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IPOS CASE STUDIES
Proven Operational Impact
Documented Production Uplift & Risk Mitigation
IPOS has been deployed across active ESP portfolios to deliver measurable operational impact through physics-based diagnostics and real-time surveillance.
Case Study 1: Production Optimization – +334 BOPD
A producing ESP well operating at 52 Hz was delivering ~2,122 BOPD.
IPOS digital twin analysis determined the well could safely increase frequency to 66 Hz while remaining within motor and hydraulic constraints.
Result:
- Production increased to ~3,130 BOPD
- Net uplift of approximately 334–335 BOPD
- No equipment constraint violation
Production optimization driven by engineering logic — not trial-and-error adjustments.
Case Study 2: Early Gas Lock Detection
The system identified increasing Head System Deterioration correlated with rising Turbine Factor and Gas Volume Fraction — indicating gas lock potential.
Before significant production loss occurred:
- IPOS flagged the anomaly
- Operations adjusted wellhead pressure
- Total Dynamic Head was restored
- Production performance stabilized
Early detection prevented extended lift inefficiency and production decline.
Case Study 3: Pump Deterioration & Wellbore Leak Detection
Despite stable surface indicators, IPOS digital twin analytics detected a persistent head deterioration trend.
Automated alerts intensified as degradation continued.
Root cause analysis revealed previously undetected wellbore leaks — not visible through conventional monitoring methods.
Outcome:
- Timely intervention
- Mitigated further production losses
- Prevented prolonged ESP damage
Case Study 4: Discharge Pressure Prediction Validation
The IPOS model’s discharge pressure predictions were validated against sensor data across six operational wells.
Results showed minimal variance between calculated and measured values, demonstrating high model precision.
Accurate predictive modeling enabled:
- Confident operational decision-making
- Reduced uncertainty in ESP performance
- Improved optimization planning
Measurable Impact
Across deployments, IPOS has demonstrated:
- Production increases at individual well level
- Early identification of gas lock conditions
- Detection of pump degradation before failure
- Prevention of avoidable ESP pulls
- Reduced deferred production
This is not theoretical optimization.
It is documented operational performance.
IPOS Mission
From remote desert wells to full-field portfolios, IPOS delivers continuous operational visibility, early anomaly detection, and measurable financial impact.
Problem
Production Loss Happens Quietly. In artificial lift operations, production rarely fails suddenly.
Solution Overview
From Field Data to Production Decisions. IPOS integrates Field Edge Hardware, Secure Communication, Cloud-Based Analytics, and RTOC Engineering Oversight.
Hardware
Field-Deployable Edge & Satellite Communication System. Capture Production Data at the Source.
Software
Real-Time Production Intelligence & Alerting. The IPOS Software Platform transforms raw field data into structured operational decisions.
RTOC
Technology identifies. Engineers decide. The IPOS Real Time Operations Center (RTOC) transforms system alerts and diagnostics into structured operational action.
Ready to Strengthen Production Visibility?
Request: Executive Overview, Technical Architecture Brief, Case Study Package, Pilot Deployment Discussion