STUDY OF OPTIMAL CONTROL POTENTIAL FOR INNOVATIVE EQUIPMENT IN OIL AND GAS DRILLING

Abstract

The article substantiates approaches to the optimal management of innovative drilling tools, considering their design and technological features. This is based on an integrated analysis of equipment parameters, operating regimes, and geological conditions, which collectively ensures enhanced efficiency, reliability, and safety in well construction.

The research results demonstrated that the implementation of innovative devices for directional drilling and axial load control improves the accuracy of wellbore trajectory, enhances the stability and efficiency of rock destruction, optimizes axial and torsional loads, reduces drilling tool wear, and increases the rate of penetration. The potential for integrating these devices into automated drilling control systems for real-time adaptive optimization was identified.

The practical significance of this study lies in improving the efficiency and reliability of the drilling process through the use of innovative tools and their integration into automated control systems. This enables the optimization of operating modes, reduces equipment wear and costs, and ensures the precision and safety of well construction.