Evaluating and Developing Shale Resources

Evaluating and Developing Shale Resources Training Course provides petroleum engineers, geoscientists, and energy professionals with an end-to-end framework for maximizing unconventional asset potential. As global energy demand relies increasingly on non-traditional plays, acquiring expertise in tight oil, shale gas, coalbed methane, and heavy oil reservoirs is vital for driving project profitability and operational success.

This comprehensive program covers every critical technical dimension of unconventional oil & gas resources development. Participants will examine complex nano-scale pore systems, advanced rock mechanics, optimal horizontal well designs, and multistage hydraulic fracturing operations. The curriculum integrates core engineering principles with modern data analytics, decline curve analysis, and artificial lift strategies to ensure complete mastery of the field lifecycle.

By mastering advanced shale reservoir characterization and economics, participants gain the practical capabilities required to de-risk assets, optimize recovery, and implement sustainable field management practices across any basin worldwide.

This training course is designed to build mastery across unconventional geology, horizontal drilling, completion technologies, hydraulic fracturing, and full-field economics.

By the end of this training course, participants will be able to:

• Distinguish key physical and geological differences between tight oil, shale gas, coalbed methane, heavy oil, and conventional reservoirs
• Evaluate source rock quality, geological frameworks, and petrophysical attributes including nano-pore structures and natural fracture networks
• Interpret core analysis data, well logs, and seismic surveys for precise shale reservoir characterization and geomechanical modeling
• Plan horizontal well paths, determine optimal landing zones, and mitigate operational risks during drilling operations
• Design multistage hydraulic fracturing programs, including proppant selection, fluid chemistry, and fracture containment optimization
• Forecast production trends using decline curve analysis, select suitable artificial lift methods, and explore enhanced recovery techniques
• Conduct break-even financial analyses, evaluate project economics, and incorporate environmental and digital technology solutions

Target Audience for Unconventional Oil & Gas Asset Development Professionals

• Petroleum, drilling, and production engineers optimizing horizontal wells, completion designs, and artificial lift performance
• Reservoir engineers and petrophysicists seeking advanced expertise in shale reservoir characterization and production forecasting
• Geoscientists analyzing organic-rich source rocks, fracture dynamics, and unconventional play geology
• Asset management professionals and asset planners responsible for capital deployment, risk mitigation, and economic evaluation
• Environmental, HSE, and regulatory compliance specialists managing water treatment and operational compliance in shale developments
• Early-career petroleum professionals seeking a thorough operational foundation in unconventional asset development

This training course is delivered through a structured, phase-by-phase framework that moves sequentially from geological characterization to drilling, stimulation, and asset economics. Each session bridges theoretical principles with real-world engineering solutions to maximize knowledge transfer.

• Interactive technical discussions, practical reservoir modeling exercises, and actual field case studies ensure delegates gain hands-on proficiency in addressing tight rock challenges.
• Delivery methods include:
• Expert instructor-led lectures covering petrophysics, geomechanics, and unconventional reservoir dynamics
• Comprehensive case study evaluations of leading North American, Middle Eastern, and global shale developments
• Collaborative workshops focused on horizontal well landing strategies, fracture design, and decline curve interpretation
• Guided problem-solving exercises evaluating project economics, break-even costs, and environmental management strategies

• AZTech Certificate of Completion for delegates who attend and complete the training course