Wood Group Renewables

February 2012

Introduction to the Group

38,000

employees

Operations in

50 countries$5.5bn sales

John Wood Group PLCServicing Energy Industries Worldwide

A Global Market Leader in:

• Engineering and Project Management for

Oil and Gas and Renewable Energy

Developments

• Field Operation and Maintenance

• Industrial Turbines

Wood Group Renewables

Engineering – Market Leading Positions

• 40 years of unrivalled offshore expertise

• We have worked on

– 75% of GOM deepwater facilities

– 30% of deepwater facilities worldwide

• We have engineered the WORLD’S DEEPEST

– TLP - Magnolia 4,744’

– SPAR – Perdido 7,800’

– Production platform – Independence Hub

Semi 7,920’

• LARGEST independent SUBSEA technology

group of its kind in the world

• Engineered more than 500,000km of cables &

pipelines

• Engineered, managed or appraised OVER

HALF of all subsea development worldwide

• We have DESIGNED and PROJECT MANAGED

subsea developments in water depths up to

3,000 METRES

• Experienced working in HIGH ENERGY areas –

large waves, currents, cyclones, etc

Structures & topsides Subsea solutions

• Involvement in access of 800 RENEWABLE

ENERGY projects to date

• Assessed OVER 60,000 MW of renewable

energy development internationally

Health, Safety & Environment

“Maintaining the highest standards in safety across

all of our operations worldwide at all times is of paramount importance”

As expressed in our Vision for HSE Excellence,

as an integral part of our business we will

Maintain a healthy workplace

Prevent accidents

Minimise adverse environmental impact

* Total Recordable Case Frequency per million man hours

7.15.8

4.6 4.2 3.9 3.33 3.26 2.94 2.49

2003 2004 2005 2006 2007 2008 2009 2010 2011 Oct

Safety Cases*

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Wood Group Renewables

Wood Group Renewables - Capabilities

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Wood Group Renewables

Offshore Project Development

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Feasibility FEED Detail Design

Measurement

Studies

Concept

Modelling

Layout & Optimisation

Construction Management

& Installation

Foundation & Offshore

Structural Design

Cable Routing & Landfall

Project Management

& Construction

Project Management

Wood Group Renewables

Project Lifecycle – Influence on Expenditure

& Concepts

Advisory Services

INF

LU

EN

CE

EX

PE

ND

ITU

RE

S

Major Influence Decreasing Influence

Project Management

Measurement & Analysis

Construction Management

Concept, FEED and Detailed Design

Low Influence

ENGINEER PROCURE CONSTRUCTSTART UP &

COMMISSIONINGPLAN SELECT DEFINE

Wood Group Renewables

Feasibility Studies

Feasibility & Advisory Services

Due Diligence for lenders, investors and developers

Market and strategy studies

Contract and programme review

Financial modelling and cost assessment

Technology assessments

Permit and tariff analysis

Bank-grade energy yield analysis

Met mast & Lidar specification, installation, data acquisition & management

Modelling including CFD

Wind farm layout design & optimization

Uncertainty analysis & mitigation

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Wood Group Renewables

FEED & Detail Design

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Field & device assessment

Concept, FEED & detailed engineering

Foundation and offshore substructure

design

Cable routing & landfall design

Horizontal directional drilling (HDD)

design

Materials engineering & specification

Design verification, technical advisor &

liaison

Wood Group Renewables

Project Management & Construction

Turbine and key component assessment and selection

EPCM (incl Installation Management)

Commissioning

Cost estimation & management

construction management

HSEQ

QA/QC

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Wood Group Renewables

Marine Energy

Experienced in design for high energy environments

– Landfalls

– Cyclone areas

– Straits of Gibraltar

– Wave & Tidal projects

World leading geotechnical/rock interaction FE capabilities

3D CFD seabed modelling capability to fully understand fluid flow

World leading project experience

– Wave Hub – World’s largest wave farm

– Sound Of Islay – World’s first tidal array

Able to provide rock dump sizing & assessment of cable protection methodologies

Installation & construction methodologies

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Wood Group Renewables

Reasons for Rock Dumping

Finertia

Fdrag

Flift

Wsub

Friction

Stability

wave

&

current

Vortices

Freespans

Wood Group Renewables

Cable Protection

• Rock dump may be needed for

– On-bottom stability

– Freespan correction

– Cable protection

– Scour protection

– Protection/stabilisation

of structures

• Experience with

– Mattresses

– Uraduct

– Cast Iron Pipe

– Cable trenching tools

Wood Group Renewables

Rock Dump Design Experience

• Experience in high energy environments

– Wave & tidal energy projects

– Cyclone conditions in Perth

– Straits of Gibraltar

– Landfalls throughout the world

Severe Environments

Wood Group Renewables

Offshore Logistics

40 years experience in managing and

delivering offshore maintenance

campaigns

Utilise offshore knowledge to identify

the best methods for deploying

personnel to site

Offshore Interventions are expensive

and potentially dangerous

Planning and training are essential to

the success of offshore interventions

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Wood Group Renewables

Wood Group Renewables - Key Projects

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Wood Group Renewables

Relevant ExperienceProject Description

Development of Wave Hub

Project scope

• Conceptual System Design

• Cost Estimating

• Detailed design of subsea cable,

connections, transformers, grid connection

• Procurement and fabrication management

• Project Management

• Construction Supervision

Achievements

Saved client ~£20m (60% of budget) compared to initial bids

Wood Group Renewables

Relevant Experience

Project Description

Kawasaki Tidal Device Design

Project scope

•Conceptual design of foundation and

substructure

•Mooring Analysis

•Cost estimate

•Manufacture review

•Review of installation and O&M strategiesAchievements

Allowed Kawasaki to generate a

robust business case for their

design.

Wood Group Renewables

Case Studies – Wood Group Kenny

MORLMoray Firth Offshore Wind Farm

Gamesa TechnologyOffshore WTG Safety and Risk

RWEGwynt y Mor

Concept engineering of the

MORL 1.5GW Round 3 Zone

including cable routing,

construction, ports and harbours,

access solutions and operations

& maintenance

HSE and lifecycle risk advice to

support development of

Gamesa’s 5MW and 7MW

offshore wind turbines for UK

projects

Review and recommendation of

internal and external cable entry

systems for the proposed WTG

structures including design,

installation, maintenance, cable

protection, material selection and

corrosion protection

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