Training Introduction
The exploration and development of tight, shale, and unconventional oil and gas resources have reshaped the global upstream energy landscape. As conventional reservoirs mature and decline, unconventional resources have emerged as a key driver of hydrocarbon supply. Advancements in reservoir characterization, horizontal drilling, and hydraulic fracturing have made it possible to unlock these previously inaccessible resources. These developments not only enhance energy security but also support long-term growth in upstream operations.
Tight and shale reservoirs present unique challenges due to their ultra-low permeability, complex pore structures, and geomechanical constraints. Unlike conventional reservoirs, hydrocarbons are often trapped within the source rock, requiring engineered stimulation for commercial production. This makes unconventional oil and gas development a highly integrated process, combining geology, reservoir engineering, drilling, completions, and production optimization.
This training course provides a complete understanding of tight oil, shale oil, shale gas, and other unconventional resources throughout the upstream lifecycle. Participants will gain insights into reservoir characteristics, drilling and completion technologies, hydraulic fracturing design, production behavior, and economic considerations. By bridging technical fundamentals with practical development strategies, this course equips professionals with the knowledge to effectively evaluate, plan, and support unconventional oil and gas projects.
Key Focus Areas of This Course:
- Overview of global unconventional oil and gas resources, including shale and tight formations
- Geological and petrophysical properties critical for reservoir evaluation
- Advanced drilling techniques and well completion strategies for unconventional wells
- Hydraulic fracturing principles, design optimization, and operational execution
- Production behavior, decline curve analysis, and early-time flowback management
- Economic, environmental, and regulatory considerations in unconventional development
