Tool Physcis cover the operating principles of modern logging tools, their applicability to varied environmental (borehole, formation and drilling fluid) condition and their use for defining petrophysical properties. It is important to properly select logging tool suites that are fit-for-purpose calls to know their limitations in specific well conditions. Our Advanced Logging Tools Physics focuses on Basic Logging Operations and Quality HSE, Basic Nuclear Logging, Resistivity Logging, Acoustic (Sonic Logging), Nuclear Magnetic Resonance, Borehole Imaging & Dipmeters and Modern Nuclear Tools.

1. Supported By
PETROSYNC’S PETROPHYSICS SERIES
Understanding Tools That Are Fit-For-Purpose For Quality Data To Save Time & Money
2—5 February 2016
Kuala Lumpur, Malaysia
ADVANCED LOGGING
TOOL PHYSICS

2. 2
Course Design
Our Advanced Logging Tools Physics focuses on Basic Logging Operations and Quality HSE,
Basic Nuclear Logging, Resistivity Logging, Acoustic (Sonic Logging), Nuclear Magnetic
Resonance, Borehole Imaging & Dipmeters and Modern Nuclear Tools.
PETROPHYSICS | ADVANCED LOGGING TOOLS PHYSICS
How Does This Course Benefits You?
Do you know that Petrophysics is a combined terms of
“petra” (rock) and “physics” (nature)?
Understanding of principles of wireline operations
Learn the principles of wireline operations to understand the relationship of log precision and
accuracy to petrophysical interpretation quality
Learn principles of sensor calibration and understanding of critical tool parameters
Able to do quality check logs from open hole & cased-hole based on calibration checks and to
pick acquisition parameters for given logging objectives
Review of tool physics of open hole & cased-hole petrophysical tools
Able to complete review of tool physics of open hole and cased-hole petrophysical tools with
main applications, limitations and quality control
Comparison of different tools of the same tool family
Able to do comparison of different tools of the same tool family with selection criteria
according to logging objectives, tool and reservoir characteristics
Understand the need of sensors with multiple depth of investigation
Learn and understand the need of sensors with multiple depth of investigation to be able to
handle interpretation problems like invasion
Do you know that the study of fluid flow in rocks and rock
properties had its beginnings in 1927 when Kozeny solved
the Navier-Strokes equations for fluid flow?
Tool Physics cover the operating principles of modern logging
tools, their applicability to varied environmental (borehole,
formation and drilling fluid) condition and their use for defining
petrophysical properties. It is important to properly select logging
tool suites that are fit-for-purpose calls to know their limitations
in specific well conditions.
general@petrosync.com | +65 6451 4500 | www.petrosync.com
Course Overview
Includes Specific and Practical Case Studies
Participants will work on examples logs recorded in varied formation and well condition and
to select most advantageous logging tools for a wide range of well types and mud systems.
Participants can be able to confidently advise what tools to run, where and when, thus
assuring that adequate and valid petrophysical data is collected without expenditure of
excessive rig time or money.
The spectroscopy will be explained for Open and Cased Hole applications. Different formation
types to be logged and the mud system employed during drilling are critical inputs for the
tool selection and measurement interpretation processes.

3. 3
PETROPHYSICS | ADVANCED LOGGING TOOLS PHYSICS
PetroSync Distinguished Instructor
Who Needs This Program
Practical & Consulting
Werner has over 30 years of practical experience in
petrophsycist and being an independent consultant since
2014. He was a Principal Petrophysicist Wireline
Schlumberger Europe for 13 years and had handled
many petrophysics assignments in Paris, Milano and
South America. He handled many petrophysics projects
in Italy.
Training
Provided petrophysics training courses and taught
Petrophysics courses in Universities in Milano, Italy and
Leoben, Austria
KLOPF, Werner
Independent Consultant;
Ex Principal
Petrophysicist at
Schlumberger
This course is designed for, but not limited to, those who are involved in formation evaluation
activities and petrophysical analysis of logs and cores and need to interact with service
providers and other E&P Professionals in their own companies, including:
Job Titles Include:
Petrophysicists
Petroleum Engineers
Drillers
Geologist
Geophysicists
PetroSync Inhouse Solutions
PetroSync can tailor our courses to meet your specific
needs at your preferred location and schedule. Contact us
for more information at +65 6415 4500 or email to
general @petrosync.com
PetroSync Quality Assurance
All PetroSync courses are developed with top quality to
address all your training needs and purposes. Our courses
are vetted strictly to ensure that we always deliver the best
courses with the best industry expert.
general@petrosync.com | +65 6451 4500 | www.petrosync.com
08:00—09:00 Registration (Day 1) 13:00—14:00 Lunch
09:00—11:00 Session I 14:00—15:30 Session III
11:00—11.15 Refreshment Session I 15:30—15:45 Refreshment Session II
11:15—13:00 Session II 15:45—17:00 Session Iv (Last Session)
Course Schedule

