Title: Programmatic CDM: An Approach to Obtaining Carbon Credits
1Programmatic CDM An Approach to Obtaining
Carbon Credits
- Presentation by Charles Murove
- Gauteng Provincial Workshop
- CDM Awareness Raising Workshop
- Manhattan Hotel, Pretoria (13th May 2009)
2CDM Programming in SA
- Refer to DNA presentation
- Points to note
- yes stand-alone CDM works
- yes SA has some registered CDM projects
- yes a few have been issued with CER certificates
(examples?) - but there are issues militating against wide
scale adoption of CDM in developing countries - hence the potential role of pCDM incl. in SA
3Items to be covered
- What is it?
- Why Is It Important?
- A Very Brief History
- Programmes vs Bundles
- Where We Are Now?
- UNFCCC Procedures/Guidance
- Status of methodologies
- Issues to consider
- Role of the Programme Entity
- What do participants do?
- Programmatic CDM (pCDM) and CDM Methodologies
- Role of the DOE
- How to move pCDM forward
- If time allows The Marbek-SPF pCDM project
4Why pCDM?
- As Yvo de Boor, Executive Secretary of the United
Nations Framework Convention on Climate Change
(UNFCCC) has said - Programmatic CDM is expected to enormously
enhance the chances of small and poor countries
getting access to the CDM. In such countries,
single projects are often too small to be
commercially attractive. As a consequence, many
small and poor countries are not benefiting from
the CDM at the moment. The programmatic approach
could dramatically change this.
5Why pCDM/2?
- Stand-alone CDM has a number of constraints which
include high transaction costs per activity and
require a long lead times from project
development to actual issuance of the CER
certificate - To assist overcome some of the constraints
- Innovations towards strengthening the CDM
-
- rather than implement a stand-alone CDM
project activity, - execute a programme of activities (pCDM) or
implement sectoral CDM (sCDM) - Focus of this presentation is pCDM
6Typical CDM Project Cycle (Source Carbon
Fund/CF)
7Projects (stand-alone CDM) need to be of a
sufficient scale to be attractive economically
viable (Source - South Pole Carbon)
50
Registering CDM projects involves a number of
fixed costs
And therefore a project requires sufficient
scale to overcome these costs and to be
profitable/attractive
- PDD development
- Advisory services
- Validation
- Registration
- Verification
- Issuance
Present value of CDM costs and revenues 000 EUR
Revenues
Costs
Project size 000 tCO2e
8What is it?
- A programme rather than a project activity.
- A group of similar CDM project activities
organised by a single entity (CME). - Can take place in many different locations
(including multi-country) over a long period of
time (up to 28 years). - The programme can be implemented by a public or
private entity.
9Why Is It Important?
- Particularly important for energy efficiency and
renewable energy (EERE) projects as it has the
potential to reduce transaction costs/activity. - It also allows smaller project activities to get
credits even if not ready to proceed nowthe
long tail projects which are presently
neglected. - How does it do this?
- Facilitates corporate programmes which may
introduce the same improvement in many different
facilities over time. - Encourages use of standards and policies as a
basis for CDM projects, removing the perverse
incentive.
10Long-tail and Short-tail EE Projects
Volume of Reductions
Number of Projects
Stand-alone CDM
Distributed CDM
High savings/ High cost/Single location
Low savings/lower cost/many locations
Adapted from C Figueres M Phillips, 2007,
unpublished draft.
11A Very Brief History
- Introduced at COP11/MOP1--2005
- Finally approved at EB32 in June 2007
- Guidance and procedures plus templates for PDDs
issued in July 2007. - Methodologies now being revised to incorporate
programmatic. - As many as 10? programmes now at validation, none
approved yet.
12The Final Word.
- A programme of activities (PoA) is a voluntary
coordinated action by a private or public entity
which coordinates and implements any
policy/measure or stated goal (i.e. incentive
schemes and voluntary programmes), which leads to
GHG emission reductions or increases net
greenhouse gas removals by sinks that are
additional to any that would occur in the absence
of the PoA, via an unlimited number of CDM
Programme Activities (CPAs).
13The Final Word, continued.
- All CPAs of a PoA shall apply the same approved
baseline and monitoring methodology, involving
one type of technology or set of interrelated
measures in the same type of facility/installation
/ land.
