peter head cbe dark times, bright ideas udss11
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Peter Head CBE - udss11 Keynote speechTRANSCRIPT
Peter Head CBE FREng FRSA | Birmingham June 2011Consultant ArupChairman Institute for SustainabilityCEO The Ecological Sequestration Trust
Helping communities to be more resilient and
successful in recovering from the recession
Total Community Retrofit
2
www.arup.com (ecological age)
• Can we move towards a sustainable way of living?
• What policies and investments are needed in low, middle and high income countries?
• How might might we enable communities to transition
in a resilient way to the Ecological Age?
‘Green Growth’
3
4 New York City/ Oxford/Ecology -Scaling laws for system growth
Human -industrial
Ecological
5 5
Source: Christopher Kennedy et al. 2009. Greenhouse Gas Emissions from Global Cities. Environmental Science & Technology. 43(19), 7297-7302. (The data were mostly from 2005 although some cities had different years)
Oxford compares very badly with other global cities for overall GHG emissions
Oxford 2004
6
7
Our Shrinking Earth
19007.91
19505.15
19872.60
20052.02
20301.69
20501.44
Year
Hectaresof land per capita
8 8
United States of America
Bra
zil
Oxfordshire United Kingdom
EU
Sw
azil
and
Norway
World
France
Russia
There are only 12 countries in the world with higher ecological footprints than Oxfordshire
Source: Global Footprint Network and SEI
9
Source: Stockholm Environment Institute
Ecological Footprint
(gha/capita)
Carbon Footprint (tonnes
CO2/capita)
GHG Footprint (tonnes
CO2eq/capita)
South Oxfordshire 6.12 13.93 18.78
West Oxfordshire 5.86 13.36 18.02
Vale of White Horse 5.80 13.20 17.84
South East 5.63 12.76 17.28
Cherwell 5.62 12.75 17.26
UK 5.30 12.08 16.34
Oxford 5.04 11.40 15.44
Most of Oxfordshire’s districts have poor environmental footprints
Source: Stockholm Environment Institute
Best
Worst
10
HDI IncreaseHuman Development Index
1.44GHA/CapitaEcological Footprint
(CO2 – 50%) + += 2050 Ecological Age
11
THE McKINSEY COST CURVE V2.0 IDENTIFIES 19 GT OF ABATEMENTS BY 2020 MAKING IT TECHNICALLY FEASIBLE TO ACHIEVE 450PPM
BREAKDOWN BY ABATEMENT TYPE• 10 Gt for Terrestrial Carbon (Forestry and Agriculture)
• 5 Gt for Energy Effiency
• 4 Gt for Low Carbon Energy Supply
12
Middle to High Income Countries
• Transition from industrial to ecological age
• City retrofitting and reconnecting urban-ruralresource flows
• Model – London Climate Change Action Plan,
Frieburg, Stockholm, Malmo
Investment in UK estimated £220bn to £450bn by 2050
£10k to 20k per household
The Future is Local by SDC www.sd-commission.org.uk
13
Diversify and cooperateUse waste as resourceGather and use energy efficientlyOptimise not maximiseUse materials sparinglyClean up not polluteDo not draw down resourcesRemain in balance withthe biosphereRun on informationUse local resource
10 Principles of
Biomimicry
14
Diversify and cooperateUse waste as resourceGather and use energy efficientlyOptimise not maximiseUse materials sparinglyClean up not polluteDo not draw down resourcesRemain in balance withthe biosphereRun on informationUse local resource
10 Principles of
Biomimicry
15
Community Leaders-Making a Good Society
Now 45 people!
