DOI: https://doi.org/10.36719/2789-6919/56/207-210
Farid Hamidov
Azerbaijan State Oil and Industry University
Master's student
https://orcid.org/0009-0008-9051-1010
faridhamidovv@gmail.com
Increasing Drilling Performance in Complex Trajectories Using Rotary Steerable System (Rss) Technology
Abstract
In the modern oil and gas industry, the demand for efficient extraction of resources from complex geological structures is steadily increasing. In this context, Rotary Steerable System (RSS) technology plays a significant role in optimizing drilling operations. RSS technology enables precise control of the rotor’s direction and angle during the drilling process, allowing wells with complex trajectories to be drilled more quickly and efficiently.
The application of RSS technology is characterized by several advantages. First, it increases drilling performance while ensuring the accuracy of the well trajectory. This is particularly important for horizontal and multilateral wells. Second, the active control of the system reduces friction and lateral forces generated during drilling, which extends the lifespan of drilling tools and reduces maintenance costs. Third, RSS minimizes risks in complex geological conditions, helping to prevent accidents and ensuring safer drilling operations.
The effectiveness of this technology is also enhanced through real-time monitoring and data analysis. The data obtained during drilling operations through RSS are optimized based on critical parameters such as rotor direction, angle degrees, drilling speed, and other operational indicators. This approach allows dynamic adjustment of drilling strategies and contributes to reducing operational costs.
Keywords: rotary steerable system, complex trajectories, drilling performance, geological structures, real-time monitoring, safe drilling