Scenario for over 70% reduction of community-scale CO2 emissions through 100 years
Site

Transport Link

Shade Analysis

Building Typology
Green cycle network

VauxhallOpen Space
21. July. 9:00

21. July. 15:00

21. July. 12:00

RoadRoadA
Battersea Park

Open Space
RoadRoadschoolAʼ

Car Park Space

Plot_K

21. September. 15:00

21. September. 12:00

21. September. 9:00

Qeenstown Road

Open Space

Stockwell

National Rail
Tube Victoria Line

21. December. 9:00

Bus stop around

RoadRoad

B

Wandsworth Road

Open SpaceCar Park Space

21. December. 15:00

21. December. 12:00

Bʼ

Wind Analysis

Open SpaceCschool

RoadRoadRoadCʼ
Bʼ

Febuary

January

MarchApril

English Social HousingCʼAAʼ

May

June

July

AugustBC
A class Public Road
Local pathGreen Network Road + Cycle network

October

September

Nobember

DecemberTransition Pathways
2012

By

Target 70% reduction of CO2 emissions

2037

Semi-Private Open Space

By

Primary School
Community Centre

2062

Pedestrian Path

By

Complex Building (Shop, Office, Restaurant)
Community Center Square

Passive Energy House

2112

Water Garden

Community Car Parking

Tree

Community Farm

SOHO building(RetrofitRefurbishment)

Community Square

Solar Roof

Gallery, Market, Cafe

Water GardenSmall Office, Guest Space
Passive Energy House

Pedestrian Path

Passive Energy House

NCommunity Garden

Pedestrian Road + Cycle Lane

( Retrofit Refurbishment)

Complex Culture centre(cinema, cafe, roof garden, residence)

Strategies
Wind and Ventilation and Sun Light

Transit Oriented Development

CHP (Combined Heating Plant)This location is linked to each public transport within possible access distance.
Vauxhall

Promote ordinary use of Public Transport.

Sun Light

Enhance safe pedestrian/cycle link to the public transport.

Sun LightBattersea Park30°

House

Plot_KBus stop

Underground or National Rail50m

Passive Energy House50mQeenstown Road

50m
50m
50m
Wandsworth Road50m

within 50-100m

National Rail

Detroit Energy Starategy
Source: Buro Happold

Solar PV Roof (Shading)Wind Path

StockwellAround 300-400m

Tube Victoria LineBus stop around Plot K

Water Management

Planting Strategy

MIxed Use
Activate urban area as more flexible use.
Increase housing options for different house holds.

Green can create natural circulate system.

Rain water collection

Mitigate noise and protect privacy.

Decrease travel frequency.
http://www.amgencorp.com/services.html

http://www.hammarbysjostad.se/inenglish/pdf/HS_miljo_bok_eng_ny.pdf

Recycle grey water for cultivating trees.
walking path

Open Space

There is a new technology system dealing with waste water. Hammarby Sjostad
has four separate treatment lines fo greywater. This greay water can beextracted bio-natural resources auch as bio bas fual.

Create proper shade for pedestrians and houses.

Local Food

Create local sense of place.

Waste Water Treatment

Provide local foods from local gardens.

Grey water recycle

http://www.dw.de/dw/article/0,,5876336,00.ht

Waste Management and Recycling

Flooding Lisk Management

Nowadays waste is no longer just waste. It can bea resource that is being utilised effectively. Thisway is more economical and environmental
friendly. Separating waste can also promote
reducing the overall amount of waste.Then waste
can be used as new materials and energy
resources.

Enhance enviromental bio-diversity.
Create effective wind pass.
Create confortable community spaces.
Enhance open space network for pedestrians and children.

Environmental Agency 2012

This area has much potential of flood risk (Environmental Agency, 2012).
There are several way to mitigate this risk. Firstly Planting might be helpful for
mitigating this situation.
Secondly, the building design should apply for the looftop evacuation space suchas loof garden.
Loof network around neighbourhood is also effective.

http://www.amgencorp.com/services.html

Conclusions (Summary)

Embodied footprint/Energy footprint (kg/co2/year)
6,000,000
5,000,000
4,000,000
embodied footprint

3,000,000

energy footprint

2,000,000
1,000,000
0

2012

2037

2062

2112

Lifestyle footprint (kg/co2/year)

45,0002000

40,00035,00030,00025,00020,00015,00010,000
5,000
0

1800
1600
1400
1200
Life style footprint1000800600
400200

2012

2037

2062

02112

2012

2037

2062

2112

Final Image CG

Electrical & Thermal reduction

Cost Benefit Balance (£)

16,000,000

350,000,000

14,000,000

300,000,000

12,000,000

250,000,000

10,000,000
8,000,000

Total Electrical

200,000,000

6,000,000

Total Thermal

150,000,000

4,000,000

Total Electrical Renewable

100,000,000

2,000,000

Total Thermal Renewable

50,000,000

0Total footprint per Person (kg/co2/year)

2012

2037

2062

2112

0salesbalanceconstruction

2012

2037

2062

2112

Acknowledgement: This work is partly supported by S-6 and SATREPS projects.
Miho Kemei, Sustainabile Social System Section, National Institute for Environmental Studies