Monitoring and control directly at the well
Optimum O&G – Field Device processes operational data at the wellhead to monitor critical variables, detect abnormal conditions, and execute control strategies for the artificial lift system.
This helps reduce operating costs and production losses, optimize energy consumption, and provide a stronger basis for preventive maintenance.
Operational impact
Taking action directly at the well using real-time data helps anticipate problems and optimize artificial lift system performance.
Operational continuity at the wellhead
Autonomous well operation, diagnostics, and control without relying on continuous connectivity.
Production protection against critical events
Anticipates system changes to reduce unplanned shutdowns.
Risk-free implementation
Simulation mode enables well behavior to be evaluated before making changes in the field.
Integration with existing infrastructure
Compatible with SCADA systems and standard protocols, without replacing installed hardware.
Capabilities designed for wellhead operations and decision-making
Our solution integrates key capabilities for monitoring, diagnostics, and control of artificial lift systems directly in the field, with local data storage and access from any device.
Local data storage
Stores up to one year of data to track well behavior over time.
Anomaly detection
Detects surface and downhole anomalies based on historical well behavior.
Configurable operation
Normal, automatic, manual, and simulation modes. Speed control, pump fillage control, and pump-off control (POC).
Dynamometer cards
Surface, downhole, and 3D displays for analyzing pumping unit behavior.
Production estimation
Performance indicator calculations and virtual flow metering.
Mobile device access
An interface accessible from tablets and smartphones, with or without an on-site HMI screen.
Optimization for sucker rod pumping and progressing cavity pumping
Our solution adapts to the characteristics of each production process, applying the same diagnostic, control, and optimization capabilities to both sucker rod pumping (SRP) and progressing cavity pumping (PCP) systems.
Integrating data at the point of operation enables better production decisions, reduces operating costs, and helps lower environmental impact.
Support for electric submersible pumping (ESP) is under development.
From local operations to centralized management
Optimum O&G – Field Device improves production profitability in sucker rod pumping and progressing cavity pumping systems by reducing operating costs, anticipating failures, and extending asset life.
To centralize data from multiple wells and optimize production at the field level, Optimum O&G – Core Application Server complements local operations with centralized analysis and diagnostics.
