Petronas Deepwater Seminar Introduction to Deepwater Engineering
Day 4 – Morning
Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 1)
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
© ABB FPS - Houston (Slide 2)
Agenda: •
ABB’s Deepwater History
•
Platform Delivery and Options
•
Kizomba “A”
•
Magnolia
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 3)
ABB’s Deepwater History
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
© ABB FPS - Houston (Slide 4)
FPS Deepwater Project History Operator
Project, Year
System
Location
Scope
Shell Amoco Shell Texaco Shell Amerada Hess Shell Norsk Hydro Statoil Amoco Norsk Hydro Shell Reading & Bates Shell ExxonMobil Conoco ExxonMobil
Auger, 1994 Luihua, 1996 Mars, 1996 Captain, 1996 Ram/Powell, ‘97 Glas Dowr, 1997 Ursa, 1998 Visund, 1998 Asgard A, 1998 Marlin, 1999 Troll C, 1999 Brutus, 2001 Nautilus, 2001 NaKika, 2003 Kizomba “A”, ‘03 Magnolia, 2004 Kizomba “B”, ‘05
TLP
GoM S China Sea GoM UK, N Sea GoM UK, N Sea GoM N Sea Norwegian, N Sea GoM N Sea GoM GoM GoM Angola GoM Angola
E,FS EP E,AFC,FS EPCI E,AFCs,FSD,FS EPC Topsides E,AFCs,FSD,FS EPC EPCI EPC EPC E,AFC,FS E,AFC,FS E,AFC,FS EPCI EP,CM EP,FS
Legend :
FPSO TLP FPSO TLP FPSO TLP Semi FPSO TLP Semi TLP Semi Semi ETLP ETLP ETLP
E = Engineering
I = Installation
AFCs = App. For Constr. Dwg (Summary)
P = Procurement
FS = Fabrication Support
FSD = Fabrication Shop Drawings
C = Construction
AFC = Approved for Constr. Dwgs
CM = Construction Management
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
© ABB FPS - Houston (Slide 5)
ABB’s Portfolio of Deepwater Hull Forms: •
FPSO
•
Spar *
•
SCF *
•
Semi *
Glas Dowr
Visund SCF
•
TLP
*
Kizomba “A”
Truss Spar * More detail provided
Final Wrap-Up
© ABB FPS - Houston (Slide 6)
Spar •
Gap/Step
•
Min DVA
•
Albacora Leste
•
Genesis
•
Kizomba
•
Holstein
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
© ABB FPS - Houston (Slide 7)
Single Column Floater •
Diana
•
Conoco
•
Chevron
•
Deep Star
•
Red Hawk
•
Merganser
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
© ABB FPS - Houston (Slide 8)
Semis by ABB: •
Visund
•
Troll C
•
Nautilus
•
NaKika
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
© ABB FPS - Houston (Slide 9)
TLPs by ABB: • Jolliet •
Auger
•
Mars
•
Ram/Powell
•
Ursa
•
Marlin
•
Brutus
•
Kizomba “A”
•
Magnolia
•
Kizomba “B”
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
Demonstration of ABB’s Technology TLPs by Water Depth
8,000
FPS Houston 7,000
ABB’s New ETLP Designs
Others
© ABB FPS - Houston (Slide 10)
Water Depth (ft)
6,000 5,000
Magnolia Ursa
4,000
Kizomba “A”
Ram/Powell Kizomba “B”
Mars
3,000
Brutus MarlinAllegheny Matterhorn
Auger
2,000
Jolliet
Typhoon Morpeth Prince
1,000
Heidrun Snorre
Hutton
1980
1984
1988
1992
Year Installed
1996
2000
2004
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
Platform Delivery and Options: • Home Office • Hull Fabrication • Hull Transportation • Deck Fabrication • Tendon Pile Installation
© ABB FPS - Houston (Slide 11)
• Deck-Hull Integration and Commissioning • Platform Dry Transport • Wet Tow to Site • Operating
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 12)
Home Office
© ABB FPS - Houston (Slide 13)
