Description: The course covers the fundamental physical processes controlling hydraulic fracturing in both conventional and unconventional reservoir developments. Topics include log petrophysical analysis and log QC, developing calibrated reservoir and mechanical earth models from limited or incomplete data, geo-steering wells and assessing landing points, design and evaluation of treatment fluid systems for sand transport and geometry creation, pre- and post-frac diagnostics applications and interpretation, post-frac production forecasting for single and multiple wells or treatment stages, rate-transient analysis of actual production data, and economic optimization of pattern developments.

Who Should Attend: The course content assumes a sound foundation in petroleum engineering or geoscience. It is appropriate for reservoir, completion, and operations engineers, development geologists, petrophysicists, and managers involved in development planning. Graduate students currently working on dissertations are encouraged to attend.traduir en arabe

This course offers a thorough introduction to hydraulic fracturing, a critical technology in the oil and gas industry used to enhance hydrocarbon recovery. Participants will gain a solid understanding of the technical aspects, operational procedures, and environmental considerations associated with hydraulic fracturing. The course is designed for professionals seeking to deepen their knowledge of fracturing technology, including engineers, geologists, technical sales representatives, and anyone involved in the planning, execution, or regulation of hydraulic fracturing operations.

This advanced course delves into the complex and cutting-edge aspects of hydraulic fracturing, providing participants with a deep understanding of the latest technologies, techniques, and challenges in the field. It is designed for professionals who have a foundational knowledge of hydraulic fracturing and are looking to expand their expertise in optimizing fracturing operations, improving well performance, and addressing the technical and environmental complexities of modern fracturing practices.

This course provides a comprehensive guide to the design, execution, and analysis of Diagnostic Injection Falloff Tests (DFIT), a critical tool in reservoir characterization and hydraulic fracturing optimization. Participants will gain an in-depth understanding of the principles behind DFIT, learn how to design and conduct tests, and acquire the skills needed to interpret the results for informed decision-making in reservoir development. The course is tailored for engineers, geoscientists, and technical professionals involved in reservoir management, well testing, and hydraulic fracturing operations.

This course provides an in-depth exploration of Pressure and Rate Transient Analysis (GPA), a vital technique for understanding well and reservoir behavior. Participants will learn the principles, methods, and applications of transient analysis to diagnose reservoir performance, optimize production, and make informed decisions in field development. This course is designed for reservoir engineers, production engineers, and geoscientists who are involved in well testing, reservoir management, and production optimization.