To ensure optimal wellbore placement whilst minimizing non-productive time and costs, it is crucial to obtain accurate data while drilling. Our team specializes in providing reliable solutions even in challenging high-vibration scenarios, high-temperatures, and harsh environments.
Even as wells become deeper and more complex, we provide a constant stream of data for precise wellbore placement, reservoir navigation, and drilling optimization.
Our comprehensive data capture includes integral measurements such as axial and lateral shock, static and dynamic pressure, vibration, and stick slip. By proactively mitigating downhole forces that can potentially damage BHA components and decrease ROP, our data empowers operators to make informed decisions.
We understand that each well, objective, and drilling environment is unique. We therefore use our advanced technology to customize dependable solutions. Our tools apply proven methods to improve the signal-to-noise ratio, enabling higher-speed pulser duty cycles downhole without the risk of losing telemetry. With numerous configuration options available with the MWD tool, BHA designers can benefit from flexibility in sensor placement.
By relying on precise, real-time data, operators can optimize wellbore placement and achieve superior drilling efficiency. Our structured approach and customizable solutions are designed to meet the unique needs of every well, enabling operators to navigate complex drilling challenges with confidence.
High Speed Mud Pulse MWD Tool: The real-time telemetry facilitated by Qias provides actionable information central to the success of a field development plan. Available in all sizes, Qias has been developed in conjunction with proprietary demodulation software and hardware. The probe-based MWD tool uses a reliable pulser to convey mud pulse telemetry at higher transmission rates than other available providers.
Qias provides high bit and second telemetry rate to the surface engineer for real time information. This tool is also the power source of the TAQA BHA allowing all LWD tools to run without batteries. This unique feature makes the sensor-to-bit distance in each tool much shorter which optimizes the driller reaction time and minimizes the battery cost.
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