Description
This course will provide an introduction to oil reservoir engineering for geoscientists.
Duration
One day (eight hours)
Intended Audience
Geologists, geophysicists, petrophysicists, geo-modelers, reservoir engineers, production and operations engineers, reserves analysts, technologists, and asset managers.
Course Outline
- Introductions – Course Material, Instructor, and Participants
- Global and United States Oil Industry
- Global Crude Oil Production and Reserves
- The Unconventional Oil Industry in the USA
- Oil Reservoirs Fluid Characterization
- Types of Oil Reservoirs
- Hydrocarbon PVT Properties
- Depletion and Resource-in-Place Estimation Techniques
- Volumetric Oil-in-Place Calculation
- Pressure Depletion, Infill Drilling and Recovery Factors
- Oil Reservoirs Production Performance
- Drive Mechanisms in Oil Reservoirs
- Resource-in-Place by Engineering Data
- Multi-Phase Flow and Enhanced Oil Recovery
- Relative Permeability
- Voidage Replacement Ratio
- EOR by Gas-Injection in Unconventional Reservoirs
Learner Outcomes
- Perform hydrocarbon resource evaluation through Volumetric analysis
- Classify various types of oil reservoirs according to fluid properties and initial conditions
- Distinguish production behavior of various types of oil reservoirs
- Discuss drive mechanism in oil reservoirs and the expected recovery factors
- Perform voidage replacement calculation and screen enhanced oil recovery candidates
Instructor
Kamal Malick