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- W1984659355 abstract "Abstract This paper describes the flowlines and hybrid risers' material selection and production for the Cascade and Chinook Development, a ground breaking ultra deep water project that will see the first production of the new Lower Tertiary in the Gulf of México. The subsea development is very significant, given the number of records and firsts, resulting from the deepest production facility in the world, at the time, of 8,250 ft (2,520 m) and the deepest drill center at 8,857 ft (2,700 m) water depth. Production from the wells in Cascade East, Cascade West and Chinook will be gathered and transported to the FPSO (Floating Production, Storage and Offloading) via four 9 5/8?? flowlines and four FSHRs (Free Standing Hybrid Risers). A fifth FSHR connected to a 6?? gas export pipeline will take unused associated gas (gas that is not consumed on the FPSO) to existing pipeline infrastructure in Green Canyon. The flowlines and riser systems included highly critical tubular components such as HW (Heavy Wall) pipes and bends, up to 1.63?? (41.4 mm), setting up a record in terms of metallurgical, production and dimensional requirements. This paper will provide details on pipe and bend selection and production, providing laboratory and manufacturing data, setting a reference point for future HPHT (High Pressure High Temperature) flowlines and risers' system development in the Lower Tertiary and in other critical deepwater developments worldwide. Introduction Cascade and Chinook fields are located in the Walker Ridge block, around 250 miles south of the Louisiana coastline in ultra deepwater, at around 8,500 ft (2,590 m) of water depth. Petrobras is the operator of both fields, with Total acting as a partner in Chinook field. The Cascade and Chinook prospect belongs to what is defined as the Lower Tertiary Wilcox trend, a series of deep reservoirs discovered starting from 2001 in turbitide deposits ([1] Meyer et al., 2005). Besides the Cascade and Chinook fields, Lower Tertiary discoveries include Perdido folt belt, Great White, Jack and St. Malo prospect and the recent ultra deep discovery, Tiber." @default.
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- W1984659355 date "2011-05-02" @default.
- W1984659355 modified "2023-09-27" @default.
- W1984659355 title "Cascade and Chinook Project: Pipes and Bends: Material Design and Production" @default.
- W1984659355 doi "https://doi.org/10.4043/21832-ms" @default.
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