LedaFlow Point Model is the steady-state plug-in in the LedaFlow suite of products.
The LedaFlow Point Model provides estimates of liquid volume fractions, pressure gradient and flow regimes at a single point in a pipeline or a well based on a description of the local geometry, local fluid properties and superficial velocities.
The LedaFlow Point Model is delivered as a stand-alone dynamically linked library (DLL) that has a well-documented interface (API). Third-party applications use this API to:
The LedaFlow point model API is 100% thread-safe and can be used in a multithreaded environment. The API supports C++, C, and Fortran. It can also be accessed from Microsoft Office Excel macros via VBA. Both 32- and 64-bit libraries are available.
The LedaFlow Point Model is delivered as a stand-alone dynamically linked library (DLL) that has a well-documented interface (API).
The LedaFlow Point Model is available as a plug-in to third party steady-state software such as:
“Tight Coupling of a Reservoir Simulator with a Transient Flow Well Model: A Field Case Application to Optimise Cyclic Production in Liquid Loading Regime for a Tight Gas Field”
O. Rasoanaivo and J. Danquigny (Total), P. Henry and D. Hopkinson (Petroleum Experts), A. Liu, J. Marty and R. Marmier (Total)
“Integrated Asset Modelling – Coupling to a Dynamic Well and Network Flow Simulator for Improved Flow Assurance in Field Development Planning and Production Forecasting”
R. Marmier and H. Foucault (Total E&P), M. Banchflower (Kongsberg)