Why Attend This Training Course?

Production Optimization: using NODAL Analysis Approach training course will  discuss the total producing system as a group of components encompassing reservoir rock, completions (gravel pack, open/closed perforations, open hole), vertical flow strings, restrictions, multilateral branches, horizontal/hilly terrain flow lines/risers, integrated gathering networks, compressors, pump stations, metering locations, and market/system rate/pressure constraints.

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What Is The Training Course Methodology?

This training course methodology depends on enabling participants to interact and exchange experiences, explore their competencies and achieve their career aspirations, using forward-thinking training arts, such as theoretical lectures and/or open discussion to exchange opinions and experiences, scenarios, innovative thinking brainstorming. Participants will receive an agenda including training material as a reference, in addition to some extra notes and booklets. 

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Who Should Attend This Training Course?

This intensive course is aimed to Production, Mechanical and Chemical Engineers associated with the oil industry.

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What Are The Training Course Objectives?

This course provides practical instructions on design and analysis of naturally flowing oil and gas wells, as well as artificial left methods based on   Nodal analysis - concepts.

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What Is The Training Course Curriculum?

Production System Analysis

• Reservoir performance

• Well performance equations

• Drive mechanisms

• Draw down or producing rate

• IPR behavior of gas wells

• Predicting present time IPR,3 for oil wells

• IPR contraction for special cases

• Water flood wells

• Stratified formations

• Inflow performance summary

• Oil wells

• Gas wells

Flow In Pipes And Restrictions

• Basic equations and concepts

• Single phase flow

• Two phase flow

• Modification of the pressure gradient equations for two-phase flow

• Fluid properties calculations

• Empirical fluid properties correlations

• Well flow correlations

• Effect of variable on well performance

• Pipeline flow correlations

• Pressure drop through restrictions

 Total System Analysis

• Tubing size selection

• Flow line size effect

• Effect of stimulation

• System analysis for well with restrictions

• Nodal analysis of injection wells

• Effect of depletion

• Relating performance to well

• Analyzing multiwell systems

Artificial Left Design

• Continuous flow gas lift

• Well performance

• Valve spacing

• Gas lift valve performance

• Otis design procedure

• Submersible pump selection

• Sucker rod or Beam pumping

• Hydraulics pumping