Journal of Energy Resources Technology · 2013 · 46 citations · 11 references
EngineeringMarine EngineeringPetroleum EngineeringOffshore EngineeringOffshore Petroleum EngineeringSubsea EngineeringElectric Submersible PumpsOffshore Oil And Gas FacilitiesOffshore Production OperationsSubsea HydrodynamicsSubsea InstallationSubsea StructuresEfficiencyElectric Submersible Pump InstallationElectrical Submersible Pump ModelingGas Lift FlowProduction Rate ModelingPump Performance ModelingSubmersible Pump InstallationSubmersible Pumps
Offshore viscous oil production increasingly relies on pumping methods such as subsea electrical submersible pumps, which offer higher efficiency and production rates than alternatives like gas lift. This study models and simulates petroleum production facilities equipped with subsea ESPs using Schlumberger’s Pipesim® software. The authors compare two configurations—ESP installed inside the wellbore versus on the seabed downstream of the wet X‑tree—by simulating production rates for a single vertical well in an offshore reservoir.
The use of pumping methods in offshore applications has become common especially in viscous oil production. This follow from the fact they present better efficiency and higher production rate than other lift methods when used in the same conditions, for instance gas lift. Thus, a lift method that has been often used on this scenario due to its satisfactory results is the subsea electrical submersible pump (subsea ESP). This article presents the modeling and simulations of petroleum production facilities equipped with subsea ESP using a commercial software package, the pipesim® from Schlumberger. The production facilities consist of a single vertical producing well completed through its whole thickness in an offshore reservoir. It has been proposed two configurations differing only on the location of the equipment. In the first case, the subsea ESP was installed inside the wellbore and, in the second case on the seabed downstream the wet X-tree. The production rate was simulated for both cases, allowing comparison of the results of each configuration.
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James P. Brill · Journal of Petroleum Technology · 1987 · 218 citations
Mohammad Hossein Sedaghat, Mohammad Hossein Ghazanfari, Mohammad Parvazdavani et al. · Journal of Energy Resources Technology · 2013 · 52 citations
Engineering, Chemical Engineering, Petroleum Engineering +17