https://i124.fastpic.org/big/2025/0331/0b/b17e9c0c9b3dca50876daf873d4de10b.jpg
Evaluating Downhole Performance By Production Logging Tool
Published 3/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 338.38 MB | Duration: 1h 3m
An Overview Seminar of Wireline Production Logging Tools Presented by 20 Years Geoscience Expert
What you'll learn
Oil and Gas Drilling Engineering
Petroleum Engineering
Oil and Gas Well Control
Oil and Gas Industry
Requirements
Interest in Oil and Gas Drilling Engineering
Description
This seminar, presented b by 20 Years Geoscience Expert, provides an overview of Production Logging Tools (PLT) and their use in evaluating downhole well performance. PLT involves running specialized tools inside cased wellbores to gather data about fluid flow and well conditions.The presenter stresses that unlike open-hole logging, which focuses on rock properties, PLT measures dynamic conditions. It helps identify where fluids (oil, gas, water) are entering or exiting the wellbore, and at what rates. It can evaluate multi-phase flow.The presentation covered:Conventional PLT Tools: These include spinners (to measure flow velocity), density tools, capacitance tools (to identify fluid types), and gamma-ray/CCL tools (for depth correlation).Multi-array tools (MAPS and FSI): The speaker discusses advanced tools with multiple sensors offering a more comprehensive view of the wellbore.Horizontal well flow: The webinar explores flow in a well at a 90 degrees horizontal inclination, as well as deviations above (92 degrees) and below (88 degrees) that angle.Recirculation: The webinar focuses on the phenomenon of fluid recirculation, with illustrations of the way that the heavier water phase tends to settle in the lower side of a deviated well while the lighter oil phase goes upward at a higher rate.Concepts: The presentation explains concepts, and clarifies that the objective of using PLT is to determine the nature and behaviour of flow. It also explains such terms as accuracy, precision, calibration and flow regimes.The presenter concluded with emphasis that there is no such thing as a perfect horizontal well.AGENDA:What is Conventional PLT?What is Required to Analyze PLT Data?How is the PLT String Transported to the Downhole Target? (Conveyance Systems)Why Do We Run PLT? (Benefits of Production Logs)Conventional Production Logging ToolPLT Operation Overview and DeliveryWhy Do We Need All This PLT Data? (Overview of PLT Evaluation Goals)Apparent Down Flow (ADF) / RecirculationCrossflow Principles in Shut-In WellsHorizontal Wells OverviewMulti-Array Production Logging ToolPractical PLT Principles and Software Professional References
Overview
Section 1: Introduction
Lecture 1 Preface
Lecture 2 What Is The Conventional PLT?
Lecture 3 How To Transport The PLT String To The Downhole Target? (Convey Systems)
Lecture 4 Why We Run PLT? (Production Logs Benefits)
Lecture 5 Conventional Production Logging Tool
Lecture 6 PLT Operation Overview And Delivery
Lecture 7 Why We Need All These PLT Data? (PLT Evaluation Goal Overview)
Lecture 8 Apparent Down Flow (ADF) / Recirculation
Lecture 9 Crossflow Principles In Shut-in Wells
Lecture 10 Horizontal Wells Overview
Lecture 11 Multi Array Production Logging Tool
Lecture 12 Practical PLT Principles And Software Profession References
Lecture 13 Course Final Presentation
Geologist, Petroleum Engineers, Oil and Gas Workers, Drilling Professionals,Petrophysicist, Geoscientist, Cased Hole Logs Analysis and Interpretation,Geology and Petroleum Engineering College and University Students
https://images2.imgbox.com/37/1c/NusQDj5A_o.jpg
AusFile
https://ausfile.com/jlqks5yoet7u/Evaluating.Downhole.Performance.by.Production.Logging.Tool.rar
RapidGator
TurboBit
Видео
