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We provide the following services:

  • WELL WORKOVER
  • PRODUCTION IN DIFFICULT CONDITION
  • PRODUCTION GATHERING & PROCESSING
  • WELL TEST ANALYSIS

 

WELL WORKOVER

  • Well Completion Objectives and Design
  • Programming a Workover
  • Well Integrity Management
  • Well Completion Equipment
  • Workover Rigs & Workover Fluids
  • Killing the well
  • Setting the Wellhead
  • Pulling out Completion string
  • Cleaning the hole
  • Separation Operations
  • Excl. & Chang.the interval_Fishing Opers
  • Milling
  • Recovering the string
  • Coiled Tubing
  • Stimulation & Fracturing Operations

 

“Wells Workover” provides general information about oil and gas wells completion and workover. It will help you to obtain fundamentals about oil and gas industry and develop skills and knowledge required to learn advanced classes related to petroleum engineering. By the end of the course, you will know and be able to: formulate basis of design statement, screen and select optimum well type, select/specify completion equipment, outline completion strategy, review stimulation potential, identify workover requirements, appropriate remedial options and procedures, develop and outline intervention programme.

 

PRODUCTION IN DIFFICULT CONDITION

  • Paraffines & Asphaltenes
  • Scale Deposition Removal & Prevention
  • Crude Oil Emulsions
  • Sand Control
  • Corrosion Control
  • Water Control
  • Pigging Operations
  • Well test design & types of tests
  • Well test mechanical design & sampling requirements
  • PCP System
  • PCP System Operating Concerns
  • Artificial Lift
  • Well Stimulation Techniques (Acidization)
  • Well Stimulation Techniques (Hydraulic Fracturing)
  • Formation Damage

“Production operations in difficult condition” provides general information about oil production problems. It will help you to obtain fundamentals about oil and gas industry and develop skills and knowledge required to learn advanced classes related to petroleum engineering. By the end of the course, you will know and be able to: formulate basis of well production problems, screen and select optimum solutions to eliminate/reduce well production problems, select/specify corrosion control equipment, devise outline scale prevention strategy, review paraffin/ asphaltenes deposition problems, identify appropriate sand control solution, identify water control requirements, appropriate remedial options and procedures, develop outline intervention programme.

 

 

PRODUCTION GATHERING & PROCESSING

  • Fluid Properties
  • Oil & Gas Separation Systems
  • Oil & Gas Separation Systems Control
  • Oil Dehydration
  • Gas Sweetening
  • Water treatment Introduction
  • Produced Water Treatment
  • Injection Water Treatment
  • Gas Dehydration
  • Gas Flow Measurement Application
  • Gas Flow Measurement Devices and Methods
  • Oil Pumping and Metering_Machinery
  • Oil Pumping and Metering_Centrifugal Pimps
  • Valves

“Production Gathering and Processing” presents the basic concepts and techniques necessary to design, specify, and manage oilfield surface production facilities. It’s provides a clear understanding of the equipment and processes used in common separation and oil and water treating systems, as well as the selection of piping and piping systems. By the end of the course, you will know and be able to: discuss the well rate, produced fluid and secondary processing on the design and operation of the production facilities, relate the required Production Facility services to the field’s oil recovery mechanism, outline production process scheme, describe the components and discuss the operation of a 3 phase separator, describe the operational problems associated with these separators, discuss fiscal measurement of produced crude oil, describe a pipeline “pigging” operation, describe the components of a gas handling facility with NGL separation and stabilization, gas dehydration and sweetening.

 

 

WELL TEST ANALYSIS

  • WTA Course Outline
  • Introduction To Applied Well Test Interpretation
  • Fluid Flow In Porous Media
  • Radial Flow Semi-Log Analysis
  • Log-Log Type Curve Analysis
  • Pressure Transient Testing For Gas Wells
  • Flow Regimes And The Diagnostic Plot
  • Bounded Reservoir Behavior
  • Flow Regimes And Buildup Behavior
  • Wellbore And Near Wellbore Phenomena
  • Selecting A Reservoir Model
  • Well Test Design
  • Types of Tests
  • Well Test Mechanical Design
  • Sampling Requirements
  • Estimating Average Reservoir Pressure
  • Hydraulically Fractured Wells
  • Horizontal Wells
  • Permeability Anisotropy
  • Naturally Fractured Reservoirs
  • DST - Drill Stem Testing

Well test interpretation is the process of obtaining information about a reservoir through analyzing the pressure transient response caused by a change in production rate. This information is used to make decisions about how to produce the reservoir to maximize its NPV.

 

 

After completing this course, student will be able to:

  • List the major types of well tests and give the principle goal for each type
  • List the two major tasks of well test interpretation
  • List the three classes of analysis method used in well test interpretation
  • Define and give typical for each of the primary variables used in well test interpretation
  • Describe the effect of graphing data on Cartesian, semi-log and log-log scales