Technology Solutions

From Shallow to Deep

2Technology Solutions for Shallow Water

Platforms designed for subsea tiebacks

Mariscal Sucre (2010)

4 Pile Platform Skirt Piles Gas Production Seismic Subsea Tie-Backs

Platforms designed for remote regions

Turkmenistan Project

First offshore development Limited installation equipment Offshore complex with onshore

gas plant

Float-over topsides installation

Brownfield platform upgrades

EGP-3B

Flare gas removal Upgrade to 9 platforms New central processing

platform

3Technology Solutions for Deep Water

Towards 3,000 m and beyond

Perdido (2008)

Spar operating with the deepest water depth:

2,350 m

Subsea pipelines (depth: 2,950 m)

Cascade & Chinook (2009) A new application of FSHR further

to the PDET project with Petrobras

5 Free Standing Hybrid Risers Water depth: 2,500 - 2,640 m

Pazflor IPB (2010)

Following first supply and installation of 8 IPB risers

on the Dalia field, new

contract for 2 IPB risers

on the Pazflor project,

offshore Angola

Water depth: 800 m

4Subsea Capabilities

5Subsea Activities

Products

Flexible Pipes

(in house manufacturing)

Umbilicals

(in house manufacturing)

Rigid Pipelines

Services

Inspection,

Repair & Maintenance

Pipelaying

Deep Water Installation

& Construction

Architecture

Vertical integration

In-house technologies

Worldwide leadership

First class assets

63 new vesselsCurrent fleet: 16 vessels

Technip: a Fleet of 19 Vessels by 2010

Deep Blue Deep Pioneer Sunrise 2000 Venturer

Constructor Seamec Princess Apache Orelia

Wellservicer Skandi Achiever Normand Pioneer Seamec 2

Seamec 3 Geoholm Alliance Seamec 1

New build Diving Support Vessel Class III

Largest & most sophisticated in its

category

Statoil frame agreement - delivery 1Q

2009

New deepwater rigid pipelay vessel

High transit speed (20 knots)

Worldwide operations

Delivery 4Q 2010

New Brazilian deepwater pipelay vessel

Delivery planned for 4Q 2009

Skandi Arctic

Skandi Vitria

7Subsea - Manufacturing Plants

Workforce: 120

Capacity: 100 km (steel)

Angoflex - Angola Duco Ltd - UK Duco Inc - USA

Asiaflex -Tanjung Langsat, MalaysiaFlexiFrance - Le Trait, France Flexibras - Vitoria, Brazil

Workforce: 350

Capacity: 300 km (steel/ plastic)

Workforce: 90

Capacity: 300 km (steel)

Yearly capacity of production

Workforce: 1,000

Capacity: 480 km

Workforce: 1,200

Capacity: 380 km

Plant start up: end 2010

Capacity: 150 km

Umbilicals

Flexibles

Flexible Pipe and Umbilcals

8

9Pipeline Engineering

Flowlines, Export and Onshore

Pipelines

Single wall & pipe-in-pipe design

Route Definition

Wall thickness optimization

Stability and span analysis

Thermo-mechanical expansion assessment

Thermal insulation design

Lateral and upheaval buckling

Installation analysis

S-Lay

J-Lay

Reel lay

Towed

Seismic analysis

Tie-in design

Arctic / cold region design

Cryogenic design

10

Facilities Capabilities

Topsides & Fixed Structures

Fixed Platforms

Topsides

Process/Mechanical

Electrical/Instruments

12Title of presentation in Header and Footer

Offshore Structural Engineering

Load-Out & Transportation

Marine - Lift / Launch / Upending

In-Place - Wind / Wave / Current

Fatigue

Seismic - SLE and DLE

Response Spectrum Non-Linear Time History

Ultimate Capacity / Push-over

Floatover Strength & Fatigue

Weight Control

Horizontal SLE Response Spectrum

0.000

0.100

0.200

0.300

0.400

0.500

0.600

0.700

0.800

0.900

1.000

1.100

1.200

1.300

0.000 1.000 2.000 3.000 4.000 5.000 6.000

Period (s)

Accele

rati

on

(G

)

SLE (Site Specif ic Original)

DLE (Site Specif ic Original)

