Integration of Magnetic Field Techniques for Accurate Mineral Identification in Reservoir Rocks

Abstract

Accurate mineral identification in reservoir rocks is crucial for optimizing exploration, production, and reservoir management in the oil and gas industry. Traditional methods for mineral identification, such as X-ray diffraction (XRD) and thin section petrography, while effective, can be time-consuming and limited in providing comprehensive real-time data. This study explores the integration of magnetic field techniques to enhance the accuracy and efficiency of mineral identification in reservoir rocks. By leveraging the magnetic properties of minerals, we demonstrate that magnetic susceptibility, magnetic resonance, and induced polarization can provide rapid and reliable insights into the mineral composition of reservoir rocks. The combination of these magnetic field techniques with conventional methods not only improves the precision of mineral characterization but also offers significant advantages in terms of speed and cost-effectiveness. This integrated approach is presented as a promising tool for advancing the accuracy of mineralogical analyses, ultimately contributing to more effective reservoir management and resource extraction strategies. The results underscore the potential of magnetic field-based techniques as a supplementary method for enhancing traditional mineral identification processes.