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methane-capturing pdf
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Clean Development Mechanism
(CDM) Methodologies
DENR Training Workshop
MMLDC, October 19-21, 2004
OUTLINE
I. CDM Approved Methodologies
II. Examples of CDM Approved
Methodologies
1. Salvador da Bahia Landfill Project
2. Consolidated Methodology for
Grid-connected Elecriticy Generation
for Renewable Sources
A project proponent planning to develop a
CDM project has two options with regards to
baseline and monitoring methodologies. He
may:
1) Use an approved methodology, or
- CDM Executive Board has approved a total of
17 methodologies
- Indicative simplified methodologies for
selected small scale CDM Project categories
2) Propose a new methodology
I. CDM Approved
Methodologies
UNFCCC website modified
As of October 4, 2004
CDM Approved Methodologies
AM/NM
Name of Approved Baseline Sectoral Reference
Name of Project Methodology Scope Number
1 HFC Decomposition Project Incineration of HFC 23 waste streams Consumption of AM0001
in Ulsan, Korea (Currently on hold) halocarbons &
sulphur
hexaflouride
2 Salvador da Bahia Landfill GHG reduction through landfill gas capture Waste Handling AM0002
Gas Project and flaring where the baseline is establshied & Disposal
y a public concession contract
3 Nova Gerar Landfill Gas to Simplified Financial Analysis for Landfill Waste Handling AM0003
Energy Project Gas Capture Project & Disposal
4 A. T. Biopower Rice Husk Grid-connected biomass power generation Energy AM0004
Power Project that avoid uncontrolled burning of biomass Industries
5 El Gallo Hydroelectric Small grid-connected zero-emissions Energy AM0005
Project renewable electricity generation Industries
CDM Approved Methodologies
AM/NM
Name of Approved Baseline Sectoral Reference
Name of Project Methodology Scope Number
6 Methane Capture and GHG emissions reductions from manure Waste AM0006
combustion of swine management systems Handling &
manure treatment for Disposal
Peralillo
7 TA Sugars Proposed Sugar Analysis of the least-cost fuel option for Energy & AM0007
Cogeneration Plant and seasonally operating biomass cogeneration Manