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Skanska´s Journey to Deep Green

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Content

− The big picture

− What Green means to Skanska

− Skanska's Color Palette− Energy− Carbon− Materials− Water

− Tools for working with Green

− Tools to communicate Green

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Big Picture

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Reminder: The Future Society – a growth storyWorld population (in Billions): 1950-2050

85%

15%

Population in less developed countries

Population in more developed countries

47% urban

60% urban

1970 2000 2030

36% urban

urban

rural

70% urban

3.2 3.32.9

5.0

1.3

2.42.8

6.4

2050Source: United Nations, World Urbanization Prospects: The 2006 & 007 Revisions

3 billion more people living in cities in 20503 billion more people living in cities in 2050

Urban population (in Billions) 1970-2050

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0

1

2

3

4

5

6

7

8

9

10

1950 1960 1970 1980 1990 2000 2010 2020 2030 2040 2050

Population in less developed countries

Population in more developed countries

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CO2 emissions by sector

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Source: Global Env. Outlook 2000 (GEO), UNEP, Earthscan, London,Source: Global Env. Outlook 2000 (GEO), UNEP, Earthscan, London, 19991999

Water

The majority of the water on Earth, 97%, is in the oceans, while an additional 2% is frozen in the ice caps and glaciers. Only a fraction is available as a supply for drinking water - When will we stop flushing toilets with drinking water?

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Market / Customer needs

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What the market is telling us…

Buildings in the US with a high Energy Star rating are attracting rental premiums of 3% per square foot compared with non-green buildings of the same size, location and function. Royal Institution of Chartered Surveyors

There is a significant existing stock of buildings, particularly in the EU, thatare ageing. These buildings pose a large opportunity for green building inthe future. Key Trends in the European and US Construction Marketplace. McGraw - Hill.

'I approach environmental performance issues in three broad ways: Improving our own culture and operations, influencing - indeed, pressurizing - the companies that do business with us, and championing renewable-energy development.' Jose Sergio Gabrielli De Azevedo, President and CEO of Petrobras

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Green Products and Services

226

450

117

47

238

149

101

30

0 100 200 300 400 500

Renewable energy sources

Energy efficient design solutions

Low carbon solutions

Carbon monitoring of projects

Eco design evaluation and certification

Refurbishment / retrofitting of infrastructure

Factory engineered / prefabricated solutions

Others

Number of Responses

Our Customers - What 'green' products or services would you like us to focus on in the next 2-4 years?

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The world is changing – fast

EU: committed to a 60% reduction in carbon emissions by 2050

National Grid –major investment in its electricity and gas network in UK and USA

Norway: Carbon neutral by 2030

USA: 36 states anticipate water shortages by 2013

Petrobras –focusing on bio fuels and low carbon technologies

NY MTA wanting to reduce its energy consumption and ‘green’ its operations.

UK Highways Agency: All network to be low carbon construction, maintenance and operation

Set/planned regulations

Company actions

UK’s CRC forcing large organisations to reduce their CO2emissions

Tesco – green stores in every country it operates

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What it means to Skanska

January 11 Skanska - Deep Green Journey12

Johan Karlström, President and CEOSkanska AB

“We are determined to be the leading green project developer and contractor.The demand is in the market place. It is:- A great business opportunity- Right for the planet- Attractive for our people”

Johan’s message

October 2010

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Anticipated investment needs for urban infrastructure up to 2030 (US$ trillion)

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Systems planning

Mobility

Water Technology

Buildings Financing

Lots of opportunities...

Source: Booz Allen Hamilton, 2007

Business opportunity …

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Color Palette

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Green

Skanska’s Culture & Values

Deep GreenVanilla

• Intelligent / challenging customers

• Form of contract – allowing early involvement

• New financial models

• Innovative supply chain – working in partnership

• Leadership – behaviours / setting examples

• Design – considering the local environment and using the best technology

• Communication – internally and externally

Accelerators

Skanska’s Deep Green Journey

The Leading Green Project Developer and Contractor

Future proofing the road ahead

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Zero−Waste (to landfill)

−Unsustainablematerials

−Net primary energy

−Carbon construction

−Water discharge

−Haz Materials

Color Palette

Energy

Carbon

Materials

Water

Vanilla Deep GreenGreen

−Rules

−Regulations

−Standards

−Codes

Compliance Future proofBeyond compliance

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Driving the change to Deep GreenTM

Vanilla Deep greenGreen

Compliance Future proofBeyond complianceM

arke

ting

& co

mm

unica

tion

Rev

enue

Energy

Carbon

Materials

Water

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Our Journey to Deep Green

Vanilla: Construction progress or product performance is compliance with law, regulations, codes and standards

Green: Construction process or product performance is beyond compliance, but not yet at a point were what we construct and how we construct it can be considered to have near-zero impact

Deep Green: Construction process or product performance is future proofed - for example, it consumes zero net energy and produces zero waste

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Energy - Getting a whole lot more out of a whole lot less

Policy as a supportive framework

Transformation is needed to alter the outcome..

