Production Logging and Reservoir Monitoring Course
February 23, 2020Well Site Operations For Geologist Course
February 23, 2020Basic Open & Cased Hole Logging Interpretation Course
| CODE | FEE | DAYS |
| OG-045 | $5100 | 5 days |
Course Introduction:
- Open and Cased Hole Logging Interpretation course will cover the techniques and principles of the main open and cased hole logging interpretation and the tools used in the oil fields
- This course explains the tools response against the rocks and fluids
- Interpretation methods will be discussed with real examples and exercises.
Course Objectives
Upon completion of this course, the trainees will be aware and understanding following:
- Understand the physical principles of main open and cased hole logging tools
- Know the main applications and limitations of the different tool readings
- Perform a quantitative formation evaluation on a simple lithology
- Understand the uses and interpretation of open and cased hole logging tool
- Understanding of the wireline logging measurement and interpretation methods
- Understanding the cased hole logging and quick look interpretations
Who Should Attend?
- Geologists, Geophysicist and Petrophysicist
- Engineers in exploration and production departments
- Petroleum, Reservoir and
- Drilling Engineers
Course Schedule
Day-1
Open hole logging
- Brief overview of requirement for wire line and MWD and LWD measurement
- Overview of basic applications of wireline logging
- Basic Well Logging Concepts
- Auxiliary Measurements, Applications and Common Issues
- Depth control
- Basic Measurements: Gamma Ray and Spontaneous Potential
- Resistivity Principles and Applications
- Microresistivity Devices, Principles and Applications
- Conductivity Tools, Uses and Limitations
- Rt and Invasion Profile Determination
- GR interpretation and determine lithology
- GR for correlation with other wells and top formations determination
- SP for geological interpretations and determine RW
- Conductivity log and derivation of Rmf and formation temperature
- Resistivity measurements to determine Rt. Rxo and invasion profile
- Caliper measurement
- Identification of potential zone using GR and RESISTIVITY
Day-2
- Formation Density Tools – Principles and Applications
- Neutron Tools Principles and Applications
- Porosity Determination from Density and Neutron Logs
- Lithology Determination and Calibrations
- Basic Sonic Tools – Borehole Compensation
- Dipole Sonic Tools – Applications
- Mechanical Properties – Determination and Uses
Day-3
- Dipmeter Interpretation Principles
- Geological Image (resistivity and ultrasonic) Logging Tools
- Structural and Stratigraphic Interpretation Principles
- Facies Analysis for Reservoir Characterization with Image Log
- PE measurement
- Cross plot methods for porosity and lithology determination
- linking resistivity with porosity and mineralogy measurements
- Determination of water saturation in virgin and flushed
- Pressure measurements . fluid sampling and analysis using formation tester
- Nuclear Magnetic Resonance Measurement
- Permeability determination from logs
- Overview of computer log interpretation method
Day-4
Cased hole logging
- Cement Evaluation Logs: CBL-VDL. Interpretation and LQC
- Overview of different approaches of cement bond evaluating
- Ultrasonic Cement Evaluation Tools
- Corrosion Logging Tools
- TDT /RST log interpretation
- Saturation Determination in Cased Hole
- Pulsed Neutron and Carbon / Oxygen Tools
- Cased Hole Resistivity and Porosity Tools
- Comparison with Open Hole Logs
- Formation Testers in Cased Hole
- Basic Production Logging Sensors
- Multi-phase Fluid Analysis
Day-5
- USIT LOG : Overview of casing and tubing corrosion
- Overview of PLT logging interpretation
- Formation Evaluation Principles
- Rw Determination Methods
- Graphical Interpretation Techniques for Porosity and Lithology
- Saturation Determination Equations and Techniques
- Complete Formation Evaluation for Simple Lithology
- Modern software applications
