PE 4323 - Petroleum Engineering | The University of Oklahoma
PE 4323 - Petroleum Engineering | The University of Oklahoma
PE 4323 - Petroleum Engineering | The University of Oklahoma
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<strong>PE</strong> <strong>4323</strong> – DRILLING AND COMPLETIONS II<br />
FALL SEMESTER 2009<br />
THE UNIVERSITY OF OKLAHOMA<br />
INSTRUCTOR: Pr<strong>of</strong>. Subhash N. Shah<br />
Office: SEC T315<br />
Office Telephone: 325-2921/325-1105<br />
Email: subhash@ou.edu<br />
Office Hours: By appointment only<br />
MEETING PLACE SEC N202<br />
&TIME: Class Hours: TR 1:30-2:45 p.m.<br />
PREREQUISITE: <strong>PE</strong> 3313 Drilling and Completions I and <strong>PE</strong> 3413 Subsurface<br />
Production <strong>Engineering</strong><br />
TEXTBOOK: Drilling and Completions Manual – Dr. Samuel Osisanya<br />
Supplemental materials from other books and scientific journals<br />
will also be introduced.<br />
OBJECTIVE: <strong>The</strong> objective <strong>of</strong> this course is to provide the petroleum<br />
engineering students with a thorough understanding <strong>of</strong> drilling<br />
process, well design, completion, and stimulation techniques.<br />
COURSE CONDUCT: <strong>The</strong> course material will be introduced in lecture form. Emphasis<br />
will be placed upon the application <strong>of</strong> the theory introduced to<br />
practical problems associated with drilling, well completion, and<br />
stimulation. Example problems will be worked in class to<br />
demonstrate the theory presented in the lectures. Homework<br />
problems will be assigned and the students are required to hand<br />
these in for evaluation. A group design project will be assigned in<br />
which students are expected to work as a team and prepare and<br />
submit a final report <strong>of</strong> their design <strong>of</strong> a well. Commercially<br />
available simulators will be made available to students to aid in<br />
their design projects. Two major examinations will be<br />
administered during the semester and a comprehensive final<br />
examination will be administered during the final week. One to<br />
three field trips will also be arranged during the semester.<br />
COURSE OUTLINE: 1. Casing design<br />
2. Perforating techniques<br />
3. Well stimulation<br />
4. Drilling program fundamentals<br />
5. Directional drilling<br />
6. Sand control<br />
7. Well completion design<br />
8. Well completion evaluation<br />
9. Emerging technologies
EXAMS: Exam I October 13, Tuesday<br />
Exam II November 12, Thursday<br />
Final Exam. December 18, Friday (1:30 p.m. - 3:30 p.m.)<br />
GRADE: Homework 25%<br />
Design Project 15%<br />
Mid-Term Exams 30%<br />
Final Exam 30%<br />
TENTATIVE GRADE<br />
DISTRIBUTION: 90-100 A<br />
80-89 B<br />
70-79 C<br />
60-69 D<br />
Below 60 F<br />
<strong>The</strong> instructor reserves the right to deviate from this distribution at his discretion.<br />
ASSIGMENT OF<br />
THE GRADE W: This grade is reported for a student who withdraws from a course with a<br />
passing grade. This grade may also be reported as a final grade when the<br />
student has not been involved in a course long enough to be in the failing<br />
category. Failure in the course is not a reason for reporting a W. A<br />
student who withdraws from a course with failing grades shall receive a<br />
grade <strong>of</strong> F.<br />
ACADEMIC DISHONESTY<br />
Neither plagiarism nor cheating will be tolerated and both will be dealt with according to College<br />
<strong>of</strong> Earth & Energy policy. In general, academic dishonesty will subject a student to a penalty<br />
ranging from a zero on the particular assignment or examination to expulsion from the <strong>University</strong><br />
for an indefinite period.<br />
STUDENTS WITH DISABILITIES<br />
Any student in this course who has a disability that may prevent him or her from fully<br />
demonstrating his or her abilities should contact me personally as soon as possible so we can<br />
discuss accommodations necessary to ensure full participation and facilitate your educational<br />
opportunities.<br />
GENERAL<br />
INFORMATION: 1. Attendance will be checked at each class and you should be prompt<br />
in attendance. Regular tardiness will not be tolerated.<br />
2. Examinations are not optional. <strong>The</strong>re will be NO make-up<br />
exams given except in very rare and extenuating circumstances<br />
whose merit will be determined by the instructor.
