SEMINAR OUTLINE: LOGGING TOOL THEORY
"50 Years Of Continuous Petrophysical
Experience, At Your Service"
 
COURSE
SUMMARY
This non-quantitative course covers all topics needed to
understand log data acquisition, logging tool concepts, and
basic log analysis concepts for both open and cased hole logs.
-
Basic
Physics and Basic Operating Concepts – ES logs, laterologs, induction, SP, micrologs, sonic, density,
neutron, GR. NMR, TDT,
-
Focusing,
or lack of it, on older log suites.
-
Common
displays of logs and how to identify each curve.
-
How to
read logs (e.g. bed boundaries, which log curve is best to
use).
-
How do the
older measurements compare to current measurements, how have
these measurements evolved over time – direct comparisons.
-
Limitations, common pitfalls (borehole
condition. mud system, invasion, mud cake effects).
COURSE
DURATION
1 day - 8
Professional Development Hours (PDH)
COURSE
LEVEL
Beginner to Intermediate.
AUDIO VISUAL SLIDE SHOW
AV-01: "Crain's Integrated
Petrophysics - Basic Topics"
Audio Visual Narrated Slide Show on CD-ROM, for self study, can
be ordered separately,
Unlimited Worldwide Multi-Student
Corporate Licenses also available.
BENEFITS
-
provides
understanding of logging and logging tools
- clear,
non-technical explanations
-
provides
the basic physics of petrophysical measurements
-
permanent
reference material
SEMINAR
OUTLINE
0 Introduction
1 What Is Well Logging?
2 Creating the Well Log
3 Electrical Survey
4 Spontaneous Potential
5 Induction Logs
6 Laterologs
7 Micro Resistivity Logs
8 Sonic Logs
Acoustic Sources
Dispersion
Transmission Modes
Attenuation
Types of Tools |
9 Density and PE Logs
10 Neutron Logs
11 Gamma Ray Logs
12. Nuclear Magnetic
Log
13. Pulsed Neutron Logs
14. Elemental Capture Spetrography Log
15 Cased Hole Resistivity Log
16 Tool Resolution
17 What Logs Should Be Run |
|
