Course Outline:

• Gas Reservoirs Types and Phase Diagram.

• 1. Composition of Natural Gas
  2. Phase Behavior
  3. The Ideal Gas
  4. Boyle’s Law.

• Properties of Natural Gases.

• 1. Properties of Gaseous Mixtures
  2. Behavior of Real Gases
  3. Compressibility of Natural Gases
  4. Viscosity of Natural Gases
  5. Gas Formation Volume Factor and Expansion Factor
  6. Water Vapor Content of Natural Gas
  7. Two-Phase Systems

• Gas Reservoir Performance.

• 1. Gas Reservoirs

• Calculating Gas in Place by Volumetric Method
• Calculation of Unit Recovery from Volumetric Gas Reservoirs

• 1. Production Decline Curves
  2. Gas Field Development

Reserves

• Deliverability
• Predicting Reservoir Performance
• Optimum Development Patterns

• 1. Gas Well Performance

• Static and Flowing Bottom-Hole Pressure
• Static Bottom-Hole Pressure
• Flowing Bottom-Hole Pressure
• Gas Condensate Reservoirs.

• 1. Vapor-Liquid Equilibrium’s
  2. Gas-Condensate Testing and Sampling
  3. Condensate System Behavior in The Single-Phase Region in The Two-Phase Region
  4. Reservoir Performance Prediction.

• Deliverability Testing of Gas Wells.

• 1. Horizontal Flow Equations
  2. Non-Darcy Flow
  3. Gas Well Deliverability Tests
  4. Better Method for Analyzing Isochronal Test Data
  5. Jons – Blount – Glanze Method
  6. European Method

• Transient Testing of Gas Wells

• 1. Transient Flow of Real Gases Through Porous Media
  2. The Constant Terminal Rate Solution
  3. Application of Real Gas Flow Equation
  4. Average Reservoir Pressure

• Separation Optimization.

• • Separation and Processing

• Introduction
• Gas and Liquid Separation
• Dehydration of Natural Gas