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Pressure was set up at the boundary conditions in the central process facilities and the network model was matched against production rates and pressure at source point and intermediate points along the network.
#Pipesim schlumberger azure full#
The model created had a detailed description of each well including a full wellbore diagram, inclusive of perforation intervals, deviation profiles, heat transfer coefficients, inflow performance data, detailed geometry profile and pipeline characteristics, compositional data for the fluid, and soil conductivities and temperatures.
During creation of a pipeline network, a significant amount of time was spent automatically exporting digitized topology data into the PIPESIM simulator from the UGV's GIS data. Schlumberger helped UGV identify the right dataset, perform QA and QC of the field data, build a network model using the PIPESIM simulator based on 10 wells, and then gradually scale up to 69 wells for three interconnected fields.
#Pipesim schlumberger azure manual#
Manual and analytical workflows were replaced with computer-based numerical simulation using the PIPESIM simulator to provide an effective decisions-support platform for the UGV engineering team. Use a multiphase flow simulator to improve performance fieldwide
#Pipesim schlumberger azure software#
To overcome these challenges and reach its production targets, UGV selected Schlumberger to provide a simulation software solution. The legacy analytical tools used by the UGV engineering team were not able to account for the full physics of the multiphase flow from the wells, making it challenging for them to efficiently identify wells with liquid loading problems, select the best intervention method to bring wells back online, create optimal artificial lift designs, manage hydrate formation, and identify infrastructure bottlenecks. The third challenge was the design of a new booster compressor and rerouting of the production.The production network is composed of six main trunklines of more than 10 km each. Second, hydrates were forming in the main trunklines.First, there was a need to eliminate unstable production from most of UGV’s producing wells due to liquid loading.As part of the company’s strategic initiative to increase its natural gas production to 700 Bcf, it had to overcome three major challenges. UkrGasVydobuvannya (UGV) is the largest natural gas production company in Central and Eastern Europe. Better manage production and infrastructure challenges in mature fields
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