LOCAL AND REGIONAL INITIATIVES TO REDUCE CARBON EMISSIONS · LOCAL AND REGIONAL INITIATIVES TO...
Transcript of LOCAL AND REGIONAL INITIATIVES TO REDUCE CARBON EMISSIONS · LOCAL AND REGIONAL INITIATIVES TO...
LOCAL AND REGIONAL INITIATIVES TO REDUCE
CARBON EMISSIONS:A MULTI-DISCIPLINARY APPROACH
Professor Paul Fleming
Institute of Energy and Sustainable DevelopmentDe Montfort UniversityLeicester
POLICY• International Targets, Kyoto• National Targets
–Royal Commission on Environmental Pollution–Energy White Paper
• Regional Targets–East Midlands Strategy
• Local Targets–50% reduction of CO2 at 1990 levels, by 2025
LOCAL AND REGIONAL• Local Government Association - Energy Hierarchy
–Reduce the need for energy–Use energy more efficiently–Use renewable energy supply–Fossil fuels to be used efficiently (combined heat and power)
–Community Leadership and Climate Change•Guidelines for chief executives
–Leading the Way
•Sustainable Development Commission–Low carbon Spaces–dCARB-uk
INTERNATIONAL
• Local Authorities are achieving deep cuts– Municipal leaders summits
• Toronto• Johannesburg
• International Council for Local Environmental Initiatives (ICLEI.org)
• Energy Cities (Energy-cites.org)
CLIMATE CHANGE
• AdaptationManage the more severe winters, erraticrainfall and higher summer temperatures.
• MitigationReduce greenhouse gas emissions by improving energy efficiency and using more renewable energy resources.
ADAPTATION
• Buildings, infrastructure etc– Higher summer temperature– Lower winter temperature– More floods– More high winds
• Standards for new developments?
GREENHOUSE GAS EMISSIONS
• Greenhouse Gas Emissions Inventory, based on Kyoto Basket of Greenhouse Gases– Carbon Dioxide– Methane– Nitrous Oxide– Hydrofluorocarbons– Perfluorocarbons– Sulphur hexafluoride
EAST MIDLANDS EMISSIONS BY GAS
tonnes of gas kt CO2 equivalent
Carbon dioxide 13,868 kt carbon 50,848
Methane 210 kt CH4 4,414Nitrous oxide 9,324 t N2O 2,890Hydrofluorocarbons 120.9 t HFC 727Perfluorocarbons 4.2 t PFC 29Sulphur hexafluoride 6.2 t SF6 148Total emissions 59,058
GREENHOUSE EMISSIONS
28,577
8,304
4,137
1,716
2,012
8,493
854
1,625
3,341
Power stations, refineries, and other combustion in energyproduction and transformation
Domestic, commercial, public and agricultural combustion
Industrial combustion including iron and steel
Industry production processes, including HFC, PFC, and SF6sources
Coal mines, gas leakage, and offshore oil and gas
Road transport combustion
Other transport and mobile machinery (off-road sources,military, railways, shipping, civil aircraft)
Landfill, and other waste treatment and disposal
Agriculture, forestry and land use change, including entericfermentation, animal wastes and non-livestock agriculture
ENERGY RELATED EMISSIONS
89%
11%
Energy Related green housegas emissions (kt CO2emissions)
Other Greenhouse gasemissions
DATA SOURCES• National Data• Regional and Local Data
– Utilities– Environment Agency– Local Authority– Other
• Limited Local Data Available– Post code database?
ACTION TO REDUCE GREENHOUSE GASES
• Carbon Dioxide is most significant gas– Use less energy– Use more renewable energy
• Wind to generate electricity• Solar to generate electricity, heat water, heat air• Biomass (wood) for heat and electricity• Wave and tidal for electricity• Purchase renewable generated electricity
LEICESTER CLIMATE CHANGE STRATEGY
Three key recommendations, 1. Establish company to deliver large
scale energy reductions2. Establish standards for new buildings3. Engage with the public
– Changing behaviour– Information– Engagement
HOW
• Strong political support and commitment• Strong technical knowledge • Strong environmental knowledge
TECHNOLOGY EXISTS
• Energy Efficiency is “boring”• Standards?• Vested interests on the “supply side”• Disparate voices on the “demand side”• Voluntary – non statutory• No shortage of information
NON TECHNICAL BARRIERS
• How do you overcome non-technical barriers?• How do you implement energy efficiency
improvements?• How do you implement renewable energy
systems?– Attitudes and behaviour– Decision Makers– Public Dialogue
BENEFITS OF ENERGY EFFICIENCY
• Multiple benefits- energy- CO2 emissions- comfort- businesses more competitive- quality of life
LOCAL AUTHORITIES
Local Authority type
Typical, annual tonnes CO2
Corporate Community
County Councils
30,000 10,000,000
Metropolitan boroughs, Unitaries
30,000 1,000,000
District councils 3,000 300,000
DEEP CUTS
• Difficult to measure LA progress– Most measures are small scale
• Need major resources– Where are the resources?
• Utilities? Combined heat and power? Government?
– Innovative finance• The ~5% successful authorities have found the
resources to implement measures on a large scale
CITY-WIDE MONITORING
• Energy, waste, transport• Emissions factors• Growth in homes and businesses• Models and evaluation
– Which model– How good is the data?
BUILDINGSHalf-hourly electricity, gas and water
meters • Feedback to building users• Training courses• Used in school curriculum
WATER half hourlyDaily water consumption
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• Resources– Support– Innovative Finance
• Framework (non statutory)– Complex– Multi disciplinary
• Partnership– Businesses– Community
CAN TARGETS BE MET?
PARTNERSHIP
• Can’t do it alone– Regional, national, European and international
networks– Local Strategic Partnerships– Key local stakeholders
• Training– Data and models to evaluate success– Best practice guidance– Inter disciplinary
MDG 7 ENVIRONMENTAL SUSTAINABILITY
• Working with young people• Engage in science engineering of
environmental sustainability– Renewable energy supply– Low energy buildings
• Design, build and use – have fun!
GLOBAL VILLAGE 2006
• International Falcon Movement– Woodcraft Folk in the UK
• Millennium Development Goals• www.globalvillage2006.org/
THE CHALLENGE• Deep cuts in greenhouse gases• Deep cuts in carbon dioxide• Deep cuts in energy use
– Insulation– Heating system– Heating control– Travel – Waste– Purchasing
• Renewable energy
WAY FORWARD
• Comprehensive– Across all
departments, plan wider community
– Wide ownership, chief officer, members, local stakeholders
• Estimates of greenhouse gas emissions– Best estimate
• Public Engagement– Young people
• Action to reduce key emissions– renewables– energy efficiency– transport– waste– advice/information/education– ongoing monitoring– need for government action– regulations, data
• Promote successes– examples of best practice