Climate change mitigation in Cities: A city-wide approach to carbon finance Monali Ranade Carbon...
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Transcript of Climate change mitigation in Cities: A city-wide approach to carbon finance Monali Ranade Carbon...
Climate change mitigation in Cities: A city-wide approach to carbon
finance
Monali RanadeCarbon Finance Unit, The World Bank
Carbon Expo, CologneMay 27, 2010
Why Cities and Carbon Finance?
Fastest growing source of greenhouse gas (GHG) emissions
High level of economic growth with very large population inflow
Continuous challenge to balance development and environmental needs
Inadequate level of engagement in CDM Potential for carbon finance to facilitate
low-GHG development in cities
GHG emissions in Cities
Transportation of Waste
WasteTransport
Urban Forestry
Water
Grey water reuse
Sludge treatmentPedestrian comfort
Energy
Traffic management systems
Biogas-to-energy
Efficient water pumping
Heat island effect
Sources of emissions:1. Transport2. Solid Waste3. Water 4. Energy usage
Emission sink:Urban Forestry
Mathematically, it should be possible for a city to be carbon neutral by creating sufficient green areas
Single ProjectBundle of Projects
Program (PoA)
Single location Many locationsMany locations, across countries
Single project owner(e.g., 1 hydro plant)
Many project owners(e.g., 10 hydro plant)
Many project owners
1 project onlyA number of activities submitted as 1 project (e.g., 10 hydro plants)
A number of activities submitted over the duration of a program
A single crediting period (e.g., 7/10years)
Single crediting period for all activities (7/10 years)
Each project has own crediting period
Project owner is known
All project owners are known
At least one project is known, rest included as they join
Types of CDM Projects
City A
City B
City C
Waste
Waste
Waste
Transport
Transport
Transportwater Options 2:
PoA across many cities (e.g., Transport)
Option 1: Stand-alone project in one large city (e.g., LFG project)
Option 3: Bundled project in two or more cities (e.g., EE in water pumping)
water
Options for cities to access carbon finance*
* Under CDM
PoAImplements any policy/measure or stated goal
CPA1
CPA2
CPA3
CPA..n
CPA4
AchieveGHG reductions
or removals by sinks
One Programme of Activities (PoA) & Many CDM Project Activities (CPAs) :One coordinating agency and type of intervention
C.Figueres & M.Philips, 2007
How does programmatic CDM work
TransportCPA 1 CPA 2..
Energy CPA 5 CPA 6..
WasteCPA 3 CPA 4..
WaterCPA 7 CPA 8..
Urban ForestryCPA 9, CPA 10
City-wide approach to carbon finance*Enabling cities to improve urban services while reducing GHG emissions
Characteristics of an urban program
a. City Authority responsible for • Aggregation of GHG
reductions
• Implementation
• Monitoring and verification
b. Baseline includes the urban area, current and projected growth
c. Technology and policy interventions identified in each sector
d. Strengthens on-going programs
e. Implementation through public-private partnerships, sub-contracts, ESCOs, etc
* This approach will be submitted to the CDM EB in June 2010
Mayor / City ManagerWaterWater supply
EnergyStreet-light efficiency
WasteCompostingLandfill GasTransport
Public transportLow-carbon vehicles
Urban ForestryParks
Program Coordinator
Municipal Departments
Example of Projects
Structuring a city’s carbon program
Creating city-wide programs
1 • Establish a coordination office for the program
2• Establish the geographical and sector
boundary for the program
3• Create an inventory of GHG emissions in the
boundary
4 • Identify responsible departments and agencies
5• Create appropriate incentives for relevant
stakeholders
6• Identify interventions and establish program
eligibility
7• Establish system for documentation and
quality control
8 • Implement and monitor the interventions
9
10
• Quantify emission reductions: measure or estimate
• Validate or verify ER benefit
BaselineEnergy + Waste + Transport sectors
Buildings EEComposting New Public transport
Street-lights
Business As Usual
GHG Emissions
GHG Emissions
with city’s carbon
program
Un
it T
on
s o
f C
O2e
(C
um
ula
tive
)
Assumptions:• 10% Annual growth of emissions in the Business As Usual (BAU) scenario• Project and policy interventions included for each sector• Implementation start date and length varies for project interventions in the 10 year period• Emissions and emission reductions are cumulative
Illustration of GHG mitigation impact
Year 1
10
GHG Emission Reductions
For more information
Visit: http://carbonfinance.org