FluidModeler

FluidModeler is a fluid analysis and modeling application that makes complex PVT (pressure/volume/temperature) modeling easy

FluidModeler
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FluidModeler makes SLB’s fluid science accessible via guided workflows in a modern user-friendly interface. It is designed to model standard PVT laboratory measurements and evaluate gas miscibility with reservoir fluids. FluidModeler 2021.1, with its rigorous optimization techniques and guided workflows, ensures that the best fluid models are developed in a reproducible manner every time. In addition, the application has a fluid audit trail system that tracks the development of fluid models and enables you to easily compare the derived fluid models within the same interface.

With FluidModeler, reservoir engineers can export PVT models directly to industry standard simulators such as the Eclipse industry-reference reservoir simulator and Intersect high-resolution reservoir simulator. This allows for easy integration and interaction between fluid modeling and reservoir simulation.

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You can ensure simulation projects are always up to date by incorporating any new fluid data into FluidModeler and then run your simulation models.

FluidModeler (FLM) uses guided workflows in a modern, user-friendly interface to make SLB’s fluid science accessible. FLM is designed to model standard PVT laboratory measurements and evaluate gas miscibility with reservoir fluids. It offers rigorous model tuning capabilities for multiple fluids with rigorous optimization techniques. This ensures that the best fluid models are developed in a reproducible manner every time. In addition, FluidModeler has a fluid model audit trail system where all the development stages of the model are accessible, which enables you to easily compare various models in the same interface.

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FluidModeler is also in Petrotechnical Suite under the Reservoir Engineering Plus profile allowing that way reservoir engineers to complete end-to-end workflows around fluid characterization and its different applications in compositional reservoir simulation, production system simulation and flow assurance.

 

This software is suitable for reservoir engineers and anyone involved with hydrocarbon fluid characterization.

Modern and usable interface Isothermal compositional gradient
Modern and usable interface

Fluid creation and editing

Isothermal compositional gradient

EOR—swelling test

Modern and usable interface

Fluid recombination

Isothermal compositional gradient

EOR—minimum miscibility pressure

Modern and usable interface

Oil-based mud (OBM) decontamination

Isothermal compositional gradient

EOR—multiple contact

Modern and usable interface

Standard PVT experiments (constant composition expansion, differential liberation, separator, constant volume depletion)

Isothermal compositional gradient

EOR—ternary diagrams

Modern and usable interface

C7+ characterization

Isothermal compositional gradient

Tutorials (black oil, gas condensate, OBM, thermal export)

Modern and usable interface

Bulk tuning (molecular weight tuning of the plus fraction)

Isothermal compositional gradient

PVTi import

Modern and usable interface

Viscosity model tuning

Isothermal compositional gradient

Export to simulators—Black oil tables, equilibration tables, thermal

Modern and usable interface

Tuning—multi-fluid support

Isothermal compositional gradient

Export for Eclipse Compositional (.pvo file)

Modern and usable interface

Equation-of-state tuning

Isothermal compositional gradient

Export for Popesim steady-state multiphase flow simulator (.gfa file)

Modern and usable interface

Component lumping

Isothermal compositional gradient

Available in the Delfi digital platform and on premise (same versions)

FluidModeler - PVT calibration
Performing PVT fluid characterization is fast and easy using FluidModeler

Performing PVT fluid characterization is fast and easy using FluidModeler. This comprehensive application, available in the Delfi digital platform, covers a wide range of fluid modeling workflows to enable reservoir engineers to conduct:

  • Laboratory experiment calibration.
  • Automated and optimization-based equation of state (EOS) calibration.
  • Advanced components split and grouping.
  • Pseudo-component characterization (C7+).
  • Advanced plotting capabilities to improve quality of final fluid.
FluidModeler - Simply advanced algorithms
FluidModeler provides a simple and easy user experience while it is also combined with a series of complex PVT algorithms that allows to take fluid characterization to the next level

FluidModeler provides a simple and easy user experience while it is also combined with a series of complex PVT algorithms that allows to take fluid characterization to the next level.

FluidModeler - Range of modeling workflows
FluidModeler uses a series of optimizers that enables calibration of equation of state (EOS) and other experiments to be achieved with high level of accuracy and with the best performance

FluidModeler uses a series of optimizers that enables calibration of equation of state (EOS) and other experiments to be achieved with high level of accuracy and with the best performance.

FluidModeler uses a flexible EOS optimization process that allows users to repeat and quickly change parameters to improve the final EOS calibration.

FluidModeler training courses address the unique need of each learner, our courses, delivered by world-class experts, teach learners how to deal with real-life scenarios and solve genuine problems.