Introduction, Well Architecture and Placement – In day one, the course will cover the basic shale gas and liquids geological, geophysical, and geomechanical considerations. These will include the definition of “Unconventional Reservoirs” and how they differ from “Conventional Reservoirs.” The course will provide methodologies and workflows on well architecture, construction, and placement along with drilling techniques. Also, introduce available workflows and software through field examples.
Completions – In day two, the course will introduce the integration process and best practices in designing completions. Topics such as well integrity, casing requirements, cemented or uncemented liners, fracture staging tools and technology, perforating, and artificial lift are presented. It will introduce software applications through field examples.
Fracturing and Fracture Evaluation – In day three, the course will introduce stimulation operations and evaluate completion efficiency. Transverse versus longitudinal fractures, fracture spacing, fracture complexity, job sizing, fluid chemistry and proppant design, risk minimization, and microseismic monitoring is presented. Introduce software applications through field examples.
Production Philosophies – In day four, the participants will be exposed to production and field redevelopment strategies to maintain production. Introduce tools and workflows for production monitoring and control. Assess possible flow assurance issues. Finally, present software capabilities through field examples. The day will end with an Exercise – Gas Shale and Liquids Exploitation.
This course is designed to expose the multi-disciplinary asset team of operating companies comprising of engineers, geoscientists, financial decision makers, and managers to shale hydrocarbons resource.
4 Years Geoscience/Engineering Degree