www.londonlsdc.org/londonleaders
www.futuresforcivilsociety.orgAnd role of Art and Culture www.culturefutures.org
16
Theory - Cultural Planning
Culture Discipline and Sustainable City Development
Diversify and cooperateUse waste as resourceGather and use energy efficientlyOptimise not maximiseUse materials sparinglyClean up not polluteDo not draw down resourcesRemain in balance withthe biosphereRun on informationUse local resource
10 Principles of
Biomimicry
18 Resource Efficiency
Food Raw Materials
Energy Water
19
Energy Consumption
IMF, BP
20
Oxfordshire households (except in Oxford) used more electricity than the average for Great Britain and the South East region in 2007
Average annual domestic electricity sales per consumer
0
1,000
2,000
3,000
4,000
5,000
6,000
7,000
GreatBritain
South East Cherwell Oxford SouthOxfordshire
Vale ofWhiteHorse
WestOxfordshire
Region
kW
h 2005
2006
2007
Source: Department for Business, Enterprise and Regulatory Reform
Oxfordshire residents are above-average domestic gas and electricity users
21
The average domestic gas consumption in 2007 was also above average in all Oxfordshire districts except Cherwell.
Average annual domestic gas sales per consumer
15,50016,00016,50017,00017,50018,00018,50019,00019,50020,00020,500
GreatBritain
South East Cherwell Oxford SouthOxfordshire
Vale ofWhiteHorse
WestOxfordshire
Region
kW
h
2005
2006
2007
Oxfordshire residents are above-average domestic gas and electricity users
Source: Department for Business, Enterprise and Regulatory Reform
5%
Potential Sources of CO2 reductions from the commercial /
industrial sector
• More efficient supply of heat/electricity
• Improvements to physical infrastructure
• Behavioural change (switching off lights etc)
• More energy efficient new builds
50%
Contribution to overall reduction
20%
25%
23 Balancing local and national energy supply networks
24 Supergrid Vision TREC
25
Transport & Urban Density
Peter Newman and Jeffrey Kenworthy (2006) “Urban Design to Reduce Automobile Dependence”, Opolis: An International Journal of Suburban and Metropolitan Studies: Vol. 2: No. 1, Article 3.
Compact City: Low rise and high density – 3 to 8 storeys/1.45 average plot ration/75 dwelling per hectares 80,000 people
26
Press Office City of Munster, Germany
27
28
29
Consolidation centres
Direct Deliveries to Tenants/ Businesses
City Consolidation
Centres
Drop off Station if
Tenant is out
Tenants and Businesses
Delivery vehicles
Inefficient deliveries
Efficient deliveries
Access control •Low Emission Zone,•Congestion Charge, etc
Electric Trucks
Electric Bikes
30
Decreasing Food Supply
Worldwatch Institute, Washington DC, United States
31
Sustainable Agriculture, Wanzhuang Eco-City
Business-as-Usual: Agricultural Food ProductionDislocation from the City
Rural-urban separation
Access to sustainable practices
Upskilling through trainingAccess to information networksAccess to modern agricultural equipment
New urban-rural linkages
Eco-City Configuration:Sustainable Rural-Urban Linkage
Farming in the City
33
Arup GI Approach
Diversify and cooperateUse waste as resourceGather and use energy efficientlyOptimise not maximiseUse materials sparinglyClean up not polluteDo not draw down resourcesRemain in balance withthe biosphereRun on informationUse local resource
10 Principles of
Biomimicry
Materials and WasteDrivers of Change: Waste, Arup (2008)
‘Cradle to cradle’ TM
36 36
43% of household waste collected in Oxfordshire in 2008/09 was recycled
Percentage household waste recycled
0
10
20
30
40
50
60
England Countiesaverage**
Oxfordshire Cherwell Oxford SouthOxfordshire
Vale ofWhite Horse
WestOxfordshire
Region
Pe
rce
nta
ge
re
cy
cle
d
2003/04
2004/05
2005/06
2006/07
2007/08
2008/09
… recycling is increasing
Source: Oxfordshire County and District Councils
37 Processes (Anaerobic Digestion/Composting)
38
