UsefulLinks
1. Introduction to Reservoir Engineering
2. Fundamental Properties of Reservoir Rocks
3. Properties of Reservoir Fluids
4. Fluid Flow in Porous Media
5. Reservoir Drive Mechanisms
6. Material Balance and Reserves Estimation
7. Pressure Transient Analysis
8. Water Influx and Aquifer Performance
9. Secondary Recovery
10. Enhanced Oil Recovery
11. Reservoir Simulation
  1. Engineering
  2. Petroleum Engineering

Reservoir Engineering

1. Introduction to Reservoir Engineering
2. Fundamental Properties of Reservoir Rocks
3. Properties of Reservoir Fluids
4. Fluid Flow in Porous Media
5. Reservoir Drive Mechanisms
6. Material Balance and Reserves Estimation
7. Pressure Transient Analysis
8. Water Influx and Aquifer Performance
9. Secondary Recovery
10. Enhanced Oil Recovery
11. Reservoir Simulation
8.
Water Influx and Aquifer Performance
8.1.
Aquifer Classification
8.1.1.
Edge Water Drive
8.1.2.
Bottom Water Drive
8.1.3.
Finite Aquifers
8.1.4.
Infinite Aquifers
8.1.5.
Confined Aquifers
8.1.6.
Unconfined Aquifers
8.2.
Water Influx Models
8.2.1.
Steady-State Models
8.2.1.1.
Schilthuis Model
8.2.1.2.
Pot Aquifer Model
8.2.2.
Unsteady-State Models
8.2.2.1.
Van Everdingen-Hurst Model
8.2.2.2.
Carter-Tracy Model
8.2.2.3.
Fetkovich Model
8.2.3.
Model Selection
8.2.4.
Parameter Estimation
8.3.
Aquifer Characterization
8.3.1.
Aquifer Size
8.3.2.
Aquifer Permeability
8.3.3.
Aquifer Porosity
8.3.4.
Water Compressibility
8.3.5.
Encroachment Angle
8.4.
Water Influx Calculation
8.4.1.
Cumulative Water Influx
8.4.2.
Water Influx Rate
8.4.3.
Pressure Support
8.5.
Impact on Reservoir Performance
8.5.1.
Pressure Maintenance
8.5.2.
Recovery Factor
8.5.3.
Production Optimization

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7. Pressure Transient Analysis

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9. Secondary Recovery

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