Course Overview:
Wide azimuth (WAZ) 3D seismic surveys have become the standard for high-resolution subsurface imaging in the oil and gas industry
This comprehensive 5-day professional training course will equip you with the essential knowledge and skills to effectively design a WAZ 3D seismic acquisition program

Course Objectives:
By the end of this course, you will be able to:
1
Understand the principles and advantages of wide azimuth 3D seismic acquisition
2
Identify the key factors to consider when designing a WAZ 3D seismic survey
3
Apply survey design principles to optimize illumination and fold coverage
4
Select appropriate seismic source and receiver configurations
5
Utilize 3D seismic survey planning software to create a detailed survey plan
6
Address logistical and operational challenges in WAZ 3D seismic acquisition
Course Agenda:
Day 1: Introduction to Wide Azimuth 3D Seismic Acquisition
• Delve into the history, principles, and evolution of wide azimuth 3D seismic acquisition
• Explore the advantages of WAZ 3D seismic over conventional 3D seismic surveys
• Discuss the applications of WAZ 3D seismic in various subsurface exploration and reservoir characterization scenarios
• Understand the challenges and limitations of WAZ 3D seismic acquisition
Day 2: Survey Design Principles and Illumination Optimization
• Learn about the fundamental principles of survey design for WAZ 3D seismic surveys
• Apply illumination analysis techniques to optimize survey geometry and achieve desired data quality
• Understand the concept of fold coverage and its importance in WAZ 3D seismic surveys
• Discuss the trade-offs between illumination, fold coverage, and survey cost
Day 3: Source and Receiver Configurations in WAZ 3D Seismic
• Explore the different types of seismic sources used in WAZ 3D surveys and their characteristics
• Understand the factors affecting the choice of seismic source for a WAZ 3D survey
• Discuss the various receiver configurations employed in WAZ 3D seismic surveys
• Analyze the impact of source and receiver configurations on survey efficiency and data quality
Day 4: 3D Seismic Survey Planning Software and Survey Plan Creation
• Gain hands-on experience in using industry-standard 3D seismic survey planning software
• Apply survey design principles and optimization techniques to create a detailed survey plan
• Understand the key elements of a WAZ 3D seismic survey plan, including source and receiver locations, line spacing, and shot spacing
• Discuss the importance of communication and coordination with stakeholders during survey planning
Day 5: Logistical and Operational Considerations in WAZ 3D Seismic Acquisition
• Address the logistical challenges associated with WAZ 3D seismic acquisition in different environments
• Understand the operational considerations for WAZ 3D seismic surveys, including equipment, personnel, and environmental regulations
• Discuss the importance of risk assessment and mitigation strategies in WAZ 3D seismic operations
• Explore the future trends and advancements in WAZ 3D seismic acquisition technology and survey design
Who Should Attend:
• Geophysicists and engineers involved in seismic survey design, subsurface exploration, and reservoir characterization
• Project managers and decision-makers responsible for seismic acquisition projects and subsurface evaluation strategies
• Seismic contractors seeking to enhance their WAZ 3D seismic survey planning and execution capabilities
• Students and professionals interested in pursuing a career in geophysics and seismic data acquisition
Course Benefits:
• Develop a comprehensive understanding of wide azimuth 3D seismic principles, design considerations, and acquisition techniques
• Gain hands-on experience in using 3D seismic survey planning software to create optimized survey plans
• Enhance your ability to design WAZ 3D seismic surveys that meet specific subsurface imaging objectives and operational constraints
• Effectively utilize WAZ 3D seismic data to improve subsurface exploration success rates and optimize reservoir characterization
• Stay updated on the latest advancements and techniques in WAZ 3D seismic acquisition and survey design