GUIDELINES FOR HOMEWORK & EXAMINATION<br />
1. Use 8 ½” x 11” engineering paper only for submitting homework as well as for the<br />
examinations.<br />
2. All graphs and charts should be placed on a separate sheet <strong>of</strong> paper.<br />
3. Start each problem on new sheet <strong>of</strong> paper. Do not write on back <strong>of</strong> paper.<br />
4. Box or underline final answer.<br />
5. When making comments use complete sentences or use appropriate mathematical<br />
symbols to indicate what you mean.<br />
6. Students will be penalized for spelling, grammar and “sloppy” work.<br />
7. Illegible work will not be accepted. Students are encouraged to submit either a typed or<br />
computer generated homework.<br />
8. All submitted material for homework and examination will be considered for grading,<br />
unless material is crossed out.<br />
9. Units are as important as the numerical answer and students are requested to indicate the<br />
units on all calculations, intermediate or otherwise.<br />
10. Students are encouraged to use computer to solve problems.<br />
11. Place the copy <strong>of</strong> homework (with your name written on the top right corner) on the top<br />
<strong>of</strong> your homework solution and staple all pages together before turning it in.<br />
12. Homework will be handed in prior to the class the day it is due.<br />
13. Late homework will NOT be accepted.
REFERENCES<br />
1. Allen, T. O. and Roberts, A. P.: Production Operations, Oil & Gas Consultants, Inc., Tulsa,<br />
Volumes 1 and 2.<br />
2. <strong>Petroleum</strong> Well Construction, M.C. Economides, L.T. Watters, and S. Dunn-Norman, John<br />
Wiley & Sons, New York, 1998.<br />
3. Well Design: Drilling and Production, B.C. Craft, W.R. Holden, and E.D. Graves, Prentice-<br />
Hall, Inc., New Jersey, 1962.<br />
4. Applied Drilling <strong>Engineering</strong>, A.T. Bourgoyne, Jr., K.K. Millheim, M.E. Chenevert, and F.S.<br />
Young, S<strong>PE</strong> Textbook Series, Vol.2. 1991.<br />
5. Acidizing Fundamentals, B.B. Williams, J.L. Gidley, and R.S. Schechter, S<strong>PE</strong><br />
Monograph,Vol. 6, 1979.<br />
6. Hydraulic fracturing, C.C. Howard and C. R. Fast, S<strong>PE</strong> Monograph, Vol. 2, 1970.<br />
7. Recent Advances in Hydraulic Fracturing, J.L. Gidley, Ed., S<strong>PE</strong> Monograph, Vol. 12, 1990.<br />
8. Well Completions, S<strong>PE</strong> Reprint Series, No.5, 1970.
August<br />
<strong>PE</strong> <strong>4323</strong><br />
DRILLING & COMPLETIONS II<br />
Fall 2009 CALENDAR<br />
25 - General Information, Course outline<br />
- Objective <strong>of</strong> course, <strong>of</strong>fice hours, schedule, TA<br />
- Homework, Mid-term and final exams, Design project, and expectations<br />
27 - Well completion considerations<br />
September<br />
1 - Casing design<br />
3 - Casing design<br />
8 - Casing design<br />
10 - Casing design<br />
15 - Field Trip (Baker Oil Tools – OKC)<br />
17 - Casing design<br />
22 - Perforating<br />
24 - Perforating<br />
- Design Project Assigned<br />
29 - Perforating<br />
October<br />
1 - Stimulation (Class at WCTC)<br />
6 - No Class (S<strong>PE</strong> ATCE – New Orleans)<br />
8 - Stimulation<br />
13 - Mid-Term I<br />
15 - MT Review/Stimulation<br />
20 - Stimulation<br />
22 - Stimulation
27 - Field Trip (Halliburton – Duncan)<br />
29 - Drilling fundamentals<br />
November<br />
3 - Directional drilling<br />
5 - Directional drilling<br />
10 - Directional drilling<br />
12 - Mid-Term II<br />
17 - MT Review/Sand control<br />
19 - Sand control<br />
24 - Sand Control/Gravel pack<br />
25 -29 - Thanksgiving Holidays<br />
December<br />
1 - Well completion design<br />
3 - Well completion evaluation<br />
8 - Emerging technologies<br />
- Design project due<br />
10 - Review<br />
18 - Final Exam (Friday, 1:30 pm – 3:30 pm)<br />
Homework 1: Assigned September 3 - Due September 10<br />
Homework 2: Assigned September 15 - Due September 24<br />
Homework 3: Assigned September 29 - Due October 6<br />
Homework 4: Assigned October 15 - Due October 22<br />
Homework 5: Assigned October 29 - Due November 5<br />
Homework 6: Assigned November 10 - Due November 19<br />
Homework 7: Assigned November 24 - Due December 1<br />
Design Project: Assigned September 24 - Due December 8
Teaching Assistant<br />
Shanker Narayan Hejamady<br />
<strong>PE</strong> <strong>4323</strong><br />
Drilling & Completions II<br />
Fall 2009<br />
Graduate student, pursuing Masters degree in MPGE<br />
GTA and GRA at the Well Construction Technology Center<br />
Office: SEC T117<br />
Office Hours: Tuesdays and Thursdays 3:00 to 4:00 pm, other times by appointment only.<br />
Email: narayan@ou.edu<br />
Tel: SEC 325-2658, WCTC 325-1105 or 1108