Methodology for assessing the zones of reserves localization of a multilayer development object by analytical meth

UDK: 622.276.1/.4”712.8”
DOI: 10.24887/0028-2448-2022-11-32-36
Key words: field development, reserves localization, oil field, geological and technical operations
Authors: D.R. Gilmiev (Tyumen Petroleum Research Center LLC, RF, Tyumen), A.P. Kovalenko (Tyumen Petroleum Research Center LLC, RF, Tyumen), E.A. Khrebtova (Tyumen Petroleum Research Center LLC, RF, Tyumen), R.A. Yagudin (Kharampurneftegas LLC, RF, Tyumen), P.I. Baturin (Kharampurneftegas LLC, RF, Tyumen), O.A. Loznyuk (Rosneft Oil Company, RF, Moscow), A.A. Minulin (Rosneft Oil Company, RF, Moscow)

The article considers a set of analytical solutions that allow localizing oil reserves of a multilayer facility developed by a joint fund. Due to the high share of oil production from the use of geological and technical measures, it is necessary to plan their implementation pointwise. One of the main factors influencing the decision to carry out geological and technical operations is the residual oil reserves. Despite constant improvements in the methods of exploration and modeling of residual reserves, it is often impossible to obtain timely reliable information about the amount of reserves depleted and their development coverage. Therefore, the assessment of reserves localization zones is an urgent task. The purpose of the work is to create a tool for determining the zones of oil reserves localization in a multilayer field, its testing and results comparison with the data obtained using other methods. The essence of the developed method is as follows: based on the solution of the material balance equation, the volume of unproductive injection by wells is estimated. Production and injection are divided between layers, taking into account the presence of hydraulic fractures in the reservoir. Based on the results of calculating the distribution of production and injection by well-layers, drainage areas are estimated. As a result, coverage maps are built for each layer of each well, on the basis of which areas with a minimum impact of the drainage process are identified, which are of interest for the selection of geological and technical operations. The proposed solution takes into account the distribution of production and injection in proportion to the conductivity of the hydraulic fracture; in addition, it has such advantages as ease of use, calculation speed, functionality and reliability.


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