Diversify and cooperateUse waste as resourceGather and use energy efficientlyOptimise not maximiseUse materials sparinglyClean up not polluteDo not draw down resourcesRemain in balance withthe biosphereRun on informationUse local resource
10 Principles of
Biomimicry
39
BIMIRM
3D – 4D – 5DVirtual RealityCollaboration
…
ITSRFID
BroadbandWiMAXCCTVANPR
ParkingBMS
…
Control RoomsSpecifications
D&B contractsRIBA
…
Urban Information Architecture
Tools Form and Infrastructure Management
40
41
Integrated multidisciplinary planning for delivering better performance outcomes in cities through retrofitting:
42
Integrated Resource Management
Master Plan
Ene
rgy
Tra
nspo
rt
Foo
d P
rodu
ctio
n
Eco
nom
ics
Oth
ers
Was
te M
anag
emen
t
Logi
stic
s
Was
tew
ater
Wat
er s
uppl
yLinking the overarching masterplan to the technical disciplines
Understanding interactions and feedback loops between elements
43 The System of City Life
Land Use Schedule
Social
Water
Waste water Passenger Transport
Agricultural production (External
Area)
Biomass / Biofuel production
(External Area)
Consumption (Food,
goods, etc)
Freight movement(Logistics)
Waste management
Energy
Tonnes of goods moved
Tonnes of waste moved
Energy recovery from tonnes /composition
waste incineration(?)
Employment: Recycling(??)
Employment generated (external): Agricultural
production
Employment generated (external): Biomass
production
(a) Supply of housing
Passenger Transport distance
(based on density)
Freight transport
distance (based on density)
Additional Land Area for
Food production
(a) Employment demand
(b) Social infrastructure demandReduction in
potable demand through rainwater
harvest
POPULATION
Per capita energy
demand excl. transport / logistics
Potable water demand
Non-potable water demand
(treated wastewater)
Reduction in potable
water demand through
recycling
Production of sewage effluent
Energy demand by type
Travel demand
Demand for consumables (food, etc)
Additional Land Area for
Biomass production
Energy for freight movement
Fuel source – energy supply
Fuel source – energy supply (rice husk)
Reduction in energy demand
through embedded renewables
Generation of biogas
Waste output
Wind Turbines
Energy from Wind
Land area required for
turbines
44
GIS
IRM Link
IRM
Tech.PlanStrat
e-gies
Arup’s IRM Platform
45
Framework - Refined Plan
“Our vision is to significantly advance the UK’s capability to deliver solutions for a sustainable future, by
forging practical research collaborations and sharing the outcomes regionally, nationally and internationally”
47The Total Community Retrofit Model
48Total Community Retrofit: The Approach
Phase 1 – ModelDevelopment• Best practice review
• Stakeholder buy-in
• Early phase funding
• Priority workstreams
i. Financial/Business Model
ii. Community ownership and value
• Select priority locations
12 mths
Phase 2 – Createlocal client• Local steering group
• Initial local opportunity analysis
• Collaboration agreement
• Cultural audit
• Establish community structures
• P/P/C client created
6 mths
Phase 3 – Delivery Planning• Conduct detailed local
opportunity analysis
• Create delivery body
• Prioritise projects and delivery approaches
• Consolidate existing funding streams
• Secure delivery funding
18 mths
Phase 4 - Delivery• Launch specific retrofit,
infrastructure and community projects
• Develop local supply chains, develop skills, support job creation
• Assess progress through monitoring, measuring and evaluation
10-15 yrs
Lifecycle – validation, replication• Measure results against expectations, collect community feedback
• Develop knowledge transfer networks
• Develop “replication toolkits”
• Conduct dissemination outreach
49
•Create a donor pool from a region of £6m into TEST charity. • TEST will create and fund putting an integrated urban-rural resource model for the region into the University•TEST will fund phase 1,2 and 3 using local resources and expertise as UK/global demonstrator
The Ecological Sequestration Trust
‘But a city is more than a place in space, it is a drama in time’
Thank you