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Flowlines can be easily split to create junctions for tie-ins of new flowlines and wells. You can now extend existing networks by incrementally importing Shapefiles to create new wells and pipelines.
#Schlumberger pipesim 2017 manual update
Other improvements help you build and update models even faster. The new ESRI data source has global coverage, is more accurate than previously available services, and enables you to capture bathymetry data for subsea flowlines. The ability to quickly capture elevation data makes building models fast and easy. One of the most useful new features is the ability to display results directly on the GIS model diagram using color gradients for rapidly analyzing results to identify flow assurance risks as well as find opportunities to improve production. The result is a significant improvement in performance, up to 5 to 10 times better for interacting with large networks, which can now include several thousand wells.
#Schlumberger pipesim 2017 manual software
The GIS component has been significantly updated with PIPESIM 2017 to share the same visualization technology as the Petrel E&P software platform. The power and flexibility the Python ecosystem enables you to develop complex multistep workflows that can be shared.
Additionally, the wide variety of freely available Python packages makes it easy for you to leverage the latest advancements in data science, machine learning, and other fields by integrating these tools with the PIPESIM simulator.
This is particularly useful for performing repeated actions such as bulk model updating and running batches of simulations.
#Schlumberger pipesim 2017 manual manual
Results are continuously implemented in the OLGA simulator, improving the core technology to better match the realities of operations.Īdditionally, the Horizon project is cosponsored by seven major oil companies, which addresses problems related to the cost-effective development and safe operation of long-distance gas-condensate transport and long-distance transport of oil well streams.Tired of repetitive manual tasks? The Python toolkit empowers you to quickly perform many functions, ranging from model building and calibration to running simulations, without opening the PIPESIM UI. This data has been used to validate and adapt the multiphase flow models.
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Major oil and engineering companies participate in the OLGA Verification and Improvement Project (OVIP), which has collected the world’s largest database of lab and field data.
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Validation of the OLGA code with large-scale lab research and the largest database of actual production data from leading E&P companies are key factors in its ongoing development.
Over 30 years of research and developmentĬustomer-supported innovation and research has been at the core of the OLGA simulator’s development for more than 30 years.