(Site Spec. Original DLE) / 2

Recommended SLE

API Region 4 SLE

13

Floatover

14

Installation

Tender Assisted Drilling

Tender Assisted Drilling & Completion program

Drilling Equipment Set on Platform Mud systems, Power, LQ etc on TADU

Future work over and well intervention

Stand alone work over rig on Spar

Payloads of DES & Work over unit comparable

No penalty on spar design

15

Floaters - Dry or Wet Trees? Hull Selection Impact

Deepwater Production Riser System

18

FPSO Fabrication/Transport/Installation

Girassol (Total)

19

TPG 500: Self Installing Platform

Block

Assembly

Final

Assembly in

UK

20

Floating LNG Solutions

FPSO GNL (FLNG)

LNG carrier

Cryogenic flexible pipeProcessing system FPSOSubsea products & services

A unique combination of technologies and know-how

21

Major Projects

22

Pazflor Subsea Project, Angola

Client: Total

Water depth: 1,200 m

EPC Project: risers, flowlines and umbilicals

Value > $1.7 billion

Installation will commence in 2010

The Pazflor field in Angola

PazflorAngola

23

Perdido Spar, Gulf of Mexico

Deepwater

Client: Shell Offshore Inc

Water depth: 2,385 m

Hull: 170 m x 36 m

Production capacity: up to 130,000 barrels/day

Delivered: 2008

Perdido Spar being installed

This record breaking Spar, the 14th

ever installed by Technip, is the

deepest Spar production facility in

the world and the first with Direct

Vertical Access.

Perdido

USA

24March, 2009

Petrobras Roncador

P 52 Platform: With Kepel FELS

Export System: PDET

Subsea: with Subsea 7

25March, 2009

Main Characteristics of P52 FPU

Oil production capacity: 180,000 bpd

Gas treatment capacity: 7.5 million m3/d

Water injection capacity: 300,000 bpd

Length: 125 m

Width: 110 m

Height: 150 m (including the flare)

Brazilian content: 75% for the topside, 85% for the generation modules, 89% for the compression modules

Displacement: 80,000 t

Topsides Weight : 31,000 t

Lower Hull, 17,000 t

Power Generation: 92 MW

Mooring Lines : 16

Living quarters : 200

26

Total Elgin TPG 500 Self Installing Platform

Block assembly Final assembly

Elgin installed

Transportation to site July 2000

Petronas Turkmenistan Gas Field

27Nov. 2008

28

BHPB Angostura

Conceptual Screening through

Execution

Development evolved from gas to

oil development

Scope changed from two production

platforms into a Central platform at

end of FEED

Jackets design for seismic region

On time Delivery

HUC Support and Operator Training

BHPB feedback best-in-class

operability uptime

Fabricator feedback easy

constructability

PDVSA Dragn Field Layout

29

Water Depth ~130M

19.6 km

By Others 115km

17.9 km

Jacket 7,300 Te

Deck 6,300 Te

1 N 7 N

PEMEX Lakach Gas Field Development Project

Client:

PEMEX Exploracin y Produccin

Location:

GOM, Mexico, 50 Km from shore in water depths ranging from 2850 fsw to 4300 fsw

Project Type:

Subsea Development with Tie-back to Onshore Gas Processing Plant.

Project Phases:

Pre-FEED (Appraise/Select)

Scope of Work:

Concept Selection: Screened previously defined options and identified improvement opportunities, assessed options in terms of cost, schedule,

operability, constructability, reliability, expandability and risks, and assisted

concept selection;

Flow assurance: Reviewed flow assurance analysis performed by others, assessed options in terms of liquid management, hydrate management,

corrosion, and recommended export system configuration;

Risk Analysis: Performed risk analysis of short listed options to assist concept selection, evaluated project execution schedule, identified project

execution risks and mitigation actions for the selected option, initiated project

risk register;

Knowledge Transfer: carried out on the job training of client personnel in selected deepwater engineering topics;

Commenced: October, 2008

Completion: November, 2008

Customer Satisfaction: 100%

30

020406080

100120140160180200

0 5 10 15 20 25 30

Co

st S

av

ing

s (M

M$

)

Risk Increment ( points above less risky option)

Cost savings vs. Risk Increment

Option 3Option 8

Option 5

Option 6Option 4

Option 1Option 2

Option 7

31

Technip

Your Technology Partner