Oops!... Lo sentimos, este sitio se ha desarrollado para navegadores modernos con el fin de mejorar tu experiencia.

Para que lo puedas disfrutar es necesario actualizar tu navegador o simplemente descargar e instalar uno mejor.

Soluciones efectivas de capacitación


Petrophysical Evaluation

Djebbar Tiab, Ph.D.
Descripción del instructor

Is a Professor of Petroleum Engineering at the University of Oklahoma (OU). He received his B.Sc. (May 1974) and M.Sc. (May 1975) degrees from the New Mexico Institute of Mining and Technology, and Ph.D. degree (July 1976) from the University of Oklahoma - all in Petroleum Engineering, with a minor in mathematics. He served as the Director of the OU – Sonatrach “Graduate Program in Petroleum Engineering in Algeria” from 1996 to 2005. As a researcher at the University of Oklahoma, Dr. Tiab received several research grants and contracts from the National Science Foundation (NSF), United States Department of Energy, U.S. Department of HEW, SONATRACH, KOC, Oklahoma Mining and Mineral Resources Institute, EPSCoR and the Energy Resources Institute. He is a member of the U.S. Research Council, Society of Petroleum Engineers (SPE), Core Analysis Society, Pi Epsilon Tau, Who is who and American Men and Women of Science. He served as a technical editor of various SPE, Egyptian, Kuwaiti and U.A.E. journals. He was member of the SPE Pressure Analysis Transaction. He also served as a member of the University of Oklahoma Senate. He has served as a member of the College of Engineering Dean’s Advisory and as Chairman of the Ad hoc PGE Graduate Program Committee. In 2001 he was elected to the SPE Twenty-Five Year Club. Dr. Tiab is the author/co-author of over two hundred (200) conference and journal technical papers in the area of pressure transient analysis, dynamic flow analysis, Petrophysics, natural gas engineering, reservoir characterization, reservoir engineering and injection processes. In 1975 (M.S. thesis) and 1976 (Ph.D. dissertation) Tiab introduced the pressure derivative technique, which revolutionized the interpretation of pressure transient tests. He developed patents for CORE LAB in the area of reservoir characterization (identification of flow units). He is the senior author of the textbook “PETROPHYSICS”, published by Gulf Publishing Company: 1st Edition in October 1996; 2nd updated edition was published by Elsevier in January 2004. He is also working on the 3rd edition to be published in 2010, and on another manual titled “Horizontal Wells - Reservoir Performance”. He has co-authored three research books entitled “Productivity Equations for Oil Wells”, “Petroleum Reservoir Characterization – Interwell Connectivity”, published in June and July 2009 by VDM Publishing House, and “Analytical Solutions to Productivity and Pressure Transient Equations” published by VDM & LAP Lambert Academic Publishing AG& Co., August 2010. Dr. Tiab supervised one hundred forty research projects at the University of Oklahoma and two at Core Laboratories. These research projects formed the basis of 29 Ph.D. dissertations and 123 M.Sc. theses. The research projects covered all aspects of Petroleum Engineering including reservoir engineering, reservoir characterization, enhanced oil recovery and production. Most of his Ph.D. students are now consultants and/or professors at universities in the U.S.A., South America, Africa, Asia and the Middle East. The majority of his MS students (82) are currently working for Sonatrach in Algeria. He received the Outstanding Young Men of America Award (1983), the SUN Award for Education Achievement (1984), Kerr-McGee Distinguished Lecturer Award (1985), the College of Engineering Faculty Fellowship of Excellence (1986), the Halliburton Lectureship Award (1987-89), the UNOCAL Centennial Professorship (1995-98), and the P&GE Distinguished Professor (1999 – 2000). The UNOCAL Professorship was created to honor the one-hundredth anniversary of the University of Oklahoma. He received the 2007 USCO Recognition Award for Outstanding Technical Achievements. He received the prestigious 1995 SPE Distinguished Achievement Award for Petroleum Engineering Faculty. The citation read, “He is recognized for his role in student development and his excellence in classroom instruction. He pioneered the pressure derivative technique of well testing and has contributed considerable understanding to petrophysics and reservoir engineering through his research and writing.” Dr. Tiab has been elected in October 2002 to the Russian Academy of Natural Sciences as a member because of “His outstanding work in petroleum Engineering”, and was awarded the Kapista gold Medal of Honor for “His outstanding contributions to the field of engineering.” He received the 2003 SPE Formation Evaluation Award for “Outstanding achievements in petrophysics and reservoir engineering.” He is nominated for the 2010 SPE Reservoir Engineering Award.


