecturePE 390 Industrial Equipment and material handling Dr. Noha Said - Dr.Riham Hazzaa

  2. PETROCHEMICAL DEPARTMENT PE390 Industrial Equipment 3Cr [3. 2] Instructor: Dr. Noha Said Yousef- Dr.RihamHazzaa Room:E106 e-mail: nohaysf@yahoo.com Assistant: Eng . MahoudAbdElaty Lecture: Office Sunday from 2:30-5.30 Office hours: Monday from 12:30 to 2:30 Wednesday from 12:30 to 2:30 Thursday from 12:30 to 2:30 Prerequisites: PE 317 Unit operation

  3. Overall aims of course: The main objective of the course is to teach the students the following:- Introduction to major equipment used in petrochemical industries. Pumps, heat exchangers, distillation columns, pressurized vessels and separators. Conveyors, cranes and packaging.

  4. Intended learning outcomes of course (ILOs( a- Knowledge and understanding: • a3 List the different types of equipments • a8-I Define heat exchangers and distillation columns • a8-ii Describe pumps construction (for liquid transfer) • a8-iii Describe compressors construction (for gas transfer) • a8-iv Identify pressure vessels focusing on their codes and special metallurgical requirement

  5. b- Intellectual skills: • B2 Calculate the efficency of equipments that are used in • pumps / compressors petroleum/ petrochemical streams  • B6 Compare between different type of pumps  • B7 Solve problems for calculation of power required  • B8 Calculate the discharge head achieved

  6. c- Professional and practical skills:

  7. d- General and transferable skills: • d3 Propose mathematical techniques ,chemical principals • d6 Estimate design bases • d9 Practice the use of performance curves

  8. 4– Teaching and learning methods • 1-Lectures • 2- Assignments • 3- Quizzes • 4- Reports • 5-Tutorial Sessions • 7- 5- Student assessment methods • 1- Assignments to assess the student’s performance. • 2- Quizzes to assess the follow-up • 3- Reports to assess the report writing skills and research skills • 4- Mid-term exam (9th exam) to assess level of understanding • 5- Final exam to assess the overall understanding of the course.

  9. Assessment: Mid-term 20 marks quizzes 20 marks reports and assignments 10 marks Final Exam. 50 marks --------- 100

  10. 6- List of references 6.1- Course notes Based on selected chapters collected from text books. 6.2- Textbook: [1] Ernest E.LUDWIG, "Applied process design for chemical and petrochemical plants, vol 2, 3rd edition. • [2] Tyler G.hicks,Standard hand book of engineering calculation • [3] Perry ,Chemical engineers hand book 6.3- Periodicals, Web sites, … etc

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