Field-Proven Distributed Fiber Optic Sensing (DFOS) Cabling
- High-Temperature Fiber Optic Cable Systems (up to 300 °C)
Retrievable fiber-optic sensing systems purpose-engineered and field-proven over more than three decades, representing one of the most reliable and robust deployment methodologies available for downhole fiber-optic sensing. - Intervention-Free Fiber Replacement Architecture
Highly reliable deployment technologies that allow fiber replacement or upgrade without well intervention or disturbance, enabling long-term system resilience and future-proofing of the monitoring infrastructure. - Geothermal-Qualified Optical Cables & Encapsulation
Purpose-engineered optical cables and encapsulation systems designed for sustained exposure to geothermal operating conditions, including elevated temperatures, mechanical loading, and chemically aggressive fluids. - Distributed Strain Sensing (DSS)
Strain-rated optical fibers qualified for continuous operation up to 300 °C, enabling long-term monitoring of downhole mechanical behavior.
Multi Drop Gauge Systems
- RFT™ Downhole Gauge Systems (300 °C Rated)
RFT™ (Resonant Frequency Transducer) gauges are qualified for continuous operation up to 300 °C, providing high-accuracy pressure and temperature measurements for geothermal reservoir characterization, injectivity testing, production diagnostics, and long-term monitoring. - Key capabilities include:
- Continuous high-temperature operation up to 300 °C
- High-resolution pressure and temperature measurement with excellent long-term stability
- Minimal drift in high-pressure, high-temperature environments
- Proven performance in permanent geothermal installations
- Seamless integration with distributed sensing and surface acquisition systems
High Denisty Temperature Monitoring
- PEP™ (Precise Engineered Polymer) systems are high-density, conductor-based thermocouple assemblies designed for continuous temperature monitoring up to 300 °C in extreme downhole environments.
- PEP™ systems are used extensively in high-temperature reservoir monitoring applications, providing reliable, depth-distributed temperature measurements where fiber-based or electronic sensing alone may be insufficient or where redundancy is required.
- Key advantages include:
- High-density temperature measurement along the wellbore
- Continuous operation up to 300 °C
- Robust polymer encapsulation engineered for thermal cycling and mechanical loading
- Proven reliability in long-term, permanent geothermal installations
- Complementary deployment alongside DFOS and RFT™ systems
PEP™ thermocouple systems provide precise thermal profiling for reservoir performance evaluation, injectivity monitoring, heat sweep analysis, and completion diagnostics.
Acquisition Systems & Advanced Data Processing
- Distributed Temperature Sensing (DTS)
Thermal profiling for inflow/outflow identification, heat-sweep monitoring, and reservoir performance evaluation.
- Distributed Acoustic Sensing (DAS)
Real-time insight into flow dynamics, fracture activity, and mechanical integrity along the entire wellbore.
- Distributed Acoustic Sensing (DSS)
Real-time insight into atrina nd mechanical dynamics, fracture activity, and mechanical integrity along the entire wellbore.
- PSSP-AI™ (Precise Signal Stream Platform – AI)
- PSSP-AI™ is a cutting-edge, physics-based machine-learning platform delivering advanced, real-time quantitative flow intelligence at 1 m resolution along the full wellbore. The platform provides phase-specific flow characterization (water and gas), velocity profile indexing, and continuous insight into downhole mechanical and hydraulic behavior through real-time completions monitoring—presented in an easily digestible operational format.
Surface Acquisition & Edge Systems
Precise supplies and integrates surface acquisition systems matched to geothermal operating conditions and data volumes, including:
- Industrial DAS and DTS interrogators
- Optical switching and WDM architectures
- Time-synchronized acquisition and data buffering
- Hardened enclosures for remote or high-temperature sites
Local edge compute enables real-time event detection, data quality control, and secure transmission to centralized platforms.
Analytics & Interpretation
All geothermal monitoring packages are supported by PSSP-AI™, providing:
- Real-time monitoring and alerting
- Advanced signal processing across temperature, acoustics, strain, and pressure
- Event detection, trending, and historical analysis
- Integration with operator workflows and enterprise systems
Services & Deployment Support
- System design and well integration
- High-temperature cable selection and deployment planning
- Downhole and surface system installation and commissioning
- Ongoing monitoring, diagnostics, and interpretation
- Long-term lifecycle and data management support
Rather than offering standalone tools, Precise delivers integrated geothermal monitoring packages that combine downhole sensing, surface acquisition, and advanced analytics into a single operational framework.