Fecha indefinida



Understanding the role of reservoir rock properties is the key to practically all aspects of the petroleum business. Principles, measurements, applications, and integration of rock properties for reservoir description will be discussed in depth. Through a combination of class discussion and exercises/ workshops, participants will learn how to calculate permeability from porosity and other petrophysical properties. Using core data and data from open hole logs participants will be able to evaluate porosity, permeability, and saturation in a variety of reservoirs. Concepts for identifying flow units, such as RQI (Reservoir Quality Index), FZI (Flow Zone Indicator), net-pay cut-off, Winland R35 and Pittman R45, will be discussed and illustrated with actual cases. Naturally fractured reservoirs are discussed in great details. Knowing how to integrate petrophysical information with other data sources, such as well test data, to identify and characterize flow units will improve participants’ ability to assess technical risk when examining hydrocarbon opportunities.



At the end of this course, the participants will be able to do the following: 

  • Generate permeability-porosity relations unique to their reservoir.
  • Use FZI (Flow Zone Index) concept to locate flow units.
  • Perform rock typing & reservoir zoning using Winland R35 and Pittman Techniques.
  • Identify and characterize flow units in clean sandstone formations.
  • Identify and characterize flow units in shaly sandstone formations.
  • Determine fracture porosity and permeability.
  • Calculate Porosity partitioning coefficient of a naturally fractured reservoir.
  • Calculate storage capacity and inter-porosity flow factor from well tests.
  • Integrate core, log and well test data.
  • Understand the role of porosity in sand production.
  • Calculate horizontal permeability from measured vertical permeability data.
  • Use MDT testing to determine vertical permeability.



  • Petroleum engineers who have been out of school for several years.
  • Recently hired petroleum engineers, such as production engineers, drilling engineers, and geological engineers.
  • Recently hired geologists and geophysicists with a good mathematical background, and who are involved in the area of formation evaluation and field development.
  • Engineers who graduated with a degree in chemical engineering, mechanical engineering, electrical engineering, civil engineering, etc. and are involved in reservoir evaluation.






  • R/P Ratio: DNA of a company/country.
  • Petroleum Reserves. (Video)
  • Estimating Reserves.
  • Estimating Recovery Efficiency.
  • Unconventional Reserves: Residual Oil Zone and Transition Zone.
  • Fluid Contacts.
  • Exercises.



  • Reservoir scales & Heterogeneity.
  • Permeability-Porosity: GR-Density Log Model.
  • Permeability Anisotropy Models.
  • Directional Permeability From Layered- Resistivity Models.
  • Vertical Permeability in Clayey Formations.
  • Permeability and Porosity Distribution.
  • Permeability Averaging Techniques.
  • Porosity Averaging Techniques.
  • Lorenz Heterogeneity Coefficient.
  • Dykstra-Parsons Heterogeneity Coefficient.
  • Exercises.



  • Fundamental Permeability-Porosity Model.
  • Statistical Permeability-Porosity Correlations.
  • Kozeny Equation.
  • Carman-Kozeny Equation.
  • Specific Surface Area.
  • Universal Permeability-Porosity Model & Flow Units.
  • Generalized Carman-Kozeny Equation.
  • RQI (Reservoir Quality Index) and FZI (Flow Zone Index) from Core Analysis.
  • FZI from NMR & J-Function.
  • FZI from Free Fluid Index (FFI).
  • Normalized RQI: Locating Flow Units with respect to depth.
  • A Geology Perspective of Flow Units.
  • Exercises.



