Course Introduction

The most significant cased hole logging is the production logging that includes monitoring of formation fluid contacts (and saturations). 5 day Production Logging and Reservoir Monitoring training course will be focusing on  the techniques and principles of the main cased hole logging  and the tools used in the reservoir monitoring  

Course Objectives

At the end o this course  The participant will be able to

• Understand the physical principles of main production  logging tools
• Understand  the main applications and limitations of the different tool readings
• Understand the uses and interpretation cased hole logging tool
• Perform a quantitative formation evaluation on a simple lithology
• Understanding the  production  logging  and quick look interpretations 
• Duties and responsibilities  during wireline logging and perforations  operations
• The participant will become familiar with old and new technologies of production logging tools, procedures, and techniques to improve and increase oil, and production

Course Schedule

Day-1

• Physical principles of main production  logging tools
•  Brief  overview  of requirement  for  wire line  measurement
• Overview  of basic  applications  of  wireline logging  for well completion
• Depth measurements  and control
• Correlation logging

Day-2

• Production logging in horizontal wells.
•  Pulsed neutron logging (PNL)
• Capture mode in PNL logging
• Determination  of water  saturation  in virgin  and flushed  zone
• Pressure  measurements . fluid sampling  and analysis using formation testers
• Nuclear  Magnetic  Resonance  Measurement
• Permeability  determination  from logs

Day-3

• Cased hole logging
• Overview  of different  approaches  of  cement  bond  evaluating
• USIT LOG : Overview of casing and tubing  corrosion
• PLT(Production logging  tool )
• Quick look interpretation  for PLT Logging
• Temperature logging
• Radioative tracer logging

Day-4

• Reservoir  monitoring
•  TDL Logging
• RST logging
• Sigma logging
•  Cased hole formation resistivity
• Slim hole induction logging in plastic (non-conductive) casing

Day-5

• Using capture mode for evaluating water and gas saturation

• Exercise  interpreting resistivity logs behind the casing

• Interpretation example  production logging in three phase flow