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1

2

6

Hostetin Centre

Net ZeroPrimary Energy

Net Zero Water

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials 5)

Zero Waste

Energy performance25 % better than

local code

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 10%

waste to landfill

Preliminary baseline for the use of potable water in operation

established. Consumptionreduced by 10%

Energy performance50 % better than

local code

Over 25% reduction of the footprint by savings

inmaterials and the

construction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill

Measures to reduceconsumption of potable

water by > than 25%

Energy performance75 % better than local

code and renewables used

Over 50 % reduction of the footprint by savings

in materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than2.5% waste to landfill

Measures to reduceconsumption of potable

water by >than 50%.

loca

lcod

es, s

tand

ards

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latio

nsin

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cePassive design, solar heating

Rainwater harvesting, water efficient fittings

Near zero waste and zerounsustainable materials

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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1

2

6

Hillsborough Intermodal Transit Facility, USA

Net ZeroPrimary Energy

Net Zero Water

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials 5)

Zero Waste

Energy performance25 % better than

local code

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 10%

waste to landfill

Preliminary baseline for the use of potable water in operation

established. Consumptionreduced by 10%

Energy performance50 % better than

local code

Over 25% reduction of the footprint by savings

inmaterials and the

construction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill

Measures to reduceconsumption of potable

water by > than 25%

Energy performance75 % better than local

code and renewables used

Over 50 % reduction of the footprint by savings

in materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than2.5% waste to landfill

Measures to reduceconsumption of potable

water by >than 50%.

loca

lcod

es, s

tand

ards

and

regu

latio

nsin

pla

ce

Model estimates 20% reduction in water usage

Carbon analysis on major materials

Natural ventilation /photovoltaic system

Waste management

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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1

2

6

Blå Jungfrun, Swe

Net ZeroPrimary Energy

Net Zero Water

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials 5)

Zero Waste

Energy performance25 % better than

local code

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 10%

waste to landfill

Preliminary baseline for the use of potable water in operation

established. Consumptionreduced by 10%

Energy performance50 % better than

local code

Over 25% reduction of the footprint by savings

inmaterials and the

construction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill

Measures to reduceconsumption of potable

water by > than 25%

Energy performance75 % better than local

code and renewables used

Over 50 % reduction of the footprint by savings

in materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than2.5% waste to landfill

Measures to reduceconsumption of potable

water by >than 50%.

loca

lcod

es, s

tand

ards

and

regu

latio

nsin

pla

ceAir tightness, heat recovery, insulation

Prefabricated formwork

ECO2 tool trialed

Metering & water efficient fittings

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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Built environments is responsible for around 40 percent of all energy use and mad-made carbon emissions*.

We have what's needed to reduce carbon emissions.

Carbon

*Energy Efficiency in Buildings, Transforming the Market, WBCSD, April 2009

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Net Positive Energy

Zero Potable Waterfor Construction

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials6)

Zero Waste

Baseline established using applicable industry standards > 10 % reduction of baseline

consumption

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainableMaterials4) with < than 10%

waste to landfill5

Preliminary baseline for use of potable water at site

established. Sustainable8

drainage system in place.

> 25 % reduction of baseline

consumption

> 25 % reduction of the footprint by savings in

materials and theconstruction process.

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill5)

Measures to reduceconsumption of potable

water by > 25%.

> 50 % reduction ofbaseline consumption and

renewables used

> 50 % reduction of the footprint by savings in

materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < then2.5% waste to landfill5)

Measures to reduceconsumption of potable

water by > 50%.

loca

lcod

es, s

tand

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and

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M25 Project, U.K.

