Drilling Support Strength Test in Zhongyuan Oilfield
Project name: Drilling Support Strength Test in Zhongyuan Oilfield
Brief introduction：In oilfield operations, the structural strength and reliability of drilling equipment are critical for safety, efficiency, and operational continuity. Among the key components, the drilling derrick—a tall framework used to support drilling apparatus—must endure dynamic loads and harsh environmental conditions during daily operations. Ensuring its mechanical integrity through field testing is essential for minimizing the risk of failure and unplanned downtime.
In this project at Zhongyuan Oilfield, engineers conducted a drilling support strength test to evaluate the performance and structural response of the derrick under operational loads. To facilitate high-efficiency, real-time testing without the complications of traditional wiring systems, the team deployed Dynatronic’s WZ-88S Wireless Dynamic Signal Test System.
The WZ-88S was installed near critical measurement points on the drilling structure. Unlike conventional wired systems, which require extensive cabling and time-consuming setup, the wireless solution offered a faster and cleaner deployment. This eliminated the need to route cables through difficult structural areas or navigate around heavy machinery, thereby significantly reducing both preparation time and the amount of labor required.
Despite the challenges posed by the outdoor industrial environment, the wireless transmission remained stable and reliable, with no significant data loss or signal interference. The system successfully captured high-fidelity strain and vibration data during drilling operations, including:
Real-time structural strain readings
Vibration amplitude and frequency
Load response patterns under various drilling conditions
These measurements provided critical insights into the structural performance of the drilling support system. The test results were used to validate the mechanical design, assess potential fatigue points, and recommend reinforcement strategies where necessary.
Overall, the implementation of the WZ-88S wireless system significantly improved test efficiency and greatly enhanced data accuracy. Additionally, it clearly demonstrated the substantial value of wireless sensing technology in rugged, real-world industrial applications—contributing to safer, more reliable, and more effective oilfield operations.
