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8/4/2019 Project Analysis to Identify Reasons for Delay in Validation and Issuance and Propose Practical Solutions to the CDM EB
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Technical Session 3: Addressingchallenges in CDM project development
and management
Project analysis to identify reasons for delay in validation
and issuance and propose practical solutions to the CDM
EB,
Kumaraswamy Chandrasekara, DNV
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Agenda
Key Validation and Verification issues Key Pitfalls Validation and Verification
Case Study- The BSP Nepal Project -1 and 2
Success factors for registration/issuances
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Version 1 Slide 3 13 September 2011
Key Validation Issues
Project Design
Baselines
Additionality
Emission Reduction Calculations
Monitoring Plan &Provisions for consistent project operations,monitoring
Environmental/Social Impacts incl local stakeholders
Project type specific issues
Large & small hydropower projects
Biomass power projects
Fuel switching / retrofit projects
Energy efficiency projects
Landfill Gas Recovery Projects
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Key Pitfalls - Validation
Non-compliance with the applicability conditions of the
applied baseline methodology or compliance not explainedsufficiently
Applicability criteria from the methodologies are sometimes not specifically
addressed in the PDD.
In other cases, the project may be in non-compliance with one or more of the
applicability criteria
Poor Quality & Inconsistency of PDD Monitoring plan directly copied from methodology and tailored to project specifics
Inconsistencies in data sets used in calculation and detailed in the PDD.
References and links do not provide relevant information to justify assumptions given in the PDD
Monitoring and project management procedures not suitablydefined
Monitoring Methodology and Plan deficiencies
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Version 1 Slide 5 13 September 2011
Key Verification Issues
Thorough assessment of:
All emission reduction claims and underlying factors and calculations
Correct application of monitoring methodology
All assumptions clearly stated
Is the reported data sufficient to sustain he emission reduction claims?
Checks related to:1 Consistency with monitoring methodology
2 Factors used for project emission reduction calculations
3 Remaining Issues, CARs, FARs from Validation or Verification
4 Completeness of Monitoring
5 Accuracy of Emission Reduction Calculations
6 Management System and Quality Assurance
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Version 1 Slide 6 13 September 2011
Verification Pitfalls
Inconsistency of data ( transfer from in field to data base) Monitoring Equipment suitability
Improper Calibration
Control of documents and Records
High Variance between registered PDD and monitoring reportemission reductions
Monitoring Plan implementation not in line with registered
PDD and methodology
- DOE raises corrective action requests
- DOE will request for deviation with EB if correction not
possible
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Case Study- The BSP Nepal Project -1 and 2
The BSP Nepal Project -1 and 2 were sub-project of the BSP-Nepal
umbrella biogas program which aimed to install a total of 200,000small biogas digesters all over Nepal.
The BSP Nepal Project -1 and 2 were part of the fourth phase of the
biogas program and under first three phases, a total of 111,395
biogas plants have been disseminated all over Nepal. Under these sub-projects (BSP Nepal Project -1 and 2) biogas
plants biogas plants of various sizes (4 m3, 6 m3 8 m3 and 10 m3) in
several parts of Nepal (57 districts in case of PA-1 and 55 districts in
case of PA-2), covering various ecological regions (tarai, hill and
mountain) were are installed during the period 1 November, 2003to 6 April 2005 (9708 biogas plants under PA-1 and 9688 biogas
plants under PA-2).
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Case Study- The BSP Nepal Project -1 and 2what
went wrong
The project got rejected on the premise that theproject participant and the DOE (DNV) could not demonst
rate that independent assessment, including survey, random
sampling, and statistical analysis, has been conducted to
confirm that the claimed emission reductions result solelyfrom the project activity
Lack of clarity on how to design a survey
Lack of experience on part of the project
proponent in terms of verification
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ase u y- a were e even ua e c enc es awere indeed addressed better during the second
round of verifications?
Clear guidance from UNFCCC on how the survey
should be designed and conducted.
Better planning on behalf of project proponent,
while conducting survey and identifying clusters of
sample plants which are part of the project activity. Better planning in terms of DOE, planned more man
days for site visit and identified the sample district
and cluster on the desk review meeting stage itself.
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Current Issues in validation and verificationSouth
Asia
Non availability of good consultants.
Lack of standardised data related to baselines/emission factors.
Checking the Host country approval: ideally the DNA need to come out with the
facility to indicate the list of approved projects so as to make the validation easier.
Other issues in validating the current list of hydro projects:
Benchmark: No publicly available data for the country and arriving at a
standard benchmark to meet the financial analysis guidelines. Input parameters at the time of decision making: The inflation of the country
for the past three years is around 15-23%, which makes it difficult to validate
the claims now and to check the values at the time of decision making.
No clear tariff order workings to assess the revenues and other input
parameters.
Almost all the registered hydro projects face issues in verification due to the
calibration and changes in the monitoring plan.
Inadequate capacity for calibrating the meters apart from energy meters.
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Projects with Good PDDs
Keep it simple
Comply with requirements and dont make undeliverablepromises
Project participant is actively involved and well aware of
writing of PDD
Is well aware of its reach and responsibilities
Realizes that a registered PDD becomes the commitment
against which theyll be measured
Understands the PDD is nothing but a persuasive essay
Utilizes latest available public information for
benchmarking and analysis
Recently published PDDs
Information on Emission Factor, Build and Operating
Margins
All supporting information is presented in an accessibleformat and is easy to understand
All assumptions are referenced, quoted and justified
Good PDDs are
persuasive essays
and keep it simple
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Projects with Good Monitoring Plans
Monitoring Plan is feasible
Equipment specifications are correct
Specify the requirements for monitoring equipment (e.g. accuracy) without necessarily already
specify the type of equipment to have some flexibility in implementation
Committed calibration conforms to meth requirements and will be implemented
Benchmarked against other monitoring reports which have worked well
All variables and parameters committed can be controlled and monitored
Good monitoring plans are visionary
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Projects with Good Implementations
Implementation follows exactly what is described in PDD and Monitoring Plan
Equipment specifications and installations are correct
Early awareness of need for deviation or revision
Adequate calibration certificates on time
Frequency, uncertainty, independent third party
Project owner understand the importance of each parameter and regularly follow-up on
monitoring results Keep all logs and data easily available at site visit
All calculations are presented in an accessible format and are easy to understand
Practical solutions are not accepted
Make use of pre-validation and initial verification services
Good implementations are meticulous
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What else?
There is a huge potential for CDM projects in Bhutan, Nepaland Bangladesh (LDC countries). The future lies in PoAs, for
which the requirements of the PoA are to be understood fully
by the PPs.
DNAs should create awareness by capacity building
workshops with prospective PPs/Associations. DOE can be
involved to explain the pitfalls / requirements of
methodologies etc.
DNA of the countries to fix the grid emission factors to
facilitate easier projects implementation.
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Thank you