Intelligent lift for optimized production
AI-powered analytics, digital technologies, and domain expertise to enhance artificial lift performance
Digitally transform artificial lift operations to get more from your reservoir
Intelligent lift is a data-driven service from SLB that leverages advanced software and AI to maximize the performance and uptime of your artificial lift systems.
By collecting and analyzing real-time data, it enables informed decisions that drive optimized production, reduced costs, and extended equipment life.
Delivering performance round the clock
Our intelligent lift service leverages 24/7 remote monitoring to proactively identify potential issues, including gas lock and low flow. By detecting problems early, we can implement timely corrective actions and preventative maintenance to minimize downtime. Performance Live™ digital service delivery centers provide comprehensive support, from surveillance and real-time alerts to actionable recommendations and execution of solutions.
Maximize your recovery
Reduce system downtime
Optimize power consumption
Lower emissions and HSE incidents
Performance Live centers
Our domain and OEM experts monitor your operations 24/7 at one of many Performance Live digital service delivery centers. Surface measurements, downhole gauge data, and AI-based analytics are used to provide real-time support, such as
- preventing or mitigating adverse events
- diagnosing probable causes
- providing actionable recommendations.
Data is transferred via satellite or cellular connection to and from remote locations, hostile environments, and sites with limited data acquisition capabilities.
The power of being digital
Our software empowers you to optimize your artificial lift operations through a combination of data-driven analytics and physics-based modeling. By leveraging advanced techniques, we extract actionable insights from operational data to identify patterns and trends that drive performance improvements. Simultaneously, our physics-based models simulate system behavior to predict equipment performance and optimize operating conditions. This integrated approach provides a comprehensive understanding of artificial lift systems, enabling real-time monitoring and informed decision making.
Our portfolio
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Electric submersible pumps
Diverse ESP solutions for maximum productionBoost production in any environment, including conventional, unconventional, high-temperature, intervention-constrained, and offshore applications.
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ESPCP Systems
Electric submersible progressive cavity pumps for efficient rodless lift of low production for any oil viscosityEfficient rodless lift for low production rates of any oil viscosity, including high gas and solids contents.
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Reda HPS
Horizontal multistage surface pumping systemsCentrifugal pumps for oil and gas, mine dewatering, geothermal energy, carbon sequestration, saltwater disposal, and water desalination.
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Progressing cavity pumps (PCPs)
Lower operating and capital costsEfficiently handle high-sand-cut wells and high-viscosity fluids with lower power consumption than other lift methods.
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Gauges
Efficient monitoring of artificial lift performanceMonitor downhole performance with diagnostics and analytics needed to protect your pumping system.
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ESP Software
Various software solutions to improve flowImprove operational awareness of ESP system and design and quantify actions to increase flow rate.
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Production Chemicals Optimization on Delfi
Real-time monitoring, analysis, and autonomous chemical injection optimizationMonitor at 1-minute frequency to optimize ESP corrosion protection and run-life extension.
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Sensia Avalon Lift Surveillance
Across your ESP, PCP, and SRP lift assetsIncrease production uptime via timely autonomous actions based on intelligent insights.
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Sensia QRATE HCC2 Hyperconverged Controller
Edge to enterpriseBringing robust, secure, flexible, and scalable Edge performance closer than ever.
Digital operations for oil and gas
Reimagine energy performance and improve decision making with connected, intelligent, and autonomous solutions.
Learn more