Implementation of a geological and field analysis system using integrated modeling tools

The issues of geological control over the dynamics of reservoir conditions during the development of hy-drocarbon deposits, key methods of in-depth research, including field-geophysical, gas-hydrodynamic and thermometric studies, as well as the study of the physico-chemical properties of reservoir fluids, are considered. Special attention is paid to integrated modeling methods that make it possible to effectively analyze the geological structure and properties of deposits, create three-dimensional models, predict the dynamics of deposits, as well as optimize production parameters and evaluate economic efficiency. The importance of using modern technologies for accurate forecasting and risk assessment in geological and field analysis, as well as for improving the efficiency of development management, is emphasized. The advantages of using numerical modeling, artificial intelligence, and machine learning in interpreting research data are considered. These methods contribute to a deeper understanding of the processes taking place in the subsurface, and allow us to form sound recommendations for regulating the mining system. The importance of an integrated approach to analysis combining geophysical, chemical, physical and economic data is noted, which ensures high accuracy of model construction. It is emphasized that modern geological and field analysis is a powerful tool aimed at achieving maximum extraction of hydrocarbons while complying with environmental and technological safety requirements.