Infopaket

Digital seismic geological models

ВБ. 1.1

Вибіркова дисципліна для ОП

Second

2022/2023

3 Semester

5

-Subject and content of the course. Importing well prints. Import 2D, 3D seismic data. Import data from another project. Quality control of imported data. Visualization of seismic data -Interpretation of seismic data. Create a workflow for interpretation. -Correlation of wells. Creating facial logging. Editing and creating well breakdowns -Pillar Gridding technology. Creating a 3D grid. Creating a segmental boundary of the grid. Quality control of the structural framework -Creating horizons. 3D grid domains. Deep transformation. Creating a speed model. Breaking into layers. Creating layers -Modeling of geometric properties -Calculation of contacts between fluids. Inventory calculation. Designing wells in space. -Ability to build digital models and describe the results of structural and tectonic constructions and explain their relationship with geological objects -Providing basic skills in computer programs for building digital models of hydrocarbon deposits

Full-time form

1. Knowledge of the theoretical foundations of geophysics, seismometry, mathematical processing of seismic data 2. Have the skills to work with a personal computer

The discipline program gradually considers technologies for creating a seismogeological model of deposits: data loading, binding, construction of velocity models, correlation of horizons and tracking of tectonic faults, creating a structural framework, calculating attributes and forecasting filtration capacity in wells. Direct and inverse problems of geophysics are solved in order to solve fundamental and applied research tasks, application of new information technologies and methods of computer interpretation of seismic data and construction of spatial geological and geophysical models.

1. Prodayvoda G.T. Fundamentals of seismic acoustics. - Kyiv: VPU "Kyiv Univ-t", 2000. - 292с. 2. Prodayvoda GT, Tripilsky AA, Chulkov S. Seismic exploration. - Kyiv: VPC "Kyiv University", 2008 - 351 p. 3. Acoustics of rock textures. - Kyiv: VGL "Obriy", 2004 - 144 p. 5. Vyzhva S.A., Prodayvoda G.T., Kuzmenko P.M. AVO - analysis and inversion of seismic data - Kyiv: VPC "Kyiv University", 2014. 263 p. 6. Vyzhva S.A., Tyshchenko A.P. Mathematical processing of seismic data: a textbook. - Kyiv: Kyiv University Publishing House, 2013. 153 p.

Lectures, practical classes and independent work of the student

The control is carried out according to the modular rating system and includes: practical work (where students must demonstrate the quality of acquired knowledge and solve problems using the methods and tools outlined by the teacher), 8 independent work (where students must demonstrate the quality of acquired knowledge and solve problems without limiting tools and techniques for solving the problem) and conducting 3 written modular tests. The final assessment is conducted in the form of a written exam

Ukrainian