ESP optimization

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Leverage AI-driven insights and simulation for maximum efficiency.

Overview

Tela in OptiFlow solutions helps operators optimize ESP performance through continuous monitoring, AI-driven analysis, and autonomous optimization. By combining real-time IoT data, simulation models, and agentic AI, the solution enables adaptive, closed-loop control that improves efficiency, reduces downtime, and maximizes production performance across the field.

Challenges

• ESP wells often operate below optimal efficiency due to fixed operating setpoints.
• Manual surveillance and delayed adjustments can reduce production performance.
• High power consumption, equipment failures, and unplanned downtime increase operating costs.
• Operational decisions are often disconnected across surface systems, subsurface sensors, and cloud analytics.
• Scaling optimization consistently across multiple wells can be difficult.

Solution

• Stream real-time ESP data from edge-connected IoT systems to the cloud.
• Continuously analyze well performance using AI agents.
• Generate intelligent setpoint recommendations based on operating conditions and performance trends.
• Enable autonomous execution of optimization actions through closed-loop control.
• Combine real-time data with simulation models to support predictive optimization and performance tuning.

Features

• Field-Wide Scalability — Apply consistent optimization strategies across multiple ESP wells and assets.
• Agentic AI Analysis — Continuously evaluate production conditions and recommend optimal operating configurations.
• Closed-Loop Control — Execute setpoint changes automatically to enable adaptive optimization.
• Simulation-Driven Insights — Combine IoT data with simulation models for predictive performance tuning.

Benefits

• Maximize Uptime and Efficiency — Continuously monitor and adjust operations to maintain optimal ESP performance.
• Reduce Power Consumption and Costs — Optimize operating parameters to lower energy usage and operating expenses.
• Protect Equipment Proactively — Detect anomalies early to safeguard equipment health and extend ESP life.
• Enable Autonomous Optimization — Reduce manual intervention through automated workflows and remote-control loops.
• Scale Optimization Across the Field — Apply intelligent optimization consistently across multiple wells and assets.