Basic Reservoir Engineering Training
1. Introduction
Role of the Reservoir Engineer
Units and Conversions
Common Nomenclature and Abbreviations
Activities in Reservoir Engineering
Observations
Assumptions
Calculations
Decision Making
2. Storage Capacity of Reservoir Rocks
Pore Geometry and Porosity
Wettability
Capillary Pressure
Fluid Distribution in a Real Reservoir
3. Hydrocarbon Fluid Properties
Composition and Chemistry
Phase Behaviour
Properties of Ideal Gases
Properties of Real Gases and Fluids
Pressure, Volume and Temperature (PVT) Data Measurement
Conversion of PVT Data to Field Conditions
4. Darcy’s Law and its Applications
Reservoir Permeability and Anisotropy
Differences between Gas and Liquid Permeability
Absolute, Effective and Relative Permeabilities
Reservoir Engineering Context of Relative Permeability
Inflow Performance
5. Principles of Fluid Flow in Porous Media
Radial Diffusivity Equation (RDE)
RDE Qualitative Solutions
RDE Quantitative Solutions
Superposition of Solutions
Inflow Performance for Non-ideal Drainage Areasa
6. Basic Concepts in Reservoir Engineering
Rock and Fluid Properties and Residual Saturations
Reservoir Pressure
Inflow Performance Relationships
Reservoir Drive Mechanisms
Introduction to Material Balance
Reservoir Mobility Ratio and its implications to production
7. Material Balance for Oil and Gas Reservoirs
The General Form of the Material Balance Equation
Material Balance Expressed as a Linear Equation
Material Balance Applied to Oil Reservoirs
Material Balance Applied to Gas Reservoirs
8. Introduction to Well Testing of Oil Reservoirs
An Overview of Downhole Testing Tools
Pressure Drawdown Test
Pressure Buildup Test
Well Test Concepts
Principles of Gas Well Testing
Gas Pseudo Pressure Function, m(p)
Stabilised Gas Flow in terms of Pressure
Stabilised Gas Flow in terms of m(p)
Non-Darcy or Turbulent Flow
Deliverability Testing of Gas Wells
Learning Level
Beginner
Why Attend?
This course sets out to explain how basic Reservoir Engineering principles should be applied and adhered to in the work place to help with the estimation of realistic recovery factors, reservoir performance prediction and monitoring, and the setting up of reliable simulation models for future production forecasting. The course is designed specifically for engineers and scientists starting up in the upstream oil and gas industry.
Who Should Attend
The course has been designed for engineers and scientists, who will be primarily involved in Reservoir Engineering, Field Development and Reservoir Monitoring / Performance Evaluation activities. This course is also suitable for those in Asset Management.
Special Requirements
The participants should have a basic numerate / scientific background.
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