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Oil & Gas Training
and Competency Development
Competency Management system SLB NEXT

Integral Well Productivity

A comprehensive discussion of the sub-surface production system, enabling detailed analysis and diagnosis of production impeachments and their corrective mitigation, has to take in to account the integrality of the production system: from the reservoir offer and limitations to the wellbore restrictions and the production completions.

This 2-week course discusses methods to analyze reservoir behavior and optimize production based on decline curve analizis and Nodal analysis. Also, the course discusses the performance of fracturing completions and acid stimulations.

Oilfield economics, applied to well interventions, are also discussed.

Practical exercises illustrate each module and enable full comprehension of the methods explained.

 

Day 1

AM - Introduction

AM - 1st day quiz

AM - Five Reservoir Fluids

PM - Inflow Performance in Oil Wells

PM - Inflow Performance in Gas Wells

 

Day 2

AM - Damage and Skin

AM - Formation Damage

PM - Vertical Multiphase Flow 

 

Day 3

AM - Optimization Using Nodal Analysis

PM - Conventional Decline Curve Analysis

 

Day 4

AM - Decline Curve Analysis in Multilayers

AM - Advanced Decline Curve Analysis

PM - Well Testing

 

Day 5

AM - History of Fracturing

AM - Fracturing Production Prediciton

PM - Acid Fracturing

 

Day 6

AM -Perforations Requirements

AM - Fracturing Mapping

PM - Fundamentals of Acid Stimulation

 

 

Day 7

AM - Matrix Stimulation or Perforating

AM - Scale

AM - Paraffins and Asphaltenes

PM - Mini-frac testing

Day 8

AM - Frac growth analysis

AM - Post-frac evaluation

PM - Flow through restrictions

Day 9

AM - Productivity of horizontal wells

AM - Fracturing horizontal wells

PM - Gas conditioning 

Day 10

AM - Production separation systems

AM - Economics in Well Interventions

PM -Last day quiz

Learning activity mix

Reservoir and Production Engineers.

Decline curve analysis, Nodal analysis, fracturing and stimulation design analysis and all other topics of the daily schedule.

Knowledge of basic concepts of Reservoir Engineering, Petrophysics and Production Engineering and experience dealing and solving field problems related to well productivity. Minimum of 3 years experienced working on Reservoir and Production Optimization.

Currently there are no scheduled classes for this course.

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