Optimization Of Hydrocarbon Exploration And Production Through Geophysical Data Integration And Reservoir Model Validation

Abstract

Hydrocarbon exploration and production are complex processes that require a deep understanding of reservoir geological characteristics. This study focuses on production geological analysis as the main foundation in understanding hydrocarbon reservoir behavior. This study combines geological data with advanced technology to map reservoirs, model fluids, and simulate production, which in turn provide better insights into reservoir behavior. The main objectives of this study are to analyze the geological characteristics that affect reservoir behavior, develop new exploration methods, and validate geological models with actual production data. Validation of geological models and integration of actual production data are emphasized as essential steps to achieve accurate production prediction, optimal reservoir management, and appropriate decision making. The results of this study indicate that the integration of geological data and actual production not only improves the accuracy of production prediction but also enables continuous monitoring of reservoir performance, which is the main foundation in maintaining the sustainability of hydrocarbon resource exploration and management.