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Selection of Subsea High Boosting Multiphase Pumps for Incremental Oil Recovery of Aging Deep Offshore Fields

机译:海底高增压多相泵的选择,以用于老龄化深海油田的增量采油

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The Rosa oil field was discovered in 1998 and brought on stream in 2007 via 20 km subsea productionrnflow lines routed to Girassol Floating Production, Storage and Offloading unit (FPSO) in block 17,rnAngola. The production of the field has been decreasing mostly due to subsea network pressure drop amidrnwater-cut increase and limited gas compressor capacity.rnAs result of conceptual studies and Research and Development (R&D) efforts, the installation of highrnboosting subsea Multi-Phase Pumps (MPP) and related subsea and topside integration modules wasrnretained as the best economical and technical solution to increase production and maximize reservesrnrecovery of Rosa field.rnThis paper describes the development process leading to the selection of the high boosting MPPrnconcept and how the development of a new technology is managed by TOTAL in parallel to therndevelopment studies.
机译:罗莎油田于1998年被发现,并于2007年通过一条20公里的海底生产流送入了安哥拉17区的Girassol浮选生产,存储和卸载装置(FPSO)。该油田的产量一直在下降,这主要是由于在含水率增加的情况下海底网络压力下降以及气体压缩机的能力有限。 )和相关的海底和顶部整合模块被保留为增加产量和最大程度地开采Rosa油田的最佳经济和技术解决方案。本文介绍了导致选择高增压MPP概念的开发过程以及如何开发新技术。由TOTAL负责与发展研究同时进行。

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