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Key challenges and possible new formats for CDM post-2012 ECBI Fellowships, Oxford, Sep. 3, 2007 Axel Michaelowa, Perspectives GmbH [email protected]. [email protected] www.perspectives.cc. Structure of presentation. - PowerPoint PPT PresentationTRANSCRIPT
[email protected] [email protected] www.perspectives.cc
Key challenges and possible new formats
for CDM post-2012
ECBI Fellowships, Oxford, Sep. 3, 2007
Axel Michaelowa, Perspectives GmbH
[email protected] www.perspectives.cc
Structure of presentation
• The political framework
• The quantitative role of CDM post-2012
• Aggregation of CDM
• Policy CDM
• Sector CDM
• Programmatic CDM
• Conclusions
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The political framework
• AWG Vienna: “achieving the lowest stabilization level
assessed by the IPCC to date would require Annex I Parties as a group to reduce emissions in a range of 25–40 % below 1990 levels by 2020”
“greater mitigation potential is at the disposal of Annex I Parties through the wider use of flexibility mechanisms”
• Developing countries support expansion of CDM
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The role of the CDM post-2012
• Assumptions for market demand Commitment period 2013-2019 -30% for the EU and other OECD compared
to 1990 -10% for Australia, Belarus, Japan, Russia,
Ukraine and the US compared to 2012 -5% for new OECD members Chile, Israel,
Mexico and South Korea
No commitments for any other countries
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The role of the CDM post-2012
8400
5000
1000
600
600
700
100
300
1700
-1300
-200
-1900
-3900
400
-4000 -3000 -2000 -1000 0 1000 2000 3000 4000 5000 6000 7000 8000 9000
EU-28
US
Japan
Canada
Other OECD
Australia
New OECD
Belarus*
Ukraine
Russia
Banked amount
Shortfall
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The role of the CDM post-2012
• Total demand 18.8 billion t CO2 eq.
- Banked volumes 7.1 billion t
= Net shortfall 11.7 billion t
• Current CDM pipeline: 0.4 billion t/year
• Likely that supply could triple until 2020
• Total CER supply 2013-2019: 5.5 billion
= Shortfall: 50%!!
We need additional CER supply
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How to aggregate CDM
• Bundling of projects • Programmes
• Sectoral benchmark for crediting of all projects below the benchmark without further additionality check • Policies • Sectoral no-lose target and ex-post trade –no CDM!
• Sectoral cap and trade – no CDM!
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Evaluating CDM aggregation• Bundling of projectsSensible from transaction cost point of view but done rarely
• ProgrammeEssentially project bundle (without any limit) with
intermediary providing an incentive. Transaction costs likely to be significant. Experience remains to be gathered
• Sectoral benchmark Intensity benchmark makes sense for several important
project types but not for allAbolishing additionality testing is not sensible in situation
without binding cap
• Policy CDMRequires sizeable resources on government levelAllocation of costs and benefits between different players is
tricky
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Defining policy CDM
• Crucial role of government
• A policy should have an incentive to participate (carrot / stick)
• Baseline: status quoRenewable electricity generation caused by the policy
*weighted OM/BM (ACM 2)Energy efficiency standard: average energy use of
appliance before standard*current number of appliances*grid average emissions factor
LFG/HFC/N2O/PFC capture regulation: emissions of all now regulated sources before regulation
Fossil fuel subsidy removal: Fossil fuel use before subsidy removal*fossil fuel emission factor
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Defining policy CDM II• Policy emissions Renewable electricity generation: Zero Energy efficiency standard: standard energy use of
appliance*current number of appliances*grid average emissions factor
LFG/HFC/N2O/PFC capture regulation: current emissions of all now regulated sources
Fossil fuel subsidy removal: Fossil fuel use after subsidy removal*fossil fuel emission factor
• Policy must be monitored throughout crediting period• Challenge: changes in economic activity levels over time Avoid generation of CERs due to activity increase? Possible solution: limit credit to activity level at project start
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Definition of policy CDM III
• Additionality testPolicy has costs compared to status quoCosts directly accrue to private sector
• E.g. renewable energy provision under a RPS is more expensive than fossil fuel
• Mandated HFC-23 capture entails costsCosts directly accrue to public sector
• Subsidy programme for energy efficiency improvement
• Should macro-economic benefits from policy implementation be taken into account in additionality assessment? Incremental cost calculation of GEF…
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Policy CDM – Responsibilities
• Who is project participant?
• Who does the monitoring?
• Who retains the CERs?GovernmentAddressees of the policy who bear costs
• Probably latter would prefer pass-through of the revenues, not necessarily the CERs as such
• Share revenues according to cost distributionGovernment bears CDM registration and monitoring costs
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Policy CDM – Incentives
• CER put option (Müller 2007): right to sell CERs from policy CDM at a pre-determined price Gives government certainty about minimum revenue Challenge to define price (floor price of market) Challenge to define quantity of put options and their allocation to selling countries
• CER obligation (Müller 2003): requirement for countries with emission caps to use CERs for at least a pre-defined share of their emission budget Gives certainty about minimum demand Does not solve the price problem
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Conclusions
• Post-2012 CER supply under current CDM regime likely to be insufficient, if negotiations orient themselves on IPCC results (as done by AWG)
• CDM aggregation may increase CER potential
• Sectoral CDM does not make sense
• Programmatic CDM is promising but not yet testedPilots should be supported
• Policy CDM is very interesting but incentive problems remain to be resolved