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Phoenix xt150

High-temperature ESP monitoring system

Improve ESP run life and system integrity

The Phoenix xt150 high-temperature downhole monitoring system for electric submersible pumps (ESPs) monitors downhole pressure, temperature, current leakage, and vibration, providing comprehensive data needed to protect ESP system integrity in high-temperature and harsh environments.

Collect and transmit data

This system incorporates state-of-the-art, high-temperature microelectronics and reliable digital telemetry and communicates with the surface through the ESP motor cable. The electrical system has a tolerance for high phase imbalance and can handle voltage spikes.

Compatibility

Full compatibility with other monitoring and control technologies

Configuration

Programmable trip and alarm relays for all parameters monitored

Storage

Data logger with memory for storing historical data

Configure options

Phoenix xt150 system gauges are available in two configurations. Both measure intake pressure and temperature, motor oil or motor winding temperature, vibration, and current leakage. One also measures pump discharge pressure, which is used in evaluating pump performance.

Monitor and control

Either the UniConn universal site controller or the Instruct all-in-one acquisition and control unit can be connected to the Phoenix xt150 system to provide remote access and control from a single platform. The data can be further integrated with the Lift IQ production life cycle management service for 'round-the-clock surveillance of all monitored parameters via satellite.

The system is compatible with SCADA systems and has a Modbus protocol terminal with RS232 and RS485 ports for continuous data output.

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Premium

Tech Paper Successful Field Trial Deployment of ESP Rigless Technology in the Middle East: A Step Forward to Reduce Well Intervention Expenditure

This initial appraisal of the latest-generation rigless wireline-deployed ESP replacement system indicates that it has the potential to drastically lower ESP operating costs by reducing production deferment, minimizing HSE exposure, diverting rigs to other operations, and positively impacting asset value.

Premium

Tech Paper ESP Water Injector Well with Injection Pressure Available for Real-Time Monitoring Recovered 30% of Production in Low-Producer Wells: Case Study

Adopting a new approach that used the advantages of ESP sensors and operational flexibility, a production well was selected and converted to an injection well, thus avoiding the high investments in surface facilities and making the secondary recovery a feasible option for low-producing wells.

Case Study Maximus System Produces Gas from Methane Hydrates for 24 Days

WellWatcher Quartz Extend gauges deliver accurate and stable pressure measurements transmitted through the WellNet system, offshore Japan.

Case Study Lift IQ Service Sees Early ESP Scaling, Saves USD 540,000 for Khalda Petroleum Company

Real-time surveillance service monitors downhole pump performance to avoid shutdowns and improve operations, Egypt.

Case Study Lift IQ Service and ESPs Deliver Production Increment of USD 74,800 Per Year for HydroCarbon Finder E&P

Surveillance and remote optimization of Maximus ESP systems with Continuum stages improve uptime, run life, oil production, and reservoir knowledge, Oman.

Case Study Lift IQ Service Enables 4,800 bbl of Oil Production from Unexpectedly Gassy Well

Real-time monitoring and control service restores steady production after gas-related ESP shutdowns, Egypt Western Desert.