Upload
cornelia-woods
View
221
Download
0
Tags:
Embed Size (px)
Citation preview
1
Distribution of world climate risks Low-income countries are the most vulnerable
2
Industrialized country with an emissions cap
Baselin
e em
issions
Baseline Scenario
Developing country with no emissions cap
Project em
issions
Project Scenario
Project-based carbon credits
Emissions target
Purchase of allowances
Developing country benefits
from technology and financial flows
$$
ER
Purchase of ERs
Domestic action
Emission Reductions (ERs)
3
1
2
4 6
4
Mauritius, Bagasse Cogen
Africa Region Carbon Finance Project Status – November 2007
South Africa, Tshwane LFG
Nigeria, SF6 red /T&D loss red
Uganda,2 LFG / Compost projects
Kenya, Greenbelt
Kenya, 3 Hydro
Ethiopia, Humbo Assisted regeneration
Rwanda, Lake Kivu + DSM
Mozambique, Distrib system extension
Nigeria, Cogen
Ghana, Energy Efficiency
Ethiopia, Elec Interconnect+Meth capt
Kenya, 2 geotherm/1 Comb Cycle
Uganda,1 Cogen project
15 ERPAs+ 30 proj in pipeline
1 3
1
2
South Africa, Durban LFG
Swaziland, Bagasse Cogen
1
Uganda,Nile Basin Reforestation
Nigeria Lagos LFG
MadagascarBiodiversity Corridor
MaliAcacia Plantations
NigerAcacia Plantations
Nigeria, Transmission loss
4
Debt
Equity
Cash out
Cash in
Yrs 0 1 2 3 4 5 6 7 8 …………………………………….15-20
Carbon finance: payments for a stream of emission reductions
Emission reductions are created only after the project is implemented, operational and registered by the UN regulator.
Carbon revenuesOperating revenues
= annual carbon payments
= other sources of revenue from service or production
= debt servicing
Construction
Payments are made through an Emissions Reduction Purchase Agreement (ERPA) – a forward contract for the purchase and sale of carbon credits.
5
Carbon Asset as Security
Can leverage commercial debt
-4000
-2000
0
2000
4000
6000
1 2 3 4 5 6 7
Year
Cash
Flo
ws (
$000)
LoanDisbursementPCF Payments
LoanAmortization
ER payments are used to amortize commercial loan.
6
Market balance 2008-2012 2008-12 demand for Kyoto mechanisms (Analysts’ expectations)
Demand from EU ETS = 1,140 MtCO2e (900 -1,400 MtCO2e) Based on varying assumptions of growth adjustedfor improvement in carbon intensity
Expected demand from EU Governments: 450 MtCO2eExpected demand from Japan: 100-500 MtCO2e (avg: 350MtCO2e)Expected demand from Ro Europe and NZ: 200 MtCO2e
Based on varying assumptions of Parties about performance of additional (and existing) policies and measures
Will sufficient supply be stimulated, contracted and delivered?– CDM/JI: How many reductions will they deliver on time?
At what price?– AAU/GIS: How many, when and at what price? Some host countries
have expressed their interest in setting GIS (Ukraine, Latvia)
7
Expected Kyoto Balance
0
500
1 000
1 500
2 000
2 500
Vol
ume
(MtC
O2 e
)
Already contracted917 MtCO2e
Residual demand1,083 MtCO2e
Already contracted930 MtCO2e
Not yet contracted> 975 MtCO2e
Potential supply6000-7,100 MtCO2e
Demand for KMs CDM/JI supply AAU/GIS
?
: amount not yet contracted
EU ETS
EU-15 govts
Japan
RoEurope + NZ
Canada ??
CDM
JI
8
Choice of Buyer
• Price & Terms (Compare Apples to Apples)
• Allocation of Regulatory Risk (CER, VER)
• Payment upon Delivery/Advance Payment
• Credit Rating of Buyer (“Buy and Goodbye”)
• Project & Operational Experience
• Remedies/Penalties/Termination