LedaFlow

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

Accurate and powerful

Based on models that are closer to the actual physics of multiphase flow

Easy to use

Simplify modelling and quickly expand it to be used by multiple disciplines

Comprehensive and independent

Avoid the burden of expensive add-ons and a "all-in-one" proprietary ecosystem. With LedaFlow all functionality is included in an open integration architecture.

Upcoming

LedaFlow Online Training Course (CET or CEST)

Falkor is organizing LedaFlow Training Courses several times a year. Practical information Duration: 3 days Schedule: 09:00 to 17:00 CET or CEST Who should attend? This course is intended for new users of LedaFlow® or professionals interested in exploring the capabilities and benefits of LedaFlow®. A general knowledge and experience of multiphase flow simulations is […]
23 - 25 Jun
Online
A link will be sent prior to the event

LedaFlow Online Training Course (CST)

Falkor is organizing LedaFlow Training Courses several times a year. Practical information Duration: 3 days Schedule: 09:00 to 17:00 CST Who should attend? This course is intended for new users of LedaFlow® or professionals interested in exploring the capabilities and benefits of LedaFlow®. A general knowledge and experience of multiphase flow simulations is an advantage. […]
23 - 25 Jun
Online
A link will be sent prior to the event
24 - 27 Aug
All Day
Stavanger Forum
Gunnar Warnebergsgate 13, 4021 Stavanger, Norway
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News

– the same team with the same ownership structure under KONGSBERG Gruppen, serving the same industries. The new name reflects a sharper focus on industrial intelligence, so that we can expand what people do in the world’s most complex industries.

Application areas

LedaFlow can be used by multiple disciplines throughout the project lifecycle to address gas/liquid, thermal, solid and integrity management challenges.

Well Performance Studies

  • Slugging
    • Hydrodynamic
    • Terrain
  • Clean-up
  • Start-up / Restart
  • Warm-up
  • Shut-in
  • Artificial lift
  • Gas lift
  • ESP
  • Liquid loading
  • Crossflow
  • Annular pressure
  • Hydrates
  • Wax
  • Inhibitor tracking
  • Corrosion
  • Erosion

Flow Assurance Studies

  • Slugging
    • Hydrodynamic
    • Terrain
  • Turndown
  • Shutdown
  • Cooldown
  • Depressurization
  • Start-up / Ramp-up
  • Pigging
  • Dead oil displacement
  • Multiphase pumping
  • Hydrate risk estimation and transport
  • Wax risk estimation and deposition
  • Sand
  • Inhibitor tracking
  • CO2 transport and injection
  • Hydrogen transport
  • Line packing/unpacking
  • Gas lift
  • Corrosion
  • Erosion
  • Flow induced pulsation
  • Force calculations in bends

Well Kill

  • Blowout simulations
    • Establish blowout rates of oil for environmental evaluations
    • Numerous flow paths
    • Establish confidentmodels for dynamic kill simulations
  • Dynamic kill simulations
    • Document well kill requirements
      • Minimum pump rate
      • Pit volume
      • Kill fluid density
      • RW capacity
      • Horse power requirement
      • Pressure requirement