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From fragmented visibility to full network clarity.

Overview

Tela in OptiFlow solutions helps operators optimize production networks through AI-driven analysis and digital twin technology. By continuously monitoring, simulating, and optimizing network performance, it enables proactive operations, improves efficiency, reduces risk, and supports more resilient production systems.

Challenges

• Production networks often operate with fragmented visibility across wells, facilities, and flow systems.
• Manual optimization workflows can be time-consuming and difficult to scale.
• Reactive operations can lead to inefficiencies, deferred production, and higher operating costs.
• High power consumption increases operational expenses and carbon emissions.
• Flow assurance risks, such as hydrate formation, wax deposition, erosion, and corrosion, can cause downtime and production losses.

Solution

• Create digital twins that replicate the production network and simulate flow conditions in real time.
• Continuously evaluate production scenarios using AI-driven agents.
• Optimize network performance across wells, facilities, and flow systems.
• Detect operational risks early and support proactive decision-making.
• Automate optimization workflows to improve efficiency and operational resilience.

Features

• Flow Twin Simulation – Digital twins of the production network simulate and predict flow conditions in real time.
• Agentic AI Analysis – Continuously evaluate production scenarios and recommend optimal operating configurations.
• Autonomous Workflows – Detect anomalies, trigger alerts, and execute optimization actions with minimal manual intervention.

Benefits

• Optimize Production Performance – Balance flow, pressure, and lift conditions across the network to maximize production output.
• Reduce Energy Consumption and Emissions – Apply intelligent adjustments that lower power usage and reduce carbon footprint.
• Improve Operational Resilience – Detect erosion, corrosion, and flow assurance risks early to prevent costly downtime.
• Enable Proactive Operations – Move from reactive responses to continuous monitoring and optimization.
• Sustain Long-Term Efficiency – Continuously improve network performance through ongoing optimization and automated decision support.