Kurdistan Region - IRAQ Ministry of Higher Education & Scientific Research

Koya University

Course Book Faculty of Engineering (FENG) Department of Petroleum Engineering (DPTE) Fourth Year

Course Title Control Systems Course Code REN5427 Course Module URL https://sites.google.com/a/koyauniversity.org/ren5427

Mr. Haval Hawez Assistant Lecturer 1

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Koya University

Course Name Academic Year Teacher in Charge Faculty / School / Department Contact details Coordinator peer reviewer’s Name e-mail

Reservoir Engineering II 2016-2017 Assistant Lecturer: Mr. Haval Hawez FENG/DPTE Email: [email protected] TAP: http://sites.koyauniversity.org/haval-hawez/ Mobile phone: 07504353785 Dr. Jafar Dalo

Time Table Classes Office hours

Tuesday: 11:30 – 01:30 AM (Theory) Wednesday: 02:30 – 04:30 PM (Theory) Wednesday: 13:30 – 14:30 PM Thursday: 13:30 – 14:30 PM

Grading The students are required to do two Open book exams two times during the academic year besides the laboratory assignment; 1st Mid-term Exam: 20% 2nd Mid-term Exam: 20% Final Exam: 60%

Course Overview This course is a prerequisite for the PEN5427 reservoir engineering course. In order to understand the rock and fluid properties of a hydrocarbon reservoir. Describe the nature of the fluid flow and pressure distribution in a reservoir. Understand the effects of production injection on recovery of reserves. Most development decisions in oil industries are based on the estimating and predicting of the subsurface modeling. Therefore, students are taught in the most effect ways to predict the reserve, monitor and estimate of the hydrocarbon in place in order to understand the role of the reservoir engineer in day to day operational reservoir engineering throughout the project lifetime. In addition, students are taught how the fraction of discovered hydrocarbons is determining that can be recovered and also attaching a time scale to the recovery. 2

Kurdistan Region - IRAQ Ministry of Higher Education & Scientific Research

Koya University

Course Title:

Control Systems

Course Code

REN5427

No. of hours/week:

4 | 4 hrs. theory

No. of Units:

6

Text Books:

(click on the following link to see your course code” https://goo.gl/SzTT9v)

1. Abtahi, M. and Torsaeter, O. (2003). Experimental Reservoir Engineering Laboratory Work Book. Oslo: Norwegian University of Science and Technology

2. Burcik, E.J. (1957). Properties of Petroleum Reservoir Fluids. Boston: The Pennsylvania State University. 3. Cosse, R. (1993). Basics of Reservoir Engineering. Paris: ENSPM. 4. Craft B.C., Hawkin M. (1991). Applied Petroleum Reservoir Engineering. New Jersey: Library of Congress Cataloging-in-Publication Data. 5. Dake, L. (1978). Fundamental of Reservoir Engineering (Vol. 8). Amesterdam: Elsevier.

6. Danesh, Ali. (1998). PVT and Phase Behavior of Petroleum Reservoir Fluids. Edinburgh: Elsevier. 7. Mckinney, P.D., and Ahmed, T. (2205). Advanced Reservoir

Engineering. Oxford: Elsevier. Course Objective:

During this academic year, the students will get; 1. Present volumetric method to calculate initial oil in place. 2. Demonstrate volumetric method to calculate unit recovery from volumetric gas reservoirs. 3. Calculate unit recovery from gas reservoirs under water drive. 4. Define and the effects of water drive mechanism on the hydrocarbon reservoirs. 3

Kurdistan Region - IRAQ Ministry of Higher Education & Scientific Research

Koya University 5. Demonstrate the linear form of the MB equation for a gas reservoir and comment on its application. 6. Present how calculate the total water influx resulting from a known aquifer volume in terms of total aquifer compressibility and pressure drop over the aquifer.

7. Present how to calculate initial oil and gas from the gas condensate reservoirs based on mole composition and other properties of typical single phase reservoir fluids. 8. Predict and calculate volumetric depletion performance of a retrograde gas condensation. 9. Present how to calculate initial oil in place by the volumetric method and estimate of oil recoveries in under-saturated reservoir. 10. How to use Material Balance in under-saturated reservoirs. 11. Predict and calculate solution gas drive performance.

Weekly Course Outlines Lecture 1 2 3 4 5 6

Topic First week topic Second week topic Third week topic … … … 4

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Koya University 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

… … … … … … … … … … … … … … … … … … … … … Last week topic

In the next pages you need to write the course summary, or the course notes, or even the whole course contents.

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Kurdistan Region - IRAQ Ministry of Higher Education & Scientific Research

Koya University This course book is valid only in conjunction with a complete Course Module Website (CMW) and TAP, if these are not presents the course book will not be accepted, For more information, kindly visit the following sites: http://dit.koyauniversity.org/services/tap http://dit.koyauniversity.org/services/course-module-website You can also see the following tutorial video to understand how to write an upload the peer-review report: https://goo.gl/XK9Tbp

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