Sixteen Part Educational Video Series by Aziz S. Odeh

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 1. Deviation of Material Balance Equation

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 2 a. Continuation of discussion of Material Balance Equation b. Material Balance Equation as a Straight Line and Material Balance Equation for a Gas Reservoir

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 3 a. Continuation of Discussion of Material Balance Equation Without Water Influx b. Discussion of Drive Indices

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 1. Water Influx Theory. First Lecture, Basic Consideration

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 2. Water Influx Theory contd a. Explanation of Superposition b. Hurst and Vaneverdingen Method c. Carter and Tracy's Method d. Fetkovich Method

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh will review the water influx theory and the difference between edge water and bottom water. Aziz includes a presentation of the NESS Field (UK) as an example of calculating the oil in place and characterizing the aquifer.

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part I a. MBE as an equation of straight line (contd.) b. How to apply the MBE when water influx is present c. How to use the MBE with production data to characterize the aquifer

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part II a. Completion of the lectures on the MBE useage to determine the hydrocarbon in place when water influx is present b.This completes the first part of the course which is determination of hydrocarbon in place

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part I a. The first lecture on Estimation of Reserves, General description b.Darcy's Law c. Partial differential equations for compressible and incompressible flow d. Pseudo steady state flow

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part II a. Continuation of discussion of pseudo state productivity equation, radial, linear b. Specific permeability and Klinkenberg Correction c. Relative Permeability Hysteresis d. Wettability

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part III a. Review of Darcy's Law b. Klinkenberg Correction c. Reletive Permeability - Discussion of Capillary Pressure - How to calculate relative permeability ration from field data

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: 1. Review of Hysteresis and J Function 2. Estimation of Reserves under expansion drive for oil and gas 3. Calculating of reserves under solution gas drive a. Decline Curves b. Tumer Method c. Muskat Method

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the continuation of Muskat Method.

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 1. Estimation of Reserves a. Gravity Drainage b. Water Injection A. Discussion of Sweep Efficiencies B. Stiles Method C. Drykstran Parson Method

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 2. Estimation of Reserves a. Water Injection Continues A. Displacement Efficiency B. Buckley and Leverett Method

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 1. Miscible Displacement Guest Speaker - Larry Chorn

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 2. Miscible Displacement contd

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 1. Pressure Transient Analysis a. Discussion of partial differential equation b. Assumption made to arrive at a solution c. Fundamental solution d. Drawdown equation

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 2. Pressure Transient Analysis (contd) a. Skin Determination and its components b. Faults (how they influence Pressure-Time plot) c. Contact d. Wellbore Storage

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 3. Pressure Transient Analysis (contd) a. Derivation of buildup equation b. Discussion of Buildup Data Analysis

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the following concepts: Part 4. Pressure Transient Analysis (contd) a. Gas Well Analysis b. Determination of Average Pressure

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the introduction and conclusion to reservoir simulation.

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the introduction and conclusion to reservoir simulation.

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the Three Cell Problems on Simulation.

In this course, donated by ExxonMobil, industry thought leader Aziz S. Odeh discusses the Vu-Graph presentation of application Reservoir Simulation to Reservoir Appraisal and Management and Application of Reservoir Simulation to Reservoir Appraisal and Management concluded.