ONLINE: Open Hole and LWD Interpretation Principles and Applications (PPH933)

To be announced for 2024

Description

This interactive, applications-driven course will highlight the techniques and principles of well log interpretation for oil industry professionals who deal with wireline and/or LWD logs in their daily job.
The course will explore the tools response explained from their physical principles as well as their relationship with the rock and fluid properties; most existing open hole logging technologies will be covered explaining their main applications and limitations. Advanced interpretation methods will be discussed with numerous examples and exercises including complex lithology interpretation techniques.

This training course will feature:

Discussions on tools physical principles and applications
Tool limitations on different borehole environments
Tips and examples to identify and understand common logging issues
Explanation of petrophysical concepts and techniques for advanced formation evaluation using wireline and LWD logs
Application of interpretation methods in several examples and exercises

Course Structure: 4 modules of max. 4 hours each, delivered over 4 days
Each day will consist of 1 module which will be no more than 4 hours in length with ample time for delegates to break for refreshments.

Course Level: Foundation / Skill
Duration: 4 days
Instructor: Angel Meso

Designed for you, if you are...

An engineer in the exploration and/or production department
A geologist, geophysicist or petrophysicist
A petroleum, reservoir or drilling engineer
In general, any oil & gas industry professional involved in wireline and LWD logging data interpretation and validation

How we build your confidence

This training course will utilise a variety of proven adult learning techniques to ensure maximum understanding, comprehension and retention of the information presented.
The sessions will be given in real time through live webinars (instructor-led training); some exercises will be executed during the sessions, others will be done as homework.
The daily sessions will be highly interactive and participative. This involves regular discussions of applications as well as hands-on exercises that will be solved manually and/or using Microsoft Excel.

The benefits from attending

By the end of the course you will feel confident in your understanding of:

Physical principles of most existing open hole logging tools
Main applications and limitations of the different tool readings
Uses of advanced wireline and LWD logging tools in complex lithology interpretation
How to perform a quantitative formation evaluation on a complex lithology

Topics

Basic Concepts Review and Resistivity Tools

Petrophysics concepts review
Introduction to well logging
Log classification according to the measured properties
Auxiliary measurements, uses and common issues
Basic measurements: Gamma ray and spontaneous potential
Resistivity theory, principles and applications of laterologs
Advanced laterolog logging tools: array and azimuthal
Microresistivity devices, principles and applications

Conductivity and Nuclear Logging Tools

Conductivity tools, uses and limitations
LWD resistivity determination tools
Advanced induction logging tools, 3D induction
RT and invasion profile determination
Formation density tools, principles and applications
The photoelectric factor, a key lithology indicator
Neutron tools principles and applications
Porosity determination from density and neutron logs
LWD nuclear logging tools
Lithology determination, calibrations and log quality control parameters

Acoustic and Geological Logging Tools

Basic sonic tools, borehole compensation
Dipole sonic tools, applications
Mechanical properties determination and uses
Common sonic issues in the borehole
LWD acoustic tools
Dipmeter interpretation principles
Geological image logging tools
Structural and stratigraphic interpretation principles
Open, partially open and healed fractures interpretation
Faults and unconformities interpretation examples
Facies analysis for reservoir characterisation with image logs
Ultrasonic logging tools

Advanced Logging Tools and Formation Evaluation

Nuclear magnetic resonance, principles and applications
Relaxation mechanisms and their association with fluid and rock properties
Porosity, irreducible water saturation and permeability determination
Advanced fluid determination methods: 3D map T1-T2-difussion
Dielectric tools principles and applications
Saturation determination parameters, m, n and CEC
Geochemical logging tools
Complex lithology evaluation examples
Formation evaluation principles
Rw determination methods
Crossplots utilisation, Hingle and Pickett plots
Graphical interpretation techniques for porosity and lithology
Advanced saturation determination equations and techniques
Complete formation evaluation for complex lithology

Customer Feedback

"A big thank you to the organisers at HOT and to the instructor for the well organised, instructive and interactive course." - Geologist at NiMBUC

"Vast quantity of information." - Geologist at KOC

"I liked the flexibility of the instructor." - Petrophysicist at KOC