an approach to sustainable city development

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An approach to sustainable city development

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Presentation by E.on

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Page 1: An Approach to Sustainable City Development

An approach to sustainablecity development

Page 2: An Approach to Sustainable City Development

What is a sustainable city?

Page 3: An Approach to Sustainable City Development

4 Sustainabl

eCities

San Francisco, USAOwners of website

www.SustainableCity.org

Hammarby Sjöstad, Stockholm

The Sustainable CityWorld Clean Energy Awards 2007

(www.cleanenergyawards.com)

Dongtan, Shanghai, China “The World’s First Sustainable

City”(http://www.arup.com)

Reykjavik, Iceland“World’s No.1 Greenest City”

(www.grist.org)

Page 4: An Approach to Sustainable City Development

Big water pollution problem in Bay

Bio ethanol from corn to power cars

USA not signed Kyoto

Still uses fossil fuels

Water & air pollution from China

Paid for by unsustainable Shanghai

Large soil erosion

Protests against hydro development

OrAre

They?

Page 5: An Approach to Sustainable City Development

But they all have some things in common…

1. Strategic plans

2. Detailed analysis and goals

3. Good decision making

4. Implementation

Page 6: An Approach to Sustainable City Development

So what makes a city sustainable?

“It is not the strongest of the species that survive,

nor the most intelligent, but the one most responsive

to change“

Charles Darwin

Page 7: An Approach to Sustainable City Development

Win, Win, Win

Environment

Social/Culture

Economy

Making sustainable decisions“Think global, act local”

For people, municipality, E.ON & other

We are all responsible and we all benefit

Page 8: An Approach to Sustainable City Development

District heating; what it is and what E.ON deliveres

Page 9: An Approach to Sustainable City Development

Disctrict heating in Sweden

� Approx. 50% of total heating market� Available in approx. 600 urban areas� 2/3 of DH systems are municipality

