Course Overview:
Unconventional resources, such as shale gas, have emerged as a significant source of energy in recent years
Shale gas is found in tight, low-permeability rock formations that require specialized drilling and stimulation techniques to extract
This comprehensive 5-day professional training course will equip engineers, geoscientists, and technical professionals with the essential knowledge and skills to understand, evaluate, and develop shale gas resources

Course Objectives:
By the end of this course, participants will be able to:
1
Grasp the fundamental principles of unconventional resources and their role in the global energy landscape
2
Identify and characterize shale gas reservoirs and their unique geological characteristics
3
Apply reservoir engineering concepts to evaluate shale gas potential and well performance
4
Understand the principles of hydraulic fracturing and its role in stimulating shale gas production
5
Analyze the economic considerations and challenges associated with shale gas development
Course Agenda:
Day 1: Introduction to Unconventional Resources
• Delve into the significance of unconventional resources and their growing importance in the global energy mix
• Explore the history of unconventional resource development and the technological advancements that have led to their viability
• Discuss the classification of unconventional resources, including shale gas, tight gas, and coalbed methane
• Analyze the economic and environmental considerations associated with unconventional resource development
Day 2: Shale Gas Geology and Reservoir Characterization
• Understand the geological formation and characteristics of shale gas reservoirs
• Discuss the properties of shale gas, including pore size, permeability, and organic content
• Explore the application of seismic, well logging, and core analysis techniques to characterize shale gas reservoirs
• Analyze the factors influencing shale gas reservoir quality and potential
Day 3: Reservoir Engineering Concepts for Shale Gas
• Apply reservoir engineering principles to evaluate shale gas well performance and reserves estimation
• Understand the concept of Darcy's law and its application to shale gas flow
• Analyze the impact of reservoir properties, wellbore geometry, and stimulation techniques on shale gas production
• Discuss the importance of understanding multiphase flow and fluid dynamics in shale gas reservoirs
Day 4: Hydraulic Fracturing Fundamentals and Applications
• Delve into the principles of hydraulic fracturing and its role in stimulating shale gas production
• Explore the components of a hydraulic fracturing treatment system, including fluids, proppants, and fracture geometry control techniques
• Discuss the design and optimization of hydraulic fracturing treatments based on reservoir characteristics and wellbore considerations
• Analyze the impact of hydraulic fracturing on shale gas reservoir permeability, well performance, and environmental considerations
Day 5: Shale Gas Economics and Challenges
• Understand the economic considerations associated with shale gas development, including drilling costs, stimulation expenses, and infrastructure investments
• Analyze the factors influencing shale gas production economics, such as reservoir quality, well performance, and market prices
• Discuss the challenges and opportunities associated with shale gas development, including environmental concerns, water resource management, and regulatory frameworks
• Explore case studies of successful shale gas projects and identify key lessons learned
Who Should Attend:
• Reservoir engineers and geoscientists involved in shale gas exploration, evaluation, and development
• Petroleum engineers responsible for well performance optimization, production forecasting, and unconventional resource management
• Drilling engineers and completions specialists focused on hydraulic fracturing design, wellbore integrity, and unconventional reservoir development
• Students and professionals interested in pursuing a career in unconventional oil and gas production, reservoir engineering, and shale gas evaluation
Course Benefits:
• Develop a comprehensive understanding of unconventional resources, shale gas geology, and reservoir engineering concepts
• Gain hands-on experience in evaluating shale gas potential, designing hydraulic fracturing treatments, and analyzing production data
• Enhance your ability to apply reservoir engineering and economic principles to shale gas development projects
• Stay updated on the latest advancements in shale gas exploration, stimulation technologies, and environmental management strategies
• Network with other engineers, geoscientists, and technical professionals in the field of unconventional resources and shale gas development