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Enhanced Oil Recovery
Tentative Outline for a 3-Day Course

Course Objectives:

Review of reservoir engineering fundamentals Teach principles common to all EOR Illustrate elementary but practical calculations for EOR Introduce screening guidelines for EOR

Text: Enhanced Oil Recovery, Prentice Hall, Inc., 1989, plus supplementary materials1.

Materials: Calculator, linear graph paper, straight-edge ruler.

Audience: Engineers with at least a B.S. degree in petroleum or chemical engineering. All other engineers, mathematicians and physicists with at least a B.S. degree and some experience in reservoir engineering and/or numerical simulation. Geologists with at least a B.S. degree with some quantitative experience or interest.

Day 1 - Review of Fundamentals & Solvent Flooding Time, hrs.
EOR Overview 1
Areal sweep efficiency 1/4
Heterogeneity and vertical sweep 1/2
Instability phenomena 1/2
Residual phase saturations 3/4
Exercise 1 - hand-out 3/4
Phase behavior 1
Solvent flooding introduction 1/2
Solvent flooding classification 1
Exercise 7A 3/4
Solvent flooding experiments 1
Day 2 - Solvent & Chemical Methods  
Review of day 1 1/2
Exercise 7B 3/4
Rich gas drive correlations 1/4
Exercise - hand-out 3/4
Viscous fingering and solvent flooding 1/2
Exercise 7J 3/4
Trapped oil saturation 1/2
Field results 3/4
Polymers and their properties 3/4
Exercise 8A 1/2
Profile control and gels (hand-out) 1/2
Polymer flood design 1/2
Field results 1/2
Day 3 - Chemical & Thermal Methods  
Review of day 2 1/2
Surfactants 1/2
Surfactant-brine-oil phase behavior 3/4
Interfacial tension 1/2
Alkaline flooding 3/4
Foam flooding 3/4
Process types 1/2
Physical properties 1/2
Hot water fractional flow 1/2
Heat losses from equipment and wellbores 1/2
Heat losses from formation 3/4
Exercise 11G 3/4
Course wrap-up 1/2

Material supplied by instructor