New lighting technology being considered

92% recycled content for bulk materials

Carbon Capture Tool used

Recycle runoff water

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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End of life2%

Piling4%

Concreteworks18%

Steel 35%

Roofing &cladding9%

Raised floors, walls & partitions 7%

Lifts, M&E & Fitout 12%

Onsiteworks13%

Carbon Footprint: One Kingdom Street, London

− Understanding CO2emissions

− Operation ~ 80%, Embodied ~ 20%

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MaterialsConstruction is one of the most inefficient industries when it comes to consumption of finite resources

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1

2

6

Pilestredet Park, Norway

Net ZeroPrimary Energy

Net Zero Water

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials 5)

Zero Waste

Energy performance25 % better than

local code

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 10%

waste to landfill

Preliminary baseline for the use of potable water in operation

established. Consumptionreduced by 10%

Energy performance50 % better than

local code

Over 25% reduction of the footprint by savings

inmaterials and the

construction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill

Measures to reduceconsumption of potable

water by > than 25%

Energy performance75 % better than local

code and renewables used

Over 50 % reduction of the footprint by savings

in materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than2.5% waste to landfill

Measures to reduceconsumption of potable

water by >than 50%.

loca

lcod

es, s

tand

ards

and

regu

latio

nsin

pla

ce

Reuse of materials & domestic waste recycling

Air tightness, heat recovery, insulation

Metering & water efficient fixings

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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WaterWaterNew ways to conserve water

The majority of the water on Earth, 97%, is in the oceans, while an additional 2% is frozen in the ice caps and glaciers. Only a fraction is available as a supply for drinking water, which is already in short supply in many parts of the world.

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1

2

7

Net Positive Energy

Zero Potable Waterfor Construction

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials6)

Zero Waste

Baseline established using applicable industry standards > 10 % reduction of baseline

consumption

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainableMaterials4) with < than 10%

waste to landfill5

Preliminary baseline for use of potable water at site

established. Sustainable8

drainage system in place.

> 25 % reduction of baseline

consumption

> 25 % reduction of the footprint by savings in

materials and theconstruction process.

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill5)

Measures to reduceconsumption of potable

water by > 25%.

> 50 % reduction ofbaseline consumption and

renewables used

> 50 % reduction of the footprint by savings in

materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < then2.5% waste to landfill5)

Measures to reduceconsumption of potable

water by > 50%.

loca

lcod

es, s

tand

ards

and

regu

latio

nsin

pla

ce

ODA, London

Renewable wind, energy for lighting

Extensive use of recycled aggregates/ durakerks

Strong client focus / lots of initiatives

>60% non potablein construction

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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1

2

6

Nemours Hospital

Net ZeroPrimary Energy

Net Zero Water

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials 5)

Zero Waste

Energy performance25 % better than

local code

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 10%

waste to landfill

Preliminary baseline for the use of potable water in operation

established. Consumptionreduced by 10%

Energy performance50 % better than

local code

Over 25% reduction of the footprint by savings

inmaterials and the

construction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill

Measures to reduceconsumption of potable

water by > than 25%

Energy performance75 % better than local

code and renewables used

Over 50 % reduction of the footprint by savings

in materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than2.5% waste to landfill

Measures to reduceconsumption of potable

water by >than 50%.

loca

lcod

es, s

tand

ards

and

regu

latio

nsin

pla

ce

Water efficient fittings & no potable water usage in landscaping

No carbon measuring

Designed to perform at 31% above ASHRAE/local code

Styrofoam recycling & use of low emitting materials

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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1

2

6

Bristol Schools, U.K.

Net ZeroPrimary Energy

Net Zero Water

Near ZeroCarbon Construction

Zero UnsustainableMaterials4)

Zero HazardousMaterials 5)

Zero Waste

Energy performance25 % better than

local code

Preliminary project carbonfootprint3 established and

used to perform valueengineering

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 10%

waste to landfill

Preliminary baseline for the use of potable water in operation

established. Consumptionreduced by 10%

Energy performance50 % better than

local code

Over 25% reduction of the footprint by savings

inmaterials and the

construction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than 5%

waste to landfill

Measures to reduceconsumption of potable

water by > than 25%

Energy performance75 % better than local

code and renewables used

Over 50 % reduction of the footprint by savings

in materials and theconstruction process

Use design and planningreviews to: maximize the

(re)use of sustainablematerials4) with < than2.5% waste to landfill

Measures to reduceconsumption of potable

water by >than 50%.

loca

lcod

es, s

tand

ards

and

regu

latio

nsin

pla

ce

Water efficient fittings

Waste management

Building envelope,M&E, Biomass

For internal use only**can be used externally if the stepping stones (text describing the steps on CP) are removed

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Tools to help …

− Lifecycle analysis

− Green BIM

− Toolbox incl Green Solutions

− Sustainability Project Case Studies

− Certifications / Global associations

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Skanska Management Meeting - What do you consider the main obstacle in implementing a Green strategy in your Business Unit?

