In this project, first, with extensive research in scientific sources, the latest technologies related to geomechanics in the field of oil industry were identified. Then, by holding specialized panels and asking opinions from industrial and academic experts, the real needs of the country in this field were identified and prioritized. Finally, the roadmap of geomechanical technologies was designed and presented.

This project was carried out with the aim of investigating the wellbore stability in several oil fields in southwestern Iran under the influence of mechanical and chemical factors. In this project, several laboratory tests were performed on drill cores in different conditions. Finally, a process for determining the safe mud weight window was presented.

This project focuses on the strategic integration of geomechanical principles across the hydrocarbon exploration value chain. By applying advanced rock mechanics and subsurface stress analysis, it aims to enhance decision-making in reservoir characterization, drilling optimization, and risk mitigation. The goal is to unlock greater efficiency, safety, and economic value throughout the exploration process.

A comprehensive and intelligent data management solution designed specifically for the petroleum industry. This platform streamlines data integration, enhances decision-making, and enables real-time insights across exploration, drilling, and production workflows. This project was developed for the Vice-Presidency of Science and Technology.

Petro IDM is a comprehensive, intelligent software platform developed with proprietary advanced algorithms, offering two main modules: Petro IDM Drilling and Petro IDM DTC. Designed to receive and analyze drilling data in real-time, this system automatically detects operational activities and generates highly accurate, standardized daily drilling reports (DDR). One of its key features is the real-time identification and optimization of Invisible Lost Time (ILT), enabling significant reductions in drilling time and operational costs. By integrating cutting-edge technologies and holding prestigious national and international certifications, Petro IDM stands as one of the most advanced digital solutions in the drilling industry.

IQILOG is the world’s first AI-driven pseudo-image log simulator for geomechanical analysis, delivering ultra-high accuracy through a hybrid modeling approach that integrates artificial intelligence with physics-based frameworks. Featuring a highly intuitive and fully customizable user interface, IQILOG enables seamless data review and interaction with advanced, high-precision AI models. This unique combination empowers geoscientists and engineers to perform robust geomechanical evaluations with unprecedented speed, clarity, and confidence.

In this project, the target area designated by the client was thoroughly and precisely analyzed using available reports and data. High-resolution 3D geomechanical modeling was successfully performed across the region, delivering accurate and reliable subsurface insights. Throughout the process, unique proprietary tools developed by AGPT were utilized, demonstrating exceptional performance and precision in service delivery.