4. 4
PETROPHYSICS | ADVANCED LOGGING TOOLS PHYSICS
Course Agenda — 4 Days
general@petrosync.com | +65 6451 4500 | www.petrosync.com
DAY 1– Basic of Wireline Logging & Basic Tool Sensors
Log Acquisition in the Well-Field Environment
 Different conveyance methods
 Different applications in industry
 Trends and reasons for new tool development
 Basic principles of measurements
 Quality Health, Safety and Environment (HSE) in
acquisition
 Log speed correction
Logging Sensor Resolution
 Definitions
 Examples: Different logging tools based on the same
physical principle
 Depth of investigation of different sensors
 Invasion
 Hydrocarbon effects
DAY 2– Advanced Resistivity Sensors
Introduction to Modern Resistivity Logs
 Latero Devices
 Simplicity of measurement
 Limitations
 Evident on measurements
Laterologs
 Azimuthal; and array measurements
 Tool theory
 Anomalies
 Interpretation issues
Micro and Micro Laterologs
 Formation resistivity in combination
 Laterolog measurements
 Examples: The concept of model inversion
Natural GammaRay Measurement
 Analysis of sensor types
 Borehole corrections
 Measurement anomalies
 Examples: Discuss the feasibility of the acquisition in
different borehole environments
Accuracy and Precision of The Measurement
 Definition
 Example: Quantitative analysis
Induction Measurements
 Single curve measurements
 Array and 3D induction tools
 Examples: The dip effect and other effects are quantified
 Invasion effects on logs
 Example: Correction to discuss the ranges of application
Tool Planner for Resistivity Tools
 Facilitate the choice of resistivity tools
Cased-Hole Resistivity Logging
 Applications
 Limitations
You Might Also Be Interested In:
Petrophysics for Low Resistivity Thin Bed Reservoirs
14 –18 March 2016 | Bandung, Indonesia
Advanced Petrophysics
9 –13 May 2016 | Kuala Lumpur, Malaysia

5. 5
PETROPHYSICS | ADVANCED LOGGING TOOLS PHYSICS
general@petrosync.com | +65 6451 4500 | www.petrosync.com
Register For This Course Now!
Kindly fill up your particulars in the
registration form placed at the end of this
brochure, and send it to us or email to
registration@petrosync.com
Density Measurements
 Tool physic
 The computation algorithms
 Applications from simple count rate to Complex
spectroscopy tool
 Different tool types
 Double detectors
 Triple detectors
 Inversion models
 Porosity
 Lithology
 Auxiliary measurement
 Advantages
 Limitations
Neutron Measurements
 Porosity
 Limitations & Advantages
 Thermal & Epithermal Neutrons
 Chemical & Electrical Neutrons Sources
Cased-Hole Application
Simple Sonic Too( Bore Hole Compensated)
 Development of Bore Hole Compensated (BHG) to:
 complex multisensor
 Monopole
 Dipole sensors
 Quality check on plots examples
 Open-Hole Applications
 Cased-Hole Applications
Basic Theory of Nuclear Magnetic Resonance (NMR)
 Porosity
 Relaxation mechanism and T2 distributions
 Examples: Porosity, permeability
DAY 3– Advanced Porosity Sensors
DAY 4– Quality Control-Calibration-Special Open Hole and Cased-Hole Sensors, Practical
Quality Check of Open Hole Logs
 Check of calibrations
 Monitoring sensor parameters
 Tool-rock response checks
Primary and Secondary Calibration Standards
 Effects of calibration offsets
 Reprocessing possibilities
Electric Imaging
 Basic measurement principles
 Examples: Possible applications in combination with
standard measurements
Induced GammaRay Spectroscopy
 Basic measurement principles
 Development
New Tool Developments
 Examples: Evaluate the potential of these sensors
Petrophysical Cased Hole Sensor
 Pulsed neutron capture (PNC)
 Pulsed neutron spectroscopy (PNS)
Logging Environment
 Resistivity
 Porosity
 Lithology
 Well & formation properties
Design Optimum Logging Program
 List of tool sensors—Logging Objectives
Discussions

6. 6
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Title : Advanced Logging Tool Physics
Date : 2—5 February, 2016
Location : Kuala Lumpur, Malaysia
COURSE DETAILS
INVESTMENT PACKAGE DEADLINE FULL MASTERCLASS
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