Infopaket

Industrial Geophysics

ОК 13

Обов’язкова дисципліна для ОП

Second

2025/2026

1 Semester

6

Know: the main geological problems solved using industrial geophysical methods; the most important stages of processing and interpreting industrial geophysical data; the main methods for interpreting well electrometry data; the most common methods for interpreting radioactive logging data; the main methods for interpreting acoustic logging data; the specifics of integrated interpretation of industrial geophysical data; the specifics of using computerized technologies for interpreting industrial geophysical data; the specifics of presenting geological data based on the results of industrial geophysics data interpretation; the specifics of applying various methods and techniques for interpreting industrial geophysics data. Be able to: interpret well electrometry data using computerized technologies; interpret data from non-electrical well logging methods using computerized technologies.

External form

Knowledge of the fundamentals of geophysical well logging, petrophysics, and the petrography of reservoir rocks.

The course covers: the concept of the database of geological, geophysical, industrial, and related information, which serves as the basis for solving problems in industrial geophysics; the concepts of individual, comprehensive, and generalized interpretation, as well as qualitative and quantitative interpretation; the essence of the geophysical and geological stages of processing and interpreting industrial geophysical data; the main (classical) methods and techniques for interpreting data from electrical, radioactive, acoustic, and other industrial geophysical methods with the aim of identifying oil- and gas-saturated reservoir rocks in well logs and determining their petrophysical properties including reservoir properties and calculation parameters (porosity, oil and gas saturation, effective thickness, etc.); fundamentals of computer processing and interpretation of industrial geophysical data.

1. Karpenko, O.M. Processing and Interpretation of Geophysical Well Log Data Using Computers—Laboratory Workshop for Students Majoring in “Geophysics” (Part III) // Ivano-Frankivsk: Fakel. – 2003. – 94 pp. 2. Krasnozhon, M.D. Methods and Computerized Technology for Comprehensive Interpretation of Electrical Logging Data from Oil and Gas Wells. Kyiv: Published by the Center of the Ukrainian Geological and Geophysical Research Institute, 2001. 3. Karpenko, O.M., Krasnozhon, M.D., Kosachenko, V.D., Tulchynskyi, V.G., and Fedoryshyn, D.D. Methodological Guide to Studying the “Geopoisk” Computerized Technology— Textbook. — Ivano-Frankivsk: Fakel. — 2003. — 102 pp. 4. Kurhansky, V. M., Tishayev, I. V. Electrical and Electromagnetic Methods for Investigating Wells: Textbook. — Kyiv: Publishing and Printing Center “Kyiv University,” 2011. — 175 pp.

Lectures, practical sessions, and independent study by students.

Assessment is conducted using a modular-rating system and includes: the completion of three practical assignments (in which students must demonstrate the quality of their acquired knowledge and solve assigned problems using the methods and tools specified by the instructor) and the submission of three written module assignments/papers. Final assessment takes the form of a written exam.

Ukrainian