owned� Major part of Swedish environmental-

and climate policy

Page 10: An Approach to Sustainable City Development

How district heating works

cold water

warmwater

heating plant

Page 11: An Approach to Sustainable City Development

District heating in the building

1. DH central unit

2. DH pipe lines

3. Internal hot water system

4. Room heating device

5. Incoming cold water 1

2

4

3

5

Page 12: An Approach to Sustainable City Development

Unique fuel change – district heating Sweden

Fuel mix 1981 Fuel mix 2004

Oil 7%

Peat 5%

Waste heat 12% Waste incineration 11%

Hot water 1%

Heat pump 12%

Electricity 1%

Natural gas 5%Bio fuel 35%

Rest 6%Coal 5%

Rest 5%

Coal 3%

Waste heat 3%

Waste incineration 5%

Olja 84%

Källa: Svensk Fjärrvärme

CO2 emissions reduced by 1/5 in Sweden

27 TWh 47,8 TWh

Page 13: An Approach to Sustainable City Development

Källa: Sven Werner, presentation 080123

Page 14: An Approach to Sustainable City Development

District heating

� Supplies approx. 40 district-heating networks

� Approx. 800 facilities

� Approx. 30,000 customer connections

�aDistrict cooling

Energy recovery

District heating�a

Co-generation

�a

�a

�a

�a

�a

Vilhelmina�a

Dorotea�a

Vännäs�a

Nordmaling�a

Bollstabruk�a

Sollefteå�a�aLångsele�aRamsele

Timrå�a

Sveg�a

�aHede

Orsa �a

Mora �a

Skinnskatteberg�a

Nora�a

Örebro/Hallsberg/Kumla/Odensbacken�a

�aÅmål

Bålsta/Bro/Kungsängen/Järfälla�a

Norrköping�a

Kungsbacka �a

Mölnlycke/Kullbäckstorp/Landvetter �a

Lammhult�a Åseda�a

Mönsterås�a

Kalmar�a

Ljungby �a�a

Lagan

�a

Ryd�a

�a

Broby�aPerstorp

�aMalmö Staffanstorp�a

Bara�a

�aMarkarydÄlmhult

�aVallentuna/Vaxholm/Österåker

�aTrosa

�aSöderköping

Page 15: An Approach to Sustainable City Development

District heating in Malmö/Burlöv

1. Flintrännan - District Heating Plant

Biofuel, 55 MWheat

2. Nordisk Carbon BlackWaste heat (fuel gas/natural gas)25 MWheat (+ 9 MWpower)

3. Sjölunda - Wastewater heat pumps

40 MWheat

4. SYSAV – Waste incineration plant 140 MWheat (+ 25 MWpower)

5. Heat Only BoilersUFC=2x140 MWheat (Oil)HFC=6x20 MWheat (Natural gas)TPC=2 MWheat (Natural gas)

1 2 34

56

7

8

9

6. Aktern - Heat PumpHeat pump 1.2 MWheat

+ 0.8 MWcooling

Refrigerating machine 2.4 MWcooling

Also part of the concept:aquifers, solar panels,solar cells and wind power

7. Limhamn - District Heating PlantCoal dust/natural gas or oil140 MWheat

8. Heleneholm – Cogeneration Plant

Natural gas(/oil) 325 MWheat

+ 125 MWpower

9.Jägersro - District Heating Plant Stable straw 2 MWheat

Pipeline to theBurlöv network

Page 16: An Approach to Sustainable City Development

100 % locally renewable energy

Energy generation

Electricity� Windpower� Photovoltaics

Heat� Heat pump - aquifer� Solar collectors

Cooling� Heat pump – aquifer

and sea water

Page 17: An Approach to Sustainable City Development

Thoughts about how E.ON can help?

Page 18: An Approach to Sustainable City Development

Strategic management process

E.ON’s Sustainable City concept (?)

Working with your city to help you become more sustainable by:

1. Conversation with your city to understand what is important to you

2. Pre-study to see how you could move towards sustainability

3. Agreement with your city (customers, municipality, E.ON and other stakeholders)

4. Implement energy related solutions

5. Review progress with you

CustomerExperience

Conversation

Pre-study

AgreementImplement

Review

1

5

43

2

could provide:

1

Solutions3Pre-study

2

Page 19: An Approach to Sustainable City Development

Principles

Sustainable City concept – Strategic Management

Principles

Vision focuses on one key area (inner circle)Principles on the whole environmental impact (outer)

Vision

A clear vision, adapted for your city, with an underlying principle of sustainability

For example -The Vision – From 50% renewable heat to 100% averaged across the year

in 2020

The Principles – Balanced scorecard to make many small improvements: e.g 1. Fuel distance, 2. % heat imported, 3. Energy use in buildings, 4. Other emissions, 5. Unknown sourced

biomass, etc.

Intermediate Goals – To show you are on the way to sustainability

The Goal – Reduced use of fossil fuels + improved economy

BeforeAfter

Page 20: An Approach to Sustainable City Development

Sustainable City concept – Pre-study

Help city inhabitants

1. 10 % reduction in heat use per house

2.

3.

4.

5.

Heat/cool production

1. Use all possible waste heat

2.

3.

4.

5.

Public transport

1. Natural gas for public transport

2.

3.

4.

5.

Municipality as forerunner

1. Energy use in buildings

2.

3.

4.

Xxxxxx

1. xxx

2.

3.

Electricity production

1. 100% local renewable electricity averaged across the year

2.

3.

Balanced Scorecard produced based upon pre-study with municipality (for example):

Page 21: An Approach to Sustainable City Development

Sustainable City concept – Agreement

Set Up Program – A program board should be set up similar to the following:

Municipality

E.ON CustomerGroup

Transport company

E.ON

Program Board

Project Manager(s) Will depend on which focus area is being worked on

Transport company

Construction company

Construction company

Page 22: An Approach to Sustainable City Development

Sustainable City concept – Implementation

DH expansion

Wind

Energy efficiencyBiogas

CHP

Possibilities…

Education

Page 23: An Approach to Sustainable City Development

Why E.ON?

Proven:1. Experience

2. Strategic leadership

3. Customer & city focus

4. Innovative solutions - delivered

5. Financial backing

VästraHamnen, Malmö

Norrköping

Mönsterås

Älmhult

Page 24: An Approach to Sustainable City Development

And finally?

Page 25: An Approach to Sustainable City Development

What do you think?

What do you like and not like?

What can a company like E.ON bring?

Contact info:Peter Dahlström: [email protected] Lövehed: [email protected] O’hare: [email protected]