Advanced Logging Tools Physics
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Advanced Logging Tools Physics Course
Introduction:
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 petro physical 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 & Diameters and Modern Nuclear Tools.
Course Objectives:
- Understanding of principles of Wireline operations
- Learn principles of sensor calibration and understanding of critical tool parameters
- Review of tool physics of open hole & cased-hole petro physical tools
- Comparison of different tools of the same tool family
- Understand the need of sensors with multiple depth of investigation
Who Should Attend?
This course is designed for, but not limited to, those who are involved in formation evaluation activities and petro physical analysis of logs and cores and need to interact with service providers and other E&P Professionals in their own companies, including:
- Petro physicists
- Petroleum Engineers
- Drillers
- Geologist
- Geophysicists
Course Outlines:
Basic of Wire line Logging & Basic Tool Sensors
- Log Acquisition in the Well-Field Environment
- Logging Sensor Resolution
- Natural Gamma Ray Measurement
- Accuracy and Precision of The Measurement
Advanced Resistivity Sensors
- Introduction to Modern Resistivity Logs
- Later logs
- Micro and Micro Later logs
- Induction Measurements
- Tool Planner for Resistivity Tools
- Cased-Hole Resistivity Logging
Advanced Porosity Sensors
- Density Measurements
- Neutron Measurements
- Cased-Hole Application
- Simple Sonic Too( Bore Hole Compensated)
- Basic Theory of Nuclear Magnetic Resonance (NMR)
Quality Control-Calibration-Special Open Hole and Cased-Hole Sensors, Practical
- Quality Check of Open Hole Logs
- Primary and Secondary Calibration Standards
- Electric Imaging
- Induced Gamma Ray Spectroscopy
- New Tool Developments
- Petro physical Cased Hole Sensor
- Logging Environment
- Design Optimum Logging Program
- Discussions
Practical Cases