Petronas Deepwater HomeSeminar Office Introduction to Deepwater Engineering (Kizomba “A” ETLP)
Engineering
Drafting
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 14)
Hull Fabrication
© ABB FPS - Houston (Slide 15)
Subassembly Fabrication
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 16)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Riser Basket (SCR) Fabrication
© ABB FPS - Houston (Slide 17)
PetronasHull Deepwater Seminar Fabrication Introduction to Deepwater (Auger TLPEngineering - Land Based)
© ABB FPS - Houston (Slide 18)
PetronasHull Deepwater Seminar Fabrication Introduction(Kizomba to Deepwater Engineering “A” ETLP - Dry Dock)
© ABB FPS - Houston (Slide 19)
PetronasHull Deepwater Seminar Fabrication Introduction(Kizomba to Deepwater Engineering “A” ETLP - Dry Dock)
© ABB FPS - Houston (Slide 20)
PetronasHull Deepwater Seminar Fabrication Introduction(Kizomba to Deepwater Engineering “A” ETLP - Dry Dock)
© ABB FPS - Houston (Slide 21)
PetronasHull Deepwater Seminar Fabrication Introduction(Kizomba to Deepwater Engineering “A” ETLP - Dry Dock)
© ABB FPS - Houston (Slide 22)
PetronasHull Deepwater Seminar Fabrication Introduction(Kizomba to Deepwater Engineering “A” ETLP - Dry Dock)
© ABB FPS - Houston (Slide 23)
PetronasHull Deepwater Seminar Fabrication Introduction(Kizomba to Deepwater Engineering “A” ETLP - Dry Dock)
© ABB FPS - Houston (Slide 24)
Petronas Deepwater Seminar Hull Fabrication Introduction to Deepwater Engineering (Brutus TLP - Dry Dock)
© ABB FPS - Houston (Slide 25)
PetronasHull Deepwater Seminar Fabrication Introduction to (Nautilus Deepwater Engineering Semi – Super Lift)
© ABB FPS - Houston (Slide 26)
Final Wrap-Up
PetronasHull Deepwater Seminar Fabrication Introduction to Deepwater Engineering (NaKika Semisubmersible)
© ABB FPS - Houston (Slide 27)
Final Wrap-Up
PetronasHull Deepwater Seminar Fabrication Introduction to Deepwater Engineering (NaKika Semisubmersible)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 28)
Hull Transportation
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
Dry Transport Details / History Project Details
Wt & Dimensions
From/To/Duration
Jolliet TLWP
10,000 st 180 x 180 x 200 ft
Singapore to GoM
16,000 st 266 x 266 x 162 ft
Italy to GoM 28 days
16,000 st 266 x 266 x 165 ft
Italy to GoM 28 days
25,000 st 325 x 325 x 177 ft
Italy to Curacao 38 days
9,000 st 210 x 210 x 146 ft
Italy to GoM 28 days
32,000 st 374 x 256 x 348 ft
Korea to GoM 60 days
16,000 st 266 x 266 x 165 ft
Korea to GoM 60 days
38,000 st 266 x 266 x 200 ft
Korea to GoM 60 days
33,670 st 270 x 270 x 370 ft
Netherlands to Angola 15 days
22,600 st 230 x 230 x 400 ft
Korea to GoM 60 days
(Complete platform transport)
Mars TLP (Hull only transport)
Installed
Ram/Powell TLP (Hull only transport)
Ursa TLP (Hull only transport)
Marlin TLP (Hull only transport)
Nautilus Drilling Semi (Complete platform transport)
Brutus TLP
Fab
NaKika Production Semi (Complete platform transport)
Kizomba “A” ETLP (Complete platform transport)
Dsg
© ABB FPS - Houston (Slide 29)
(Hull only transport)
Magnolia ETLP (Complete platform transport) Notes :
