... and a benchmark for the industry in this harsh and adverse environment. drillstem testing atlanta field in-well esp esp reservoir simulation marsili permeability viscosity pressure drop production data production system upstream oil & gas seabed esp processing capacity well atl-2 viscous...

... Technology Conference , May/2015 , Houston, Texas Monteiro , G. , Neto , F. L. , Pessoa , R. , Martinez , I. , Lima , A. , & Pinto , M. F. ( 2015 , May 27 ). Successful In-Well Deepwater Installation of Largest ESP Capsules With Crossing Lines Protected Inside...

... Abstract A new technology, Magnetic Drive System (MDS), to increase reliability and retrievability of electrical submersible pumps (ESPs) is described. With the improved reliability and retrievability, the production uptime of oil wells with artificial lift and the total cost of ownership...

.... This is the case of Atlanta Field's artificial lift project, with electrical submersible pumps (ESP) installed at more than 1,550 m water depth, to produce heavy oil. For Atlanta Field, the ESP must handle high viscous oil and emulsions at high flow rates to be economically feasible. To achieve this goal...

... The Shell operated BC-10 field located in deepwater, 1650-1920m (5500’-6400’), offshore Brazil produces heavy oil in the range of API 16-24. Due to the low reservoir energy and deep water environment, 100% of BC-10 production has artificial lift. Mudline caisson separators with ESPs...

... Abstract The Shell operated Parque das Conchas fields of the Brazilian deepwater block BC-10 utilize ESPs as the sole artificial lift method. Unlike traditional in-well deployed ESP systems, the ten BC-10 ESPs are deployed inside relatively shallow – 100m - caissons distributed across three...

... In oilfield exploitation, pumping is one of the most productive artificial lift methods. The use of downhole pumps, where applicable, allows increasing production. However, service life of this type of systems may be short, around 2.5 years for electrical submersible pumps - ESPs, one...

... Electrical Submersible Pump (ESP) systems have been applied successfully for seabed hydrocarbon boosting for years. However, the design of ESPs for in-well applications presents several limitations for its use on the seafloor. The long slender body and limited gas handling capabilities have...

... platform application subsea processing esp otc 24498 differential pressure petrobras separator separation system upstream oil & gas reservoir compression system requirement offshore technology conference multiphase pump flowrate subsea system operation subsea separation...

... well and the limited data available regarding its uncertainty with viscous oil. The changing oil/water conditions in Peregrino can be a challenge from a viscosity modeling point of view. Therefore a decision was made in favor of the flow allocation based in Electric Submersible Pumps (ESPs) performance...