TRAINING ADVANCED PRODUCTION OPERATIONS FOR OIL AND GAS

TRAINING ADVANCED PRODUCTION OPERATIONS FOR OIL AND GAS

TRAINING BE ABLE TO IDENTIFY AND IMPLEMENT PRODUCTION

TRAINING PRINCIPLE AND YET SOME PRACTICAL AND THEORETICAL ASPECT

ABSTRACK

The rapidly increasing worldwide demand for natural gas as an energy source requires expertise in gas engineering technology. Incorporating a balance between theory and application, course emphasis is on training participants for immediate application of acquired techniques to field problems.
Production is defined as the operations involved in bringing well fluids to the surface and preparing the fluids for transport to a refinery via pipelines or trucks. The first step in production is to start the well fluids flowing to the surface (called “well completion”). Well servicing and workover consists of performing routine maintenance operations (such replacing worn or malfunctioning equipment) and performing more extensive repairs, respectively. Well servicing and workover are an intermittent step and necessary to maintain the flow of oil and gas. Next, the fluid must be separated into its components of oil, gas, and water; stored; and treated (for purification), measured, and tested before being transported to the refinery.
This training will provide the principle and yet some practical and theoretical aspect that can be applied on daily work faced by production engineers and supervisor in the oil industry.

OBJECTIVE

All aspects of completions are covered in sufficient detail to permit participants to review his/her current practices The fundamental concepts of production operations and their proper application in the field Production equipment such as wellhead, tubing and packers, well completions and workover as well as well test and problems, production logging and cementing will also covered Production logs and how and when to use them; evaluation techniques for cement bond logs and pulse echo tools

Learn how to plan and implement well completions, workovers, stimulation treatments, and routine production operations with an efficiency that increases profits
Learn about the role of rock mechanics in completions, stimulation, and workovers
Be able to give suggest or discover the procedures and techniques that increase production and cut operating costs
Be Able to identify and implement production improvement opportunities that can be carried out by either rig or non-rig well interventions
Implementation of appropriate technology, either from internal or external sources, in well design, whilst ensuring that the well value is maximized

OUTLINE

1. GEOLOGICAL CONSIDERATION

Formation Rock
Primary and Secondary Migrations
Reservoir Traps
2. RESERVOIR FUNDAMENTALS THEORY

The Nature of Rocks and Fluids
Porosity and Permeability
Productivity Index
Volumetric Calculation
Other Calculations and Decline Curves
3. FLUID FLOW

Well Productivity
Choke and Reservoir Fluids
Inflow and Outflow
4. PRODUCTION OPERATIONS

Well head and Well Head EquipmentMultiple Orifice
Routine Operations
Opening and Shut-in Well Procedure
5. WELL TESTING AND SATELLITE SYSTEM

Test Separator Operations and Equipments
Gas Systems Instruments
Flare System and Depressurizing
Pigging Techniques and ProceduresSampling and Analysis
BS & W and API Gravity Measurement
Protective Steam Tracing
6. SURFACE PRODUCTION OPERATIONS

Process, Level, Temperature and Pressure Controls
Oil treating , Heater treater and Dehydrator
Separators, Stage Separators and Sizing
Two-phase and Three-phase Separation Skimmer tank and Flotation unit
7. WELL PROBLEMS

Low Production and Formation Damage
Low Reservoir
Plug-in Tubing or Perforations
High Viscosity
High Back Pressure
Inadequate Artificial Lift
Water Production and Mechanical Problem
Protective Steam Tracing
8. PRODUCTION LOGS

9. WELL COMPLETIONS

10. PRIMARY CEMENTING AND SQUEEZE CEMENTING

11. FLUID COMPLETIONS

12. SAND CONTROL

Gravel Pack, Resin and Fraspac
13. WORKOVERS

14. PARAFFIN AND ASPHALTENES

hemical analysis
Precipitation Mechanism
The wax and Paraffin Problems
15. OIL EMULSIONS

Emulsion Built-up and Emulsifying Agent
Sampling and Analysis
Emulsion Treating
Heat and Chemical Treatment
Electrostatic Coalescing
16. SCALE PROBLEMS

Scale Composition, Prediction and Identification
Mechanic and Chemical methods
Scale Prevention and Inhibitors
17. CORROSION PREVENTIONS

Basic Theory
Detection and Measurement
Prevention and Material Used
Coating and Chemicals
Cathodic Protections and inhibitors