• Plan and elevation dimensions are out-to-out • “Fab” indicates currently in fabrication, and “Dsg” indicates currently in design • Transport weights are approximate
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 30)
Introduction to Deepwater Engineering (Jolliet TLWP)
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 31)
Introduction to Deepwater Engineering (Mars TLP)
© ABB FPS - Houston (Slide 32)
Petronas Deepwater Seminar Dry Transport of Hull Introduction to Deepwater Engineering (Ram/Powell TLP)
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 33)
Introduction to Deepwater Engineering (Ursa TLP)
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 34)
Introduction to Deepwater Engineering (Marlin TLP)
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 35)
Introduction to Deepwater Engineering (Brutus TLP)
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Integrated Dry Transport Design and Analysis Designing for Dry Transport: • Utilized for integrated hydrodynamic and structural analysis • Structural stiffnesses of both platform and vessel are explicitly included • Verified several times by model tests
© ABB FPS - Houston (Slide 36)
• Global and local structural strength, buckling resistance and fatigue life (deterministic and spectral) is computed • Deck timber cribbing design and layout is determined by nonlinear analysis • Seafastening is designed • Technical support provided to transport company
© ABB FPS - Houston (Slide 37)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 38)
Introduction to Deepwater Engineering (Kizomba ETLP – Float-on)
Deepwater Seminar Dry Petronas Transportation of Hull
© ABB FPS - Houston (Slide 39)
Introduction to Deepwater(Kizomba Engineering ETLP)
© ABB FPS - Houston (Slide 40)
Final Wrap-Up
Petronas Deepwater Seminar Hull Loadout Introduction to Deepwater Engineering (NaKika Semisubmersible)
Petronas Deepwater Seminar Preparing for Transport
© ABB FPS - Houston (Slide 41)
Final Wrap-Up
Introduction to Deepwater Engineering (NaKika Semisubmersible)
Petronas Deepwater Seminar Preparing for Transport
© ABB FPS - Houston (Slide 42)
Final Wrap-Up
Introduction to Deepwater Engineering (NaKika Semisubmersible)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 43)
Deck Fabrication
Petronas Deepwater Seminar Deck Module Fabrication
© ABB FPS - Houston (Slide 44)
Introduction to Deepwater Engineering (Kizomba “A” ETLP)
Single Piece, Integrated Deck (Auger TLP)
Configurations of TLP Decks
© ABB FPS - Houston (Slide 45)
Five-Piece Modular Deck (Mars & Ram/Powell TLPs)
Modular Deck w/ Support Frame (Ursa TLP)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 46)
Pile and Tendon Installation
Petronas Pile Deepwater Seminar Tendon Installation
© ABB FPS - Houston (Slide 47)
System Delivery
Introduction to Deepwater Engineering (Kizomba)
Petronas Pile Deepwater Seminar Tendon Installation
© ABB FPS - Houston (Slide 48)
Final Wrap-Up
Introduction to Deepwater Engineering (Kizomba)
Tendon Pile Installation
© ABB FPS - Houston (Slide 49)
System Delivery (Kizomba)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
TLP Tendons have been Installed using Three Methods: • Co-Installation, • Pre-Installation, and
© ABB FPS - Houston (Slide 50)
• Single Piece Tow Out.
