OLGA* and FieldTwin available as a fully integrated solution

The OLGA* Dynamic Multiphase Flow Simulator is considered the Industry-standard tool for transient multiphase flow analysis.

Successful production system design and operations requires a detailed understanding of multiphase flow behavior. Flow modeling and simulation provides invaluable insights into expected flow behavior through both transient and steady-state scenarios, taking into account the physics of the flow throughout the production systems, from reservoir pore to process facility.

The FieldTwin Design to OLGA* integration is a powerful new way to quickly read concept production “flowpaths” out of FieldTwin and load them directly into the powerful OLGA* simulation engine for comprehensive simulations and analysis.

A flowpath is the connection between two or more field objects (staged assets or wells). A typical flowpath might consist of all the oil production lines between a well and a topside vessel.

The analysis in OLGA* is specifically focused on the well bores and the connections in the flowpath that consist of flow lines and pipelines. Your version of OLGA* must support the Import from Cloud function. Сontact your Schlumberger representative or visit www.software.slb.com/products/olga to learn more.

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The OLGA* to FieldTwin integration can be setup in three easy steps:

Step 1 – Metadata Definitions – OLGA* requires values for pipe roughness and internal diameter. These should be set up as metadata fields by an administrator in FieldTwin (a one-off procedure) and the values need to be entered for each of the wells and flowlines in the FieldTwin project.

Step 2 – Link Assets to Wells – FieldTwin allows connections to be linked to a well indirectly via an interfacing asset such as a template or a Christmas tree. For a well to appear in a flowpath, it must be linked with its corresponding asset.

Step 3 – Define routes through asset – The final step requires the modeling of the internal routing in FieldTwin so that the flowpath can follow it correctly. Each asset can have multiple entry and exit points so once the specific asset is identified all the exit and entry points are labeled.

FieldTwin allows users the ability to build a digital twin of their subsea operation. This powerful platform digitizes data empowering engineers to make better decisions in real time. FieldTwin also increases collaboration between teams and subcontractors, dramatically improving deliverables and lowering costs. The enhanced collaboration of the OLGA* integration takes subsea flowpath analysis to a new level of user interoperability and is a must for all serious subsea field developers.

Reduces the burden of having to switch between multiple applications

Creates more efficient flowpath
workflows, accelerating development
time.

Helps flow engineering teams more easily
simulate multiple scenarios in a digital
environment to ensure design validity.

Enables all stakeholders to collaborate and
fully explore multiple iterations increasing project efficiency.

Ensures the designs meet all safety and
environmental requirements reducing project risk.

Store all required flow assurance calculations in
one cloud-based application, creating a
single source of the truth.

Increased efficiencies with a clean,
easy-to-use, customizable user interface
allows FieldTwin users to work the way they want.

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Because of the openly collaborative mindset of both Schlumberger and FutureOn, the OLGA* Integration works seamlessly with FieldTwin, offering an entirely new dimension of visualizing offshore pipeline engineering and flow assurance analysis.

* Mark of Schlumberger

Interested in the OLGA* Integration?

Please complete this brief inquiry request and we will be happy to show you how FieldTwin and OLGA* will streamline your flow assurance workflows.