Course Overview:
Logging, also known as well logging, is a crucial aspect of subsurface exploration and development
It involves acquiring and interpreting data from various sensors and tools lowered into a wellbore to gain insights into the geological formations, fluid properties, and wellbore integrity
This comprehensive 5-day professional training course will provide a thorough understanding of logging principles, techniques, equipment, and data interpretation methods, empowering you to effectively utilize logging data for well evaluation, reservoir characterization, and wellbore management

Course Objectives:
By the end of this course, participants will be able to:
1
Grasp the fundamental principles of logging and its importance in subsurface exploration and development
2
Identify the different types of logs, their applications, and the physical principles behind their measurements
3
Understand the operation of logging tools, including wireline, logging-while-drilling (LWD), and measurement-while-drilling (MWD) tools
4
Analyze and interpret various types of logs, such as resistivity logs, porosity logs, gamma-ray logs, and sonic logs
5
Apply logging data to evaluate formation properties, identify hydrocarbon reservoirs, and assess wellbore integrity
6
Utilize logging data in conjunction with other geological and geophysical information for comprehensive well interpretation
Course Agenda:
Day 1: Introduction to Logging
• Delve into the historical context of logging and its evolution in subsurface exploration and development
• Explore the regulatory framework and safety standards governing logging operations
• Discuss the environmental considerations associated with logging activities and mitigation strategies
• Analyze the applications of logging in various aspects of wellbore evaluation, reservoir characterization, and wellbore management
Day 2: Wireline Logging Tools and Techniques
• Understand the principles and operation of wireline logging tools, including wireline conveyance systems, tool sensors, and data acquisition techniques
• Identify the different types of wireline logs, such as electrical logs, radioactivity logs, and acoustic logs
• Discuss the applications of wireline logs in formation evaluation, porosity and permeability determination, and fluid identification
• Explore advanced wireline logging techniques, such as spectral gamma-ray logging and nuclear magnetic resonance (NMR) logging
Day 3: Logging-While-Drilling (LWD) and Measurement-While-Drilling (MWD)
• Delve into the principles and operation of LWD and MWD tools, including downhole data transmission systems and real-time data acquisition
• Discuss the advantages of LWD and MWD over conventional wireline logging
• Identify the different types of LWD and MWD tools, such as resistivity tools, porosity tools, and gamma-ray tools
• Explore advanced LWD and MWD technologies, such as high-resolution imaging tools and multi-sensor logging systems
Day 4: Log Data Interpretation and Analysis
• Understand the fundamental principles of log data interpretation and analysis
• Discuss the techniques for calibrating and correcting log data
• Analyze various types of logs in combination to gain a comprehensive understanding of the subsurface
• Apply log data to identify hydrocarbon reservoirs, evaluate wellbore integrity, and optimize wellbore completion strategies
• Explore advanced log interpretation techniques, such as neural network analysis and geostatistical modeling
Day 5: Log Data Integration and Applications
• Discuss the integration of logging data with other geological and geophysical information for comprehensive reservoir characterization
• Analyze the applications of logging data in reservoir modeling, well performance prediction, and production optimization
• Explore the use of logging data in unconventional reservoir evaluation, such as shale gas and tight sand formations
• Discuss emerging technologies and advancements in logging, such as machine learning and artificial intelligence for log data interpretation
Course Benefits:
• Develop a comprehensive understanding of logging principles, techniques, equipment, and data interpretation methods
• Gain hands-on experience in log data analysis and interpretation through case studies and real-world scenarios
• Enhance your ability to utilize logging data effectively for well evaluation, reservoir characterization, and wellbore management
• Stay updated on the latest advancements in logging technologies and data interpretation methodologies
• Network with other professionals from diverse backgrounds within the oil and gas industry