Eliminates the most vulnerable components of traditional cabled monitoring systems, ensuring robust and reliable performance in challenging environments.
Q-Fi systems can be positioned below the submersible pump, enabling water level to be set closer to the pump intake, thereby increasing reservoir drawdown.
Downhole wireless telemetry enables safer, faster, and easier installation and retrieval.
Permits live well workovers, thereby minimising reservoir productivity impairment.
Recyclable components reduce environmental waste.
90% lower carbon footprint compared to wired solutions, supporting your sustainability goals.
Proven and trusted by major Australian energy producers, ensuring Q-Fi® delivers exceptional results in real-world applications to the robust quality standards that Qteq is known for.
Eliminates the need for traditional tubing-encased communication cables, reducing installation safety risks, streamlining well workover durations and boosting long-term system performance reliability.
Compact downhole gauge carrier designs and wireless telemetry enable well workovers to be performed without adversely impacting reservoir productivity.
Optimises battery life with pressure-dependent data transmission, sleep mode and optimised transmitter power for multi-year operation.
No pinch points, exclusion zones, or lifting operations, ensuring safer deployment and maintenance.
Significantly reduces carbon footprint and material waste, aligning with environmental stewardship goals
+ Optimise In-Well Water Level Management
Ensure efficient drawdown strategies to limit near-wellbore formation damage.
+ Prevent Pump-Off
Safeguard against pump-off conditions that can lead to rapid submersible pump failures.
+Accelerate Production
Maintain water levels closer to the pump inlet for faster dewatering and increased operational efficiency.
Q-Fi® employs advanced electromagnetic telemetry (EMT) to wirelessly transmit bottomhole pressure measurements to a ground-level receiver. This real-time data enables informed decision-making, prevents completion failures, and optimises well performance.
