TRAINING WELL OPTIMIZATION ARTIFICIAL LIFT GAS LIFT WELL OPTIMIZATION TROUBLESHOOTING

TRAINING OIL FIELD PRODUCTION SYSTEM

TRAINING CONTINUE AND INTERMITTENT GAS LIFT

COURSE OUTLINE

Oil Field Production System

Natural Production Systems
Production System With Artificial Lift
Gas Lift (GL)

Introduction
Continue and Intermittent Gas Lift
Main Gas Lift Equipment Parts
IPR and Designing Gas Lift
Optimization and Allocation of Gas for Gas lift
Production System With Artificial List by Gas Lift
Gas Lift Trouble shooting
Sucker Rod Pump (SRP)

Introduction
Intake Pump Curve
Production Optimization
Design Sucker Rod Pump API RP11L
Component Main Tool
The factors that affect the movement of rod
Planning pump
Dynagraph & Dynamometer
SRP Trouble Shooting
Progressive Cavity Pump (PCP)

Introduction
Description of Equipment
Elastomer
Design
PCP Trouble shooting
Electric Submersible Pump (ESP)

Introduction
Basics ESP calculation
ESP Construction
Characteristics SRP Pump
How to Select the Type of Pump
Applications in the Field
ESP Trouble Shooting
Pump Hydraulic

Surface Tools
The Types of Pump Units
The types of Pump Units
The Size of the Pump
The Steps in The Selection of Hydraulic Pumps
Hydraulic Pumps Trouble Shooting
Jet Pump

Introduction
The issue of gas
Size Nozzle and Throat
The steps in the Calculation of Jet Pump
Graph Pump Behavior
Using a Program Calculating Machines
Field Results
Jet Pump Trouble shooting

Objective

After participate in this course, you will be able and capable to:

Understand the basic principles of petroleum reservoir calculations associated with the use of gas-lift, sucker-rod, electric submersible, hydraulic and jet pump.
Perform a simple diagnosis and understand oil wells management data produced by, gas lift, sucker rod pumping, electric submersible, hydraulic and jet pump.
Create a simple analysis of the oil wells data, perform calculations pitting performance as a result of pumping with a variety of methods in accordance with state reservoir.
Conduct simple quantitative calculations and perform optimization for the production of oil wells that produced by gas lift, sucker rod pumping, electric submersible, hydraulic and jet pump in accordance with the limits of operation.