clean development mechanism for green hose gasses emission reduction lessons learnt future...
DESCRIPTION
From Event of Asian Productivity Organization, Taipei October 2012.TRANSCRIPT
CDM for GHG Emission Reduction – Lessons Learnt & Future Direction
Multicountry Observational Study Mission on Greenhouse Gas Emission ReductionTaipei, Republic of China, 1-5 October 2012
Team Lead, Project & Entity Assessment Unit, SDM Programme, UNFCCC Secretariat Dhirendra Kumar
Overview
1. Context
2. The UN carbon market mechanisms
3. Lessons Learnt
4. Durban and future prospects
2
FIRST MOVER
The United Nations has overseen the development and operation of the world’s first large-scale carbon offset mechanism for more than a decade.
Background
3
THE EXPERIENCE OF THE CDMMAKES CLEAR THAT THERE ARE NO EASY SOLUTIONS
There is no reason to believe that any new offset programmes will find the going easier. Other offset mechanisms would have to overcome the same hurdles that the United Nations has had to overcome, unless of course they learn from what has gone before.
Background
4
Background
Marrakesh Accords
Agreed in 2001
Operationalized the market-based mechanisms
Framework Convention
Agreed in 1992 (entry into force in 1994)
Near universal ratification
Kyoto Protocol
Agreed in 1997 (entry into force in 2005)
All Convention signatories except Afghanistan, Canada, USA
Established three market-based mechanisms
5
The three mechanisms
Clean Development Mechanism (CDM)Offsetting mechanism
Issues credits for emission reductions indeveloping countries
Also promotes sustainable development
Other two mechanismsJoint implementation and internationalemissions trading
Have attracted significantly less investment
Allow developed countries to reallocate theirmitigation targets among each other
6
CDM around the world
Over 5,600 projects in the pipeline
>4,600 registered projects in 75 countries
>2.7 billion CERs estimated in pipeline;
1 billion CERs issued
… with 1.7 billion more by 2020
7
Registration and issuance
Preparation of project proposal
Validation of project
proposal
Consideration of request for registration
By project participants
By third-party auditor
By Executive Board
Monitoring of emissions
Verification of emissions
Consideration of request for
issuance
8
Basis for issuing credits
Baseline
Cumulative emissions
Time
Actual emissions
Credits issued(ex post)
9
Types of CDM projects
• Over 100 methodologies are currently in use• Most project types are eligible, including CCS• Exceptions:
a) Nuclearb) Most land-use, land-use-change, and forestry
projects• Geographically diffuse activities (e.g. household
lighting, cook stoves etc.) can be considered as a single project programme of activities / programmatic CDM
10
Distribution of credits to date
45%
23%
8%
7%
5%
12%
HFC23N2OHydroWindEEOther
Project types have to date been dominated by industrial gas destruction.
11
Distribution of all credits in pipeline
17%
9%
16%
11%7%
38%
HFC23N2OHydroWindEEOther
Project types are expected to become more balanced over time.
12
Household biogasdigesters
CDM Project 121Karnataka, India
Examples of CDM projects (1)
13
Rapid and reliable bus transport
CDM Project 672Bogotá, Colombia
Examples of CDM projects (2)
14
Solar cookers
CDM Project 2307China
Examples of CDM projects (3)
15
Primary design principle
ENVIRONMENTAL INTEGRITYPRIMARY DESIGN PRINCIPLE
Need to ensure that offsets are high-quality and additional.
The CDM itself is a carbon ‘standard’ because it sets out its own standard procedures for assuring the quality of projects.
16
Additionality
• Broad range of tools for the project-based approach
Investment analysis
Barrier analysis
Common practice analysis
• Time-bound crediting periods, revisions to baselines
Cumulative emissions
Time
17
Additionality: beyond the project-based approach
• Strengths of the project-based approach:
Individualized assessments
Generation of rich and voluminous data
• Weaknesses of the project-based approach:
X Extremely resource-intensive
X Potential for inconsistency across projects
• Alternatives:
Positive lists
Standardized baselines
Conservative estimates
Performance benchmarks
Sector-based crediting?
