Subsea Umbilicals

T084-EN004

REVISION

05

STATUS

B

0508/02/19JSO

Approved

CGAVLEBCA-
0408/02/19CDA

Re-Issued for Approval

CGAVLEBCA-
0312/02/08GCO

Approved

LGSAALBCA-
0231/10/07GCO

Issued For Approval

LGSAALBCA-
0101/08/07LGS

Issued For Comments

GCOAALBCA-
0016/07/07LGS

Internal Check

GCOAAL--
Rev.DateIssued byRevision memoChecked byApproved by
Engineer approvalTotal approval

This document is the property of TOTAL. It must not be stored, reproduced or disclosed to others without written authorisation from the Company.


List of Figures

2.1. Pull-in winch general arrangement
2.2. Seal plug
2.3. Topside hang-off arrangement
2.4. Typical arrangement of joint box for a steel tube umbilical
2.5. ISU termination head general arrangement
2.6. Connection system using subsea termination head and clamp assembly to connect integrated service umbilical to subsea structure (Aker Solutions)
2.7. Connection system using umbilical termination unit and ROV operated junction plates
2.8. Wet mateable connection principle applied to electrical cable
2.9. Controlled Environment (CE) Connector (by courtesy of Tronic)
2.10. Umbilical laying vessel: SUNRISE 2000 (Decommissioned in 2016) (Technip)
2.11. Umbilical laying equipment for ISU
3.1. Sample of different umbilical types
3.2. Helical lay-up machine for steel tube umbilical
3.3. Extruding machine
3.4. Armouring machine
3.5. Helical lay-up machine for Integrated Service Umbilical (Aker Solutions)
3.6. Hose braiding machine
3.7. Oscillatory (SZ) Lay-up
3.8. Typical structure of electro-hydraulic umbilical
3.9. Typical power supply umbilical including fibre optic cores for control system
3.10. Dynamic power and control umbilical
3.11. TECHNIPFMC Umbilical for West Shetland project
3.12. Medium Voltage (MV) power cable copper conductor (cross section)
3.13. Typical flexible hose structure
3.14. Dynamic electro-hydraulic (left) and Static hydraulic (right) thermoplastic umbilicals
3.15. HCR Hoses and Termination Cross Section
3.16. Typical hydraulic steel tube umbilical (for both static and dynamic applications)
3.17. Dynamic electro-hydraulic steel tube umbilical
3.18. Dynamic and static electro- hydraulic steel tube umbilical
3.19. Conventional integrated service umbilical (ISU)
3.20. Aker Solutions integrated service umbilical
3.21. Electrical cables position in a thermoplastic umbilical
3.22. Electrical cables position in a typical steel tube position
3.23. Electrical cables position in a integrated service umbilical
3.24. Cross section of DALIA production umbilical (TECHNIPFMC design)
3.25. Typical IPU™ design
3.26. Extruded IPU™ during fabrication phase
3.27. Subsea termination interface arrangement
3.28. Integrated service umbilical equipped with steel bend restrictor
3.29. Bend restrictor schematic
3.30. Polyurethane bend limiter
3.31. Topside bend stiffener
3.32. Topside termination of steel tube termination
4.1. Umbilical qualification tests (TECHNIPFMC)
5.1. Different umbilical configurations in Deepwater field development
5.2. CSO Sunrise 2000m flexible & umbilical lay vessel
5.3. Umbilical laying spread general arrangement
5.4. Umbilical installation from subsea manifold to subsea tree
5.5. Umbilical installation with first end initiation at subsea structure
5.6. Umbilical installation with first end initiation at floater
8.1. Steel tubes ISU finite elements models and analysis (TECHNIPFMC)
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