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• W2051200744 abstract "Abstract The Perdido development is one of the most complex deepwater projects in the world. It is operated by Shell in partnership with Chevron and BP. It currently produces hydrocarbons from twelve subsea wells penetrating four separate reservoirs. The properties of produced fluid vary per reservoir as well as spatially. The producing wells display a relatively wide range of fluid gravities, between 17 and 41 °API, and producing Gas Oil Ratios (GOR), between 480 and 3000 scf/bbl. The fluids produced from the subsea wells are blended in the subsea system and lifted to the topsides facilities via five seabed Caisson Electrical Submersible Pumps (ESPs). In the topsides facility, gas and oil are separated, treated and exported via dedicated subsea pipelines. The fluid compositions and properties across the various elements of the production system are used as input to the respective simulation models, and the corresponding outcomes (i.e. fluid properties, compositions, etc.) vary upon the well/caisson lineup and daily operating conditions. Given the wide spectrum of fluids produced through the Perdido spar, a special Equation of State (EOS) characterization of the fluids had to be developed. As a common EOS model was utilized to characterize the fluids, we will call this the Unified Fluid Model (UFM) throughout this manusctript. This approach enables accurate and efficient prediction of the properties of blended fluids and is suitable for use in an Integrated Production System Model (IPSM) that connects reservoirs, wells, subsea flowlines network and topside facilities models. Such modeling scheme enables effective integration among relevant engineering disciplines and can represent production and fluid data from field history with high confidence. The IPSM uses a black oil fluid description for the well and subsea flowlines network models. Based on the initial composition and producing GOR of each well, the fluid composition is estimated via a simple delumping scheme. The resulting compositon is tracked through the subsea network to the topsides facilities model, where compositional flash calculations are performed. The IPSM model can forecast production rates together with fluid properties and actual oil and gas volumetric rates across the whole production system. The model can be used to optimize production under constrained conditions, such as limited gas compression capacity or plateau oil production." @default.
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• W2051200744 date "2014-10-27" @default.
• W2051200744 modified "2023-10-16" @default.
• W2051200744 title "Perdido Development: Unified Fluid Model (UFM) for Integrated Production System Modeling (IPSM)" @default.
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• W2051200744 doi "https://doi.org/10.2118/170871-ms" @default.
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