Ali Ghalambor
216 pgs.; Adobe® Digital Edition
ISBN: 978-1-61399-978-3
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A one-stop, go-to reference containing all relevant and key industry concepts, equations, terminology, and formulas, the SPE Petroleum Engineering Certification and PE License Exam Reference Guide is the essential tool for those taking the SPE Professional Certification Exam and US PE Exam. This recently updated guide complements SPE’s Petroleum Engineering Handbook series, as the key concepts and equations from that series have been separated out and methodically cataloged into this one volume. To quickly find what you are looking for, a new index has been added.

Along with being crucial before and during exams, this invaluable guide continues to serve oil and gas industry professionals throughout their career. With this guide, there is no need to carry a suitcase full of books on every assignment or search multiple texts to simply find a definition or an equation. The SPE Petroleum Engineering Certification and PE License Exam Reference Guide is for anyone searching for an upstream or downstream solution.

About the SPE Professional Certification Exam (SPEC)

SPE has a vision to “enable the global oil and gas E&P industry to share technical knowledge needed to meet the world’s energy needs in a safe and environmentally responsible manner.” One way of achieving this vision is by sustaining the competency, professionalism, impartiality, and integrity of the personnel within the industry. SPE has responded to this challenge by establishing the SPEC, which offers members a vehicle to develop their technical competencies and skills across the entire field of petroleum engineering. SPEC has been offered for 13 years and is complemented by an SPE short course that gives candidates insight into the range of topics that the exam will cover and the style of questions they will face. In the summer of 2008, the SPE Engineering Professionalism Committee committed to writing a book that could be used as a single reference for the SPEC and the exam review course. Professor Ali Ghalambor authored the SPE Petroleum Engineering Certification and PE License Exam Reference Guide in 2014.

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Ali Ghalambor is an American Petroleum Institute Endowed Professor and Head of the Department of Petroleum Engineering at the University of Louisiana at Lafayette. He has more than 30 years of industry and academic experience and has served as a consultant to petroleum production and service companies, governmental agencies, professional organizations, and the United Nations. Ghalambor is an expert in the areas of drilling, well completion, and engineering assessment and accreditation. He is the author or coauthor of 10 books and manuals and more than 100 technical articles published in numerous journals and conference proceedings. Ghalambor holds BA and MS degrees in petroleum engineering from the University of Louisiana and a PhD degree from Virginia Polytechnic Institute and State University. A highly distinguished member of many professional organizations, he is a recipient of the SPE Distinguished Member Award and has served as an Associate Editor of SPE Production & Operations and a Technical Editor of SPE Drilling & Completion. Ghalambor has served as a commissioner on the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology and as Director of the Central and Southeastern North America Region on the SPE Board of Directors.

Foreword vii
Acknowledgments ix

1. Reservoir Engineering 1
1.1 Volume Calculations 1
1.2 Drive Mechanisms 10
1.3 Stages of Production 12
1.4 Well Performance 16
1.5 Secondary Recovery Processes 19
1.6 Tertiary Recovery Processes 28
1.7 Reserves Estimations 30
1.8 Unconventional Reservoirs 33

2. Drilling Engineering 41
2.1 General Information 41
2.2 Geomechanics 42
2.3 Drilling Fluids 43
2.4 Fluid Mechanics 46
2.5 Well Control 47
2.6 Drilling Mechanics 52
2.7 Tubular Mechanics 54
2.8 Casing Design 55
2.9 Cementing 58
2.10 Well Planning 58

3. Formation Evaluation 75
3.1 Archie’s Water Saturation 75
3.2 Formation Resistivity Factor 75
3.3 Flushed-Zone Water Saturation 76
3.4 Porosity Calculations From Sonic Data 76
3.5 Young’s Modulus 76
3.6 Bulk Modulus 77
3.7 Shear Modulus 77
3.8 Poisson’s Ratio 77
3.9 D-Exponent 78
3.10 Porosity/Bulk Density 78
3.11 Saturation 79
3.12 Skin Calculations 81
3.13 Horizontal Flow Influx Equations 84

4. Production Engineering 111
4.1 Inflow/Outflow Performance 111
4.2 Impact of Length and Force Changes to the Tubing String 115
4.3 Tubing Design 116
4.4 Perforating 123
4.5 Acidizing 123
4.6 Fracturing 124
4.7 Well Production Problems 127
4.8 Artificial Lift 129

5. Facilities 145
5.1 Separation Units 145
5.2 Treating and Processing Units 148
5.3 Pumps 152
5.4 Compressors 156
5.5 Pipelines 160
5.6 Flow Measurements Units 169
5.7 Storage Facilities 174

6. Petroleum Economics 187
6.1 Valuation of Oil and Gas Reserves 187
6.2 Reservoir Management 188
6.3 Investment Decision Analysis 190
6.4 Risk Analysis 191

7. Conversion Factors 197
Length 197
Mass 197
Force 197
Gravitational Acceleration 197
Pressure 198
Volume 198
Density 198
Velocity 198
Temperature 198
Energy 198
Power 198
Gas Constant 198
Viscosity 198
Constants 199
References and Additional Reading 200
Appendix 203
Index 211

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