14And one more thing.
- The physical boundary of a PoA may extend to
more than one country provided that each
participating non-annex I host Party provides
confirmation that the PoA, and thereby all CPAs,
assists it in achieving sustainable development
15Programmes vs Bundles
- Bundle
- a set of different project activities undertaken
at approximately the same time (i.e. for the same
crediting period) either by different project
developers or by the same developer in different
locations. (May use different technologies and
baselines) - Purpose to increase the size of the project
being registered, e.g. by bundling a number of
very small-scale projects to achieve a larger
project which still qualifies as small-scale.
16Programmes vs Bundles/2
- Programme
- a set of project activities which are broadly
similar, e.g. have the same baseline and use the
same technology, but take place over a wide area
and over a long period of time, e.g. with
different crediting periods. - Purpose to facilitate the implementation of a
measure or set of measures (e.g. energy
efficiency) which would otherwise be too costly
to implement as separate project activities.
17Bundles Within Programmes
- Preference for using small-scale methodologies
for programmatic CDM - Wider range of approved methodologies
- Fits the smaller size of most EE and RE projects
- Leads to possibility of bundling projects
together to further reduce transaction costs,
e.g. large number of small solar projects. - Unlike regular bundling, subject to single
technology/set of measures/single methodology
rule.
18Duration, Crediting Periods
- EB 32
- The duration of the PoA, not exceeding gt28 years,
shall be defined by the entity at the time of
request for registration of the PoA. Any CPA can
be added to the PoA at any time during the
duration of the PoA by the coordinating/ managing
entity. - CPAs will declare their crediting period at the
time they are added to the PoA, and this period
cannot be outside of the project duration.
19Role of the Coordinating Entity
- The PoA must be submitted by one
coordinating-managing-entity (CME) which can be
private or public. - This entity does not necessarily implement the
GHG reductions but rather provides the framework
and incentives for others to do so. - The CME communicates with the EB on all matters,
including the registration of CERs. - The CME must ensure that double counting does not
occur, i.e. activities in the program are not
registered as a separate CDM project activity,
nor are they part of another registered CDM
program.
20What does the CME Do?
- Is accredited by DNA as a voluntary party
- Develops the PoA PIN PDD
- Establishes procedures for project entry to the
programme and confirms eligibility. - Submits PoA PDD and CPA PDDs to DOE
- Coordinates sale of credits and initial
periodic verification. - Is the sole channel of communication with the DNA
and CDM EB.
21What Do the Participants Do?
- Develop PDDs for their project activity,
following the template provided by the PoA. - Submit the PDDs to the CME for onward
transmission to the EB - Are responsible for monitoring of the emissions
reductions. - Receive the CERs from their project activity (or
a share of same)
22Types of Programme
- Single measure/single location
- Example Improved ceiling insulation in
buildings - Several measures/single location
- Example Measures to improve boiler efficiency
- Single measure/many locations
- Example Replacing incandescent w/CFLs
countrywide. - Several measures/many locations
- Example Set of related efficiency measures for
buildings, e.g. aircon/eff.lights/
ballasts/fans
23Methodologies
- All CPAs must use the same baseline and
monitoring methodology. - For energy efficiency, the number of approved
demandside methodologies is very small. - BUT, can use small-scale methodologies provided
that - The individual CPAs fall under the small-scale
threshold, regardless of total programme size. - This threshold now revised to 60 gWh per annum
for e.e, or 60,000 tonnes CO2-e for other
projects.
24Opportunities
- PoAs based on standards
- Subject to effectiveness/currency
- 4-5 e.e. standards currently under SABS review
- PoAs based on energy efficiency measures or sets
of interrelated measures, e.g. - Compressor optimisation
- VSDs for conveyors
- Chiller optimisation/upgrades
25The Energy Efficiency Accord (EEA) Programmatic
CDM Project (pCDM)
- Funded by Global Opportunities Fund GOF (now
Strategic Projects Fund - SPF) and SANERI. - Joint venture between NBI and Marbek.
