New features added to the LedaFlow transient multiphase flow simulator
A number of important features have been added so users can perform a more complete analysis of the field to make better-informed decisions during design and operations. Among these is the ability for fluids to support Herschel-Bulkley rheology enabling non-Newtonian behaviour for simulations of operations such as well clean-up studies. Another functionality similar to hydrate formation margins is the wax appearance functionality allowing calculation of the temperature margin to wax formation.
Another improved feature released in LedaFlow 1.7 is 3D visualisation, which displays animated flow dynamics based on stratified/annular fluid levels in the pipe. In addition to the liquid level, output properties can also be visualised as a coloured band around the pipe. This makes analysing simulation results more intuitive.
With the release of LedaFlow 1.7, users can now create a more realistic flowline geometry profile based on pipeline indicators, which relate to typical terrain roughness in a specific region. Using this profile tool, existing profiles can be made more complex to give more realistic liquid hold-up or they can be simplified to increase computational speed while maintaining the overall liquid hold-up predictions.
“Supported with continued high level investment and fast paced development, LedaFlow 1.7 brings a large set of important features and improvements to the market. We hope that the new release helps us increase market acceptance further giving us the ability to continue focus and balance on R&D and commercialisation,” said Neeraj Zambare, Production Assurance Product Manager.