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 51)
Deck-Hull Integration and Commissioning
© ABB FPS - Houston (Slide 52)
Petronas Deepwater Seminar Hull Float-Off Introduction to Deepwater Engineering (Ram/Powell TLP)
Petronas Deepwater Seminar Deck Lift & Integration
© ABB FPS - Houston (Slide 53)
System Delivery
Lifting Deck Modules
Introduction to Deepwater Engineering (Ram/Powell TLP)
Petronas Deepwater Seminar Deck Lift & Integration
© ABB FPS - Houston (Slide 54)
System Delivery
Introduction to Deepwater Engineering (Ram/Powell TLP)
Petronas Deepwater Seminar Deck Lift & Integration
© ABB FPS - Houston (Slide 55)
System Delivery
Introduction to Deepwater Engineering (Ram/Powell TLP)
Petronas Deepwater Seminar Deck Lift & Integration
© ABB FPS - Houston (Slide 56)
Introduction to Deepwater Engineering (Kizomba “A” ETLP)
PetronasCommissioning Deepwater Seminar Platform
© ABB FPS - Houston (Slide 57)
Introduction to Deepwater Engineering (Kizomba “A” ETLP)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 58)
Platform Dry Transport
Petronas Deepwater Seminar Platform Dry Transport
© ABB FPS - Houston (Slide 59)
Introduction to Deepwater Engineering (Kizomba “A” ETLP)
Petronas Deepwater Seminar Platform Dry Transport
© ABB FPS - Houston (Slide 60)
Introduction to Deepwater Engineering (Kizomba “A” ETLP)
© ABB FPS - Houston (Slide 61)
Petronas Deepwater Seminar Platform Loadout Introduction to (Nautilus Deepwater Engineering Semisubmersible)
Petronas Deepwater Seminar Platform Dry Transport
© ABB FPS - Houston (Slide 62)
Introduction to (Nautilus Deepwater Engineering Semisubmersible)
Petronas Deepwater Seminar Platform Dry Transport
© ABB FPS - Houston (Slide 63)
Introduction to (Nautilus Deepwater Engineering Semisubmersible)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 64)
Wet Tow to Site
© ABB FPS - Houston (Slide 65)
Petronas Wet Deepwater Tow Seminar to Site Introduction to Deepwater Engineering (Auger TLP)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 66)
Operating
© ABB FPS - Houston (Slide 67)
Petronas Deepwater Seminar Operating Introduction to Deepwater Engineering (Ram/Powell TLP)
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 68)
Kizomba “A” ETLP
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Kizomba “A” Project Overview: • Block 15 Offshore Angola • Water Depth Range 3,300 ft - 4,200 ft
© ABB FPS - Houston (Slide 69)
• Kizomba “A” and “B” - Estimated 1 Billion Barrels Recoverable Each
Petronas Deepwater Kizomba “A” Seminar
Introduction to Deepwater Engineering Full Drilling DTU with FPSO FPSO Functions : • Processing • Utilities • Storage • Offloading
Wellhead DTU Functions : • Drilling • Well Intervention
© ABB FPS - Houston (Slide 70)
• Dry Tree Manifold
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Kizomba “A” Details
FPSO: • Capacity - 250,000 BPD • Storage - 2.2 MMB • LxBxH - 285m x 63m x 32m
SWHP: • Displ - 53,033 mt
© ABB FPS - Houston (Slide 71)
• Draft - 34 m
Water Depth - 1,178 m (3,865 ft)
• 36 TTRs • Tendons - 4 x 2
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Kizomba “A” Project has Demonstrated: • Benign W Africa conditions allow TLPs to carry larger payloads in deeper water • TLP can be 100% operational • ETLP can be installed fully integrated and commissioned
© ABB FPS - Houston (Slide 72)
• TSMs are a safe and low risk installation aid • Using a TLP, separation distance between SWHP and FPSO is greatly reduced compared to other floating hull-forms
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
© ABB FPS - Houston (Slide 73)
Magnolia ETLP
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
Magnolia Project Overview: • Gulf of Mexico • 4,700 ft Water Depth • 8 Top Tensioned Risers
© ABB FPS - Houston (Slide 74)
• Workover Rig
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Magnolia ETLP
© ABB FPS - Houston (Slide 75)
Gulf of Mexico
Key Data : • 4,674 ft water depth • 15,230 st total topsides payload
© ABB FPS - Houston (Slide 76)
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Key Data : • Full production • Workover rig
Key Data : • 8 Top Tensioned Risers • Import / Export Risers
© ABB FPS - Houston (Slide 77)
• 8 Stepped Tendons
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Final Wrap-Up
Petronas Deepwater Seminar Introduction to Deepwater Engineering
Magnolia Project has Demonstrated : • Full TLP is viable in 4,700 ft GoM • ETLP is installed fully integrated and commissioned
© ABB FPS - Houston (Slide 78)
• Stepped tendon design reduces wet weight
© ABB FPS - Houston (Slide 79)
PetronasHull Deepwater Seminar Fabrication Introduction to Deepwater Engineering (Magnolia ETLP)
© ABB FPS - Houston (Slide 80)
Petronas Deepwater Seminar Introduction to Deepwater Engineering