OIL AND WATER HANDLING FACILITIES

OBJECTIVES
After participate in this course, the participants will be able and capable to :

• Understand the basic concept of oil , gas and water handling processes and facilities, and how to operate this technology in field application.
• Diagnostic of oil and gas reservoir performance under actual drive mechanism and future performance with current handling processes.
• Analyze the production potential of reservoir under with actual handling system processes and to plan the better development processes according to reservoir capacity.
• Understand the fundamentals of microscopic and macroscopic aspects and phenomena of oil, gas and water handling processes.

PRE-REQUISITE
No specified  (Operator/Sr. Operator/Engineer or Non Engineer)

OUTLINE

1. 1.       Gas Handling Facilities

• Introduction to Gas Handling and Facilities
• Gas Properties

1. Ideal gas
2. Real Gas
3. Gas Formation Volume Factor
4. Gas Compressibility
5. Gas-Water System
6. Gas-Condensate System

• Gas Reservoir Performance

1. Reservoir Gas Flow
2. Gas Reserves
3. Well Completion Effect
4. Tight Gas Well
5. Gas Well Testing

• Gas Piping System

1. Basic  Flow Equation
2. Flow in Wells and Flow in Pipelines
3. Effect of Liquids
4. Use of Pressure Traverse Curve
5. Liquid Removal from Gas Wells

• Gas Compression

1. Type of Compressors
2. Compressor Design
3. Centrifugal Compressor

• Total System Analysis

1. Tubing and Flow Line Effect
2. Separator Pressure Effect
3. Compressor Selection

• Flow Measuring

1. Orifice Metering
2. Metering System Design
3. Other Metering Methods

• Gas Condensate Reservoir

1. Well Testing and Sampling
2. Gas Cycling

• Field Operation Problems

1. Pressure Cumulative Production Plot
2. Hydrate Formation
3. Sour Gas Production
4. Corrosion Control With Inhibitors
5. Sulfur Deposition

• Gas Processing

1. Field treatment of Natural Gas
2. Gas Plant Operation
3. Gas Dehydration
4. Gas Sweetening
5. 2.       Oil Handling Facilities

• Oil Well Surface Production Equipment and Operation

1. Oil Well Equipment
2. Oil Well Production Operation
3. Well Automatic Safety Device

• Oil Gathering System. Manifold and Flowline

1. Oil Gathering System
2. Manifold System
3. Flow line Sizing and Design

• Crude Oil and Gas Separation

1. Separator and Principle of Separation
2. Design of Separator
3. Oil Dehydration

• Principles of Measurement

1. Introduction to Measurement
2. Crude Oil Measurement
3. Gas Measurement

• Well Test

1. Introduction
2. Responsibility for Test
3. Preparation for Test
4. Types of Well Test
5. Equipment and Procedures
6. Accuracy of Fluid Measurement
7. Problem in Testing
8. Type of Test
9. 3.       Water Handling Facilities

• The Chemistry of Water

1. Chemical and Physical Properties
2. Water Sampling Procedures
3. Quantitative Analysis of Oilfield Waters
4. Water Analysis Techniques

• Water Formed Scales

1. Why Scales Form
2. Predicting Scale Formation
3. Mixing Waters – Compatibility
4. Preventing Scale Formation
5. Scale Removal Methods

• Corrosion in Water Injection System and Disposal System

1. Theory of Corrosion
2. The Effect of Metal Composition
3. Effect of Water Composition
4. Forms of Corrosion
5. Corrosion Control Methods
6. Corrosion Inhibitors
7. Internal Coatings and Linings for Tubular Goods
8. Internal Tank Coatings and Cathodic Protection
9. Non-Metallic Tubular Goods Types
10. Removal of Corrosive Gases from Water
11. Oxygen Removal
12. Removal of Hydrogen Sulfide from Water
13. Removal of Carbon Dioxide from Water
14. Oxygen Exclusion
15. Design to Minimize Corrosion
16. Corrosion Monitoring Techniques

INSTRUCTOR
M. Sri Prasetyo Budi, ST., MT