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ConstructionMachines, disposal of waste

Life Cycle Analysis

Design Energy, environment,materials

Operation & MaintenanceEnergy consumptione.g. Heating, lighting, disruption, waste

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Green BIM

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Green Toolbox – Introductory page

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Green SolutionsThe aim of Green Solutions:• To share green knowledge across Skanska.

What is a Green Solution:• A product or service that is an integral part of a project• Provides environmental and economic benefits to our customers• Has been used at least once somewhere in Skanska• Is transferable to other Business Units • Is strategically important to Skanska’s business

A Green solution is not:• A construction project • An internal process • A research project• A concept or a prototype

The Green Solutions are for internal purposes only as they contain information e.g. contact details, that may not be appropriate for external distribution.

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Green Solutions - Building

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Green Solutions – Civil / Infrastructure

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Sustainability Project Case Studies

http://skanska-sustainability-case-studies.com/

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Sustainability Project Case Studies - Building

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Sustainability Project Case Studies – Civil / Infrastructure

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Skanska is an active participant in a number of international Sustainability initiatives

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Skanska in the USGBC

− Member since 2000

− Member of the Board of Directors since 2008, representing Contractors and Builders

− Chair of Ethics committee and Chair of FinancialCommittee

− Cost analysis1 of the Living Building Challenge, the beyond-LEED® Platinum metric developed by the Cascadia Chapter of the USGBC

1. a study led by SERA Architects, joined by Skanska USA Building, Gerding/Edlen Development, New Buildings Institute and Interface Engineering, with the staff of Cascadia, a chapter of the USGBC

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Sweden:Prospective GBC

Founded 2009

Skanska founding partnerand board member

Finland:Prospective GBC

Founded 2010

Skanska founding company and board member

Logo underDevelopment

United Kingdom:Established GBC

Founded 2007

Skanska Gold Leaf member

Hungary:Prospective GBC

Founded 2009

Skanska board member

Poland:Established GBC

Founded 2007

Skanska premium foundingcompany and boardmember

Denmark:Prospective GBC

Founded 2010

Skanska founding partner and board member

Logo underDevelopment

Norway (non-EU):GBA key stakeholder in establishing NGBC

Skanska member of the provisional NGBC board

GBA: alliance of owners and developers of commercial

property

Czech:Associated Group

Founded 2009

Skanska founding partner and board member

Other GBC participation

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− Color Palette

− Green Communications strategy

− Green Thinking, the book and power point

− Green City

− Green Urban Development Report

− Green Symbol

− Green Media Centre

Tools to communicate Green

Responsible:

Maria Lomholt & Malin Dalén

GSU Communication

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Green Thinking24 class

Planning today for tomorrowPutting what we construct into the bigger picture

Green Thinking8 class

Refurbishment is comingLEED Platium at level 32Example of reduction− 57 % reduction of energy consupmtion− 40 % water use reduction− 80 % of construction waste recycled

Get your own copy at: www.skanska.com

Green thinking is available as a power point onon OneSkanska, Green Communications.

Feel free to chose and pick as it suits you.

Green thinking

Green Thinking1 class2

Green thinkingThere’s more to buildinga green society than just building

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http://www.skanska.com/en/About-Skanska/Our-green-initiative/The-Green-City/

Green City

Green City is an interactive site that features our journey to deep Green. It presents a selection of Skanska's great Green projects.

The site is available for local adaptations.

Contact Malin Dalén or your Country Web Manager for instructions on how to locolize the site.

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Green Urban Development Report

The purpose of this report series is to boost Skanska's position as an industry leader within Green Construction. The report will focus on future trends within Planning, Urban living, Development & Construction.

www.skanska.com/greeninitative

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Green Media Centre

Skanska's Green Media Center is a tool for proactive PR. Here you will find information such as our Green messages, a shortlist of words and phrases to avoid Green wash, actual spokespersons etc.

one.skanska/greencommunications

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Green SymbolOur green symbol is a "highlighter" - not a quality stamp. It puts all our green efforts under one umbrella and communicates our commitment, our responsibility and our concern for the environment.

It should be used whenever we want to put green in focus and it replaces local green symbols that have been used previously

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Skanska’s Green Initative

“Skanska is determined to be the leading green project developer and contractor”