18
ACCESSIBILITYSECONDARY DESIGN PRINCIPLE (1)
Secondary design principle (1)
• Streamlining of operational processes
• Clarity of guidance
• Stakeholder engagement and consultation
• Capacity-building for potential offset providers
• Risk-based assessment
19
• Avoid patchwork of standards
• Common rules for measurement, reporting and verification
• Opportunities fortrade, export, and commercial ties
Secondary design principle (2)
AN INTERCONNECTED CARBON MARKET IS MORE EFFICIENT
20
• New domestic and regional emissions trading systems are emerging
• Several proposed emissions trading systems will accept CDM credits (CERs) for compliance purposes
• Supply of CERs is expected to meet demand
SIGNS THAT THE GLOBAL CARBON MARKETWILL CONTINUE TO GROW AND EVOLVE
Looking forward
21
Affirmation of market-based mechanisms
• Parties acknowledged the role of market-based mechanisms in helping to meet the climate change challenge
Future of the CDM is guaranteed
• Agreement to adopt a second commitment period (starting in 2013 and running until 2017 or 2020)
• Agreement to maintain and build upon the existing market-based mechanisms
Durban Conf. Decisions
22
New Market Based Mechanism• New common market based mechanism under UNFCCC • Important element in the EU package for agreeing CP2• Procedures and modalities in 2012
• EU proposed in earlier submissions a Sectoral Crediting Mechanism to:
• Move from projects towards mitigationin sectors, regions/cities, economies
• Improve governance and efficiency
• Other parties may have different views
• Parties still to agree on the features of the mechanism
Durban Conf. Decisions: New MBM (1)
23
Close climate finance gap• Align climate finance
needs with private sector investment requirements
• Leverage scarce public funds via private funds
Build on CDM experience• CDM reform goes ahead
at pace• Reduced transaction
costs• Move beyond project
boundaries
A global market• NMBM , NAMA´s
improved CDM could be the stepping stone for a global carbon market
Scale up emission reductions• Sector transformation
instead of individual projects
• Achieve systematic host country involvement
Durban Conf. Decisions: New MBM (2)
24
www.cdmpolicydialogue.org
• High level panel - distinguished persons not connected to CDM• Independent from UNFCCC and CDM EB
• Recommend actions to best position CDM in the future• Focus on 3 research areas: Impact, Governance, Context
• Report presented at EB69 (Sep) & ready for CMP 8
CDM Policy Dialogue
25
• What is the role of CDM and JI in the future?
• How can CDM remain relevant and competitive
in a fragmented market? (harmonizing agent)
• Are the new mechanisms and ETSs going to
strengthen or compete with CDM/JI?
• Will credited NAMAs be integrated in the carbon market?
• When are the new mechanisms going to be operationalized?
• How is the global carbon market going to look like in 2015/2020?
• Which KP units will be eligible under the new ETSs?
Some “burning” questions
26
• Much has been invested in the CDM – in intellectual, institutional and monetary terms.
• The CDM has demonstrated itself to be an effective tool for incentivizing low carbon development.
• A central tenet of the Board’s work in its last year of the first commitment period is to ensure that the CDM is “fit for the future”.
However………Fit for the future
27
1. Carbon mechanisms - broad agreement in Doha to continue & expand
2. CDM - learning-by-doing instrument; on-going improvements (PD)
3. National/regional markets - means to engage private sector financing
4. UNFCCC - linking future international carbon mechanisms/markets
5. Intense negotiations - global agreement by 2015
6. Carbon market - critical period of maturation;
still can enable low-cost mitigation
7. “Interesting times” ahead! - domestic andregional developments in 2012-2015
Conclusions
28
www.unfccc.int
“Credible offset mechanism for a low greenhouse gas future promoting sustainable development’’
[Vision of CDM Business Plan 2012- 2013 ]
29