Amplify operational efficiency through continuous surveillance, streamlined well-network flow, and optimized resources. Learn how these scalable digital solutions can help you enhance safety and compliance, optimize production, and avoid production surprises, by combining evergreen data, physics-driven models, and AI.
Flow assurance modeling
Production system engineering, planning, and operations for wells and flowline networks with dynamic and steady-state flow simulation
Overview
With 40 years of continuous research and development the flow assurance modelling suite of Olga dynamic multiphase flow simulator and Pipesim steady-state multiphase flow simulator deliver physics-based insights into flow behavior for transient (time-dependent) behaviors as well as comprehensive steady-state workflows.
Transient modeling in the Olga simulator is essential for feasibility studies in complex field development design, areas of high flow assurance risk, or where accurate prediction of system dynamics through time is critical for safe and successful operations.
Pipesim simulator steady-state workflows ensure producing assets are flowing optimally from complex individual wells to vast production networks, the simulator empowers engineers to optimize production from wells, lift systems, and pipelines.
Related products and services
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OptiFlow
Production assurance solutionsAmplify operational efficiency through continuous surveillance, streamlined well-network flow, and optimized resources.
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Flow Digital Twin
Continuous operational awareness and model-driven insightsContinuous operational awareness and model-driven insights.
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Olga
The industry-standard tool for dynamic multiphase flow simulationThe industry-standard tool for dynamic multiphase flow simulation.
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Pipesim steady-state multiphase flow simulator
Production optimization over the complete lifecycleThe new generation in multiphase flow simulation to overcome fluid flow challenges and optimize production.
