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This is a Remote Instructor Led Series (RILS) training. The remote classroom delivery is a modality that takes advantage of the instructor led training content, while allowing the same content to be delivered remotely. All training sessions will be delivered online with no face-to-face classroom attendance.
The purpose of the Petrel Velocity Modeling - RILS course is to introduce the velocity modeling, velocity handling and domain conversion functionalities in Petrel.
The course takes the participants through the preparation stage of the data used for velocity estimation and modeling. This includes the quality control and editing of checkshot data used in sonic calibration and the quality control of time surfaces and well tops used for defining velocity intervals. Furthermore, the available velocity modeling approaches are discussed and applied, including well velocity estimation, the nature and modeling of seismic velocities, surface-based and 3D grid-based seismic velocity modeling, as well as user-defined velocity functions.
After the velocity modeling phase, domain conversion of various objects and how to model structural uncertainty is covered.
The Petrel Velocity Modeling - RILS course will be delivered over a total of twenty-four (24) Hours; i.e. in five (5) sessions lasting 5 Hours each, except the second and the fifth session which will last 4.5 Hours each.
Each participantwill need the following for an optimal experience of the course:
Session 1: Modules 1 & 2 (Part 1)
In this module, the participants will learn how to quality control checkshot data and define velocity intervals based on well tops. In addition, they will learn about various sonic calibration procedures, the Simple velocity model functionality, the main elements of the Advanced velocity model process, the available velocity functions and the corresponding inputs and outputs created by the Advanced velocity model process.Day 2
Session 2: Modules 2 (Part 2) & 3
In addition to Module 2, this session will be dedicated to the methodologies for extracting and editing velocity data used for updating velocity models.
Session 3: Modules 4 & 5 (Part 1)
This session will cover the depth error correction and handling of depth error residuals, as well as how to set up a depth correction model. The participants will also learn about loading and quality controlling seismic velocities (stacking velocities), about performing Dix conversion using stacking velocities. In addition, they will model velocity surfaces, use the velocity surfaces to build velocity models and then set up a seismic-guided well velocity model.
Session 4: Modules 5 (Part 2) & 6
In this session, the participants will learn to model stacking velocities as an average velocity and an interval velocity property in a 3D grid, derive the scaling/correction factor for both velocity types using well velocities and correct the seismic velocities by the time-varying scaling/correction factor. Then, they will use the corrected dataset for velocity modeling.
Session 5: Modules 7, 8 & 9
In this final session, the participants will first learn how to alternative methods for velocity modeling, using 3D volume - seismic velocities or user-defined functions.
One of the key objectives in building a velocity model is to be able to convert an object from one domain to another, usually from a time domain to a depth domain. Therefore, in the last part of the course, the participants will learn about domain conversion and quality control of converted objects.
Development and exploration geologists, geophysicists, petroleum engineers, managers, reservoir engineers and technical personnel with prior experience in Petrel.
Petrel Geophysical Interpretation, Petrel Geophysics course or similar Petrel experience.
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