Implementation of a Real-Time Pressure and Tilt Angle Monitoring System for Mast Hoisting in NOV Rapid Rig 13 Equipment
DOI:
https://doi.org/10.24054/rcta.v2i46.4115Keywords:
mast hoisting, hydraulic cylinder, hydraulic system, real-time monitoring, hydrocarbon drillingAbstract
This paper presents the implementation of a real-time monitoring system for mast hoisting operations in NOV Rapid Rig 13 equipment, using a distributed architecture with local data acquisition, processing, and visualization layers. The system simultaneously records hydraulic pressure and angular inclination data, enabling analysis of the dynamic behavior of hydraulic cylinders during hoisting operations. This data generated a static pressure curve to correlate pressure and inclination, representing the theoretical model of a three-stage hydraulic cylinder. This curve identified critical transitions and operational deviations, serving as the basis for defining alarm thresholds and enhancing operational oversight—empowering operators to make informed, safety-driven decisions. The results improve hoisting safety and establish a foundation for future automation and predictive maintenance strategies in hydraulic systems applied to drilling operations.
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Copyright (c) 2025 Elkin Adoniz Mora Castañeda, Oscar Javier Suarez Sierra, Rocco Tarantino Alvarado
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