LedaFlow

True physics for confident multiphase flow decisions 

Accurately modelling the transient behavior of oil and gas, CO₂, hydrogen, and steam - with the physics fidelity your operations demand.

LedaFlow v. 2.14 released

High-fidelity physical accuracy with industry-leading simulation speed

  • Physics-driven accuracy

    LedaFlow utilizes first-principles transient modeling validated against real-world experimental data. By moving beyond empirical correlations, we provide the precision required for high-stakes deepwater operations, long-distance tiebacks, and challenging restart scenarios.

  • High-resolution slug capturing

    Our purpose-built module tracks individual slug dynamics with the precision required for accurate separator sizing and riser fatigue analysis.

  • Industry-leading speed, no tuning required

    LedaFlow delivers the industry’s first solution to resolve hydrodynamic slug behavior automatically, eliminating the manual calibration required by traditional tools. By balancing high-fidelity physics with industry-leading simulation speed, it provides the resolution needed for critical engineering and operational assessments without the typical computational overhead.

  • True deposit modelling

    Don’t just identify where hydrates might form; see how they actually behave. Unlike standard industry tools that provide static risk zones, LedaFlow uses mechanistic modeling to track inhibitors and heat-of-reaction effects, giving you a definitive view of multiphase behaviour.

  • The new standard for CCS

    Most simulators were built for oil and gas, not carbon capture. LedaFlow is different. With insights from the 2022-24 CO2Flow JIP, we offer purpose-built modeling for CO2 with impurities- solving a critical requirement that the rest of the industry is still chasing.

  • Strategic independence

    Avoid the limitations of "all-in-one" proprietary ecosystems. LedaFlow offers an open integration architecture that delivers industry-leading fidelity while keeping your software stack independent and adaptable.

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Enhance operations through multiphase flow simulation

Know what is happening in your production network.

How LedaFlow can support your objectives

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Dynamic multiphase flow modelling

LedaFlow is a proven transient multiphase flow simulation software that ensures seamless support for oil and gas operations from the reservoir to processing facilities. 

It accurately models critical multiphase flow challenges in pipelines and wells, including slug flow, hydrate management, gas and liquid handling, and various start-up, shutdown, and restart scenarios. Additionally, LedaFlow helps reduce costs associated with carbon capture and storage (CCS) operations, making cleaner energy more accessible.

Validated against the actual physics of multiphase flow, LedaFlow offers a significant enhancement in accuracy and detail, particularly for longer tiebacks, deeper water operations, and harsher environments. This capability empowers users to make smarter and faster decisions in their operations.

LedaFlow benefits

Advancing accuracy and usability in multiphase flow simulations.

LedaFlow-FieldTwin integration

LedaFlow-FieldTwin integration

FieldTwin is a powerful, easy-to-use design, collaboration and visualisation platform that can quickly and efficiently bring energy developments to life.

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R&D - delivering the industry's best multiphase flow simulation tool

Advance accuracy and usability in multiphase flow simulation

LedaFlow, the software solution designed to optimize continuous flow assurance for oil, gas, CO2, hydrogen, and steam, prioritizing safety, economic efficiency, and environmental sustainability.

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Maximise business performance and drive more value

Built with our proven technology, the Industrial Work Surface is already delivering measurable value to organisations in the energy, utilities, renewables, and chemicals sectors.

  • 3 months

    Time to value

    An asset has a typical digitisation time of 3 months, enabling rapid scaling across the enterprise.

  • 85%

    Users are more efficient

    With one system to plan, execute and close out work, 85% of users feel more efficient.

  • 25,000+

    Users, worldwide

    At-scale delivery of digital twin technology to integrated energy companies.

Simulation in digital twins - product sheet downloads