Optimum O&G: integrated optimization from a single well to an entire field
Our technology suite is designed to monitor, diagnose, control, and optimize oil and gas production in real time.
It integrates local and centralized capabilities to correlate operational, historical, and production data with reservoir system behavior and surface conditions.
Applicable to sucker rod pumping (SRP) and progressing cavity pumping (PCP) systems. Support for electric submersible pumping (ESP) is under development.
An integrated solution connecting local operations with field-wide insight
Optimum O&G integrates two technology components that can be deployed according to each operation’s needs and work together within a unified architecture.
Local monitoring, diagnostics, and control at the wellhead
A wellhead technology solution with local data storage that operates without continuous connectivity, enabling artificial lift system management with visibility into critical operating variables.
Centralized monitoring, analysis, and optimization across multiple wells
Solución tecnológica A specialized technology solution that centralizes data from multiple wells and models reservoir–well behavior to determine the optimal production operating point at the field level.
Integrated architecture
Combines local control of individual wells with centralized field optimization, improving response times to critical events and strengthening field-level decision-making.
The impact of optimization with real-time data
When operations combine integrated data with embedded process expertise, results are measured in recovered production, equipment protection, and more timely decisions.
Maximized production per well
Identifies the well’s target production point in real time using algorithms with embedded production process expertise.
Comprehensive equipment protection and operational continuity
Continuous optimization adjusts operating conditions while preserving mechanical integrity. It monitors torque, rod string loads, and startup conditions to anticipate failures.
Centralized management of multiple assets
Centralizes diagnostics and analysis, reducing reliance on manual well-by-well reviews. Each engineer can manage more assets with deeper insight.
Direct integration with existing infrastructure
Standard industrial protocols and a modular architecture enable scaling from a single well to an entire field while integrating with existing SCADA systems.
Operational standardization
The system allows standard configurations to be saved and replicated across other production facilities, helping standardize operations.