Highlights
Benefits
- Remotely optimize full-field lift performance across diverse well types
- Reduce downtime and extend equipment run life with predictive insights
- Lower operating costs and emissions through efficient energy use
Applications
- Wells using gas lift, plunger lift, rod pumps, progressing cavity pumps (PCPs), or natural flow
- Mature fields with variable reservoir conditions or declining productivity
- Greenfields and remote operations requiring automated oversight
Overview
The Leucipa™ Lift Optimizer from Baker Hughes is redefining how operators optimize lift performance across entire fields. Delivering consistent, cost-effective performance, Lift Optimizer empowers operators to detect risks early, respond proactively, and implement effective optimization strategies in a range of well types, including gas lift, plunger lift, rod pumps, PCPs, and natural flow wells.
This smarter approach to asset management reduces unplanned downtime, extends equipment life, and drives efficiency at scale. It also provides operators with a single user interface to respond quickly to changing conditions and unlock value from existing assets.
By combining physics-based modeling with advanced AI analytics, the solution provides real-time recommendations that improve efficiency, reduce operating costs, and extend equipment life. Modular, secure, and agnostic, it works seamlessly with third-party tools and existing infrastructure, enabling field-wide optimization without costly investment.
Targeted optimization for every lift method
A core service area of the Leucipa™ automated field production solution, the Lift Optimizer provides proven optimization capabilities for gas lift operations, leveraging reservoir and well data to optimize gas distribution, reduce downtime, and lower emissions.
Plunger-lift systems are streamlined with a single, intuitive interface for rapid diagnostics, comparative well analysis, and cycle optimization using advanced AI techniques—saving engineers hours of manual guesswork.
For rod pumps, predictive analytics and AI-driven diagnostics detect failures early and recommend preventive actions that reduce workovers and extend pump life.
For PCPs, advanced diagnostics for torque, pressure, and flow detect anomalies and recommend adjustments that improve efficiency and minimize downtime.
Natural flow wells also benefit from surveillance-by-exception and predictive forecasting, empowering operators to target interventions, allocate resources more effectively, and ensure compliance with environmental standards.
Discover how Leucipa Lift Optimizer can help you enhance recovery, lower costs, and improve field reliability.