  • Net-Pay, How to Cut-Off.
  • Winland R35, Pittman R-apex and Flow Units.
  • Cut-Off Determination in Low Permeability Reservoirs.
  • Relating FZI, RQI, Pore-Throat Radius & Winland R35.
  • Leverett J-Function.
  • Reservoir characterization by the Jfunction.
  • Identification & Characterization of Flow Units in Shaly Formations.
  • Log-derived evaluation of shaly sands.
  • Exercises.



  • Petrophysical Evaluation of Naturally Fractured Rocks. (Video)
  • Geological vs. Engineering Classification of Natural Fractures.
  • Indicators of Natural Fractures, Visual Identification of Fractures.
  • Fracture Porosity Determination.
  • Porosity Partitioning Coefficient, Fracture Intensity Index.
  • Permeability-Porosity Relationships.
  • Fracture Area, Fracture Storage Capacity, Fracture Conductivity.
  • Cementation Factor in Carbonate Reservoirs
  • Fracture Properties from pressure transient tests
  • Composite Naturally Fractured Reservoirs.
  • Geologic Evaluation on Carbonate Reservoirs.
  • Exercises.



  • Fundamentals of Well Tests. (Video)
  • Flow Tests: Conventional and Modern Techniques.
  • Buildup Tests: Conventional and Modern Techniques.
  • Flow Units From Well Tests.
  • MDT: Flow Units, Vertical Permeability.
  • Exercises.



  • Pore Compressibility, Effectiveness of Pore Pressure in Countering Stress.
  • Effect of Pore Compressibility in Reserves Calculations.
  • Converting Lab-data to Reservoir Data.
  • Effect of Stress on Porosity, Permeability and Resistivity.
  • Permeability-Porosity-Stress Relationships.
  • Critical Pore Pressure, Critical borehole pressure.
  • Porosity as Strength Indicator to Evaluate Sand Production.
  • Exercise.



  • Reservoir Management of Mature Field. (Video)
  • Reservoir Simulation.
  • Study Objectives.
  • Data Analysis.
  • Reservoir Description.
  • History Matching.
  • Carbonate Reservoir Management.
  • Field Cases.
  • Exercise.



  • Introduction to Petroleum Geology (Video)
  • Objectives of Coring Programs.
  • Conventional Coring.
  • Core Alteration and Handling.
  • Core Alteration During Recovery.
  • Filtration Invasion.
  • Core Preservation.
  • Core Analysis. (Video)
  • Exercises.



  • Porosity
  • Factors Affecting The Magnitude Of Porosity.
  • Engineering Classification Of Porosity.
  • Geological Classification Of Porosity.
  • Fluid Saturation.
  • Permeability.
  • Classification Of Permeability.
  • Measurement Of Permeability.
  • Klinkerberg Effect.
  • Fluids Contacts.
  • Wettability & Interfacial Tension.
  • Capillary Pressure & Water Saturation.
  • Exercise.



  • Wireline Logs (Video)
  • Formation Resistivity Factor (FR)
  • Laboratory Measurements Formation Water Resistivity
  • Water Resistivity from SP Log
  • Formation Resistivity Correlations
  • FR & Cementation
  • FR & Water Saturation
  • Saturation Exponent
  • Water Saturation in Shaly Formations
  • Simandoux Model
  • Hilchie Model
  • Water Saturation from Density Logs
  • Advances in Evaluation of Shaly
  • Reservoirs
  • Exercises

"Este curso hace parte del programa especial de capacitación: Diplomado en Evaluación de Formaciones". La participación en el diplomado es opcional y no constituye un requisito para tomar este curso.

Soluciones Efectivas de Capacitación

Próximos cursos

Capacitación In-house

¿Necesitas ayuda?

Si no encuentra el curso de su interés, utilice el buscador avanzado que aparece en la parte superior derecha de está página.

Si desea asesoría personalizada, por favor solicite colaboración a través del formulario de contacto.

Ir a contacto