Fracture Analysis in Compressive and Extensive Basins

This course employs a highly participative approach combining lectures, case studies, practical exercises, and software demonstrations. Participants will engage in fracture mapping, data interpretation, and modeling exercises based on real-world datasets. The emphasis is on developing transferable skills that enable effective fracture analysis and decision-making in varied basin contexts.

The objectives of this training course are to provide delegates with the tools and techniques to:

• Comprehend the fundamental processes of fracture development in different tectonic settings 
• Differentiate between fracture types and their implications in compressive versus extensional basins 
• Analyze fracture geometries, orientations, and connectivity using geological, geophysical, and remote sensing data 
• Apply fracture modeling techniques to predict reservoir heterogeneity and fluid flow pathways 
• Integrate fracture data into basin and reservoir models for improved exploration and development decisions 
• Assess the impact of fractures on reservoir performance, geomechanical stability, and resource recovery 
• Develop strategies for fracture management during well planning, drilling, and stimulation operation

This course is suitable for:

• Structural Geologists and Geologists 
• Reservoir Engineers and Geomechanics Specialists 
• Geophysicists involved in seismic and attribute analysis 
• Basin Analysts and Exploration Managers 
• Geotechnical Engineers and Drilling Engineers 
• Professionals working on unconventional resources (shale, tight formations) 
• Technical staff seeking to improve fracture characterization skills 

Organisational Impact

Organizations attending this course will benefit from enhanced technical capabilities in:

• Improved prediction of fracture networks impacting hydrocarbon migration and accumulation 
• More accurate reservoir models incorporating fracture heterogeneity 
• Better well placement and stimulation planning based on fracture connectivity 
• Risk mitigation related to geomechanical issues and wellbore stability 
• Increased interdisciplinary collaboration between geologists, geophysicists, and reservoir engineers 
• Optimized resource extraction and reduced operational costs through informed fracture management 

Personal Impact

Participants will:

• Develop a deep understanding of fracture processes and their tectonic controls 
• Gain practical skills in fracture data collection, analysis, and interpretation 
• Improve their ability to model and visualize fracture networks in 2D and 3D 
• Enhance decision-making capabilities related to exploration, development, and production strategies 
• Strengthen communication of fracture-related findings across multidisciplinary teams 
• Increase their professional value in basin analysis and resource management