- NBI planned to incorporate as a sponsored
programme under the Sustainable Futures Unit. - The EE Accord Technical Committee (EETC) to be
involved and to constitute a management committee
for the CME. - A PoA will be created and a pilot project
activity developed - Three technologies/measures reviewed and SWH
technology selected by EETC. - NBI no longer part of the initiative
- CEF NEEA now on board
26Where We Are NowUNFCCC Status
- Procedures/Guidance in place but subject to
revision at any time. - Methodologies
- Small-scale all now contain conditions for
programmes of activities. - Large-scale under review, some changes made.
- Main concern is leakage.
- EB clarification/decision pending regarding DOE
liability and programme monitoring issues.
27Issues to consider.
28Role of the Programme Entity
- In the PoA_DD, CME responsibilities have to be
specified, e.g. - overall management of the programme, including
all documentation and registration - only party authorized to communicate with the DNA
and the CDM EB on behalf of project participants - Advisory services for technical and procedural
matters, including screening new applicants. - Maintaining a project database and archive of
monitoring reports.
29What must participants do?
- Will have to sign a binding agreement to allow
CME to manage the programme and retain a portion
of CERs to cover operating costs. - Will have to fill in template (non-specific
CPA_DD) and submit to CME. - Will have to guarantee that they are not part of
another programme or seeking registration as a
separate CPA.
30The Role of the DOE
- Crucial Role as it is the DOE that validates the
PDDs and certifies the projects on behalf of EB. - The CDM EB has decreed that DOEs must bear risk
of under-estimation or other errors. - Raises a number of questions
- Deduction penalties said to accrue to DOE in
case of unqualified CPAs - DOEs want to restrict this liability to
unqualified PoAs - Need clearer guidance for extent of
CPA-registration work (before starting activities
instead of corrections by review cases) - Need to have flowing issuance requests rather
than put issuance on hold because of
verification concerns on a single CPA
31Issues that need to be resolved
- DOEs are reluctant to take on pCDM
programme/projects risks - As a result pCDM validation has stalled
- CDM EB is reviewing liability issues with a view
to minimise risks to DOE - More clarity on process needed are programmes
subject to more stringent review than projects? - Who bears responsibility for CPAs that enter the
programme after the initial validation/
registration? - Issuance flow provide assurance that CPAs
failing verification will not block the flow of
qualifying CPAs.
32Programmatic CDM Projects Under Development
33Background
- Funding from SPF and SANERI
- SANERI funding focuses on background research,
selection of technologies - SPF work focuses on programme development,
implementation - Deliverables
- A working CDM programme, validated and registered
with the CDM EB
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36Project 1 Boiler Steam System Optimisation
- Covers range of capital-cost improvements in
boiler and steam systems, treated as a set of
interrelated measures. - Uses small-scale methodology AMS II.C
- Demandside Energy Efficiency Project Activities
for Specific Technologies - Project Design Document will include boilerplate
information for calculating baselines,
establishing additionality, and analysing
interactive effects of adopting more than one
measure.
37Project 2Installation of Variable-Speed Drives
- Covers installation in a range of applications
including VSDs for pumps, fans, conveyors. - Could be applied to some buildings applications
operating under variable load conditions, e.g.
chillers. - Uses small-scale methodology AMS II.C
- Demandside Energy Efficiency Project Activities
for Specific Technologies - PDD Document will include boilerplate information
for a range of specific applications.
38Project 3 Solar Hot Water (SWH) for
Commercial-Industrial Applications
- Selected by the EETC
- Covers ablution uses and low-temperature process
uses (lt60 C). - Uses small-scale methodology AMS I.C, Thermal
Energy for the User with or without electricity. - Technologies used will have to adhere to national
standards (SANS 1307 and SANS 10106) - Integration with Eskom Industrial and Commercial
DSM programme (SWH Component). - Status PoA_PDD and non-specific CPA_PDD
completed, first specific CPA_PDD under
development.
39Other pCDM Initiatives
- The National Sustainable Housing Facility
- Focuses onENERGY EFFICIENCY
- Who are the key role players?
- KUYASA CDM PROJECT
- SSN
- DBSA
- GENESIS
- DANIDA
- More about this in a later presentation.
40Thank you for your attention!
For more information or to discuss becoming a
participant contact Charles Murove Marbek
Resource Consultants Africa 8 Victory
Road Greenside 2196 Johannesburg T 27 11 888
1194 F 27 11 782 4054 C27 82 347 0032
CharlesM_at_Marbek.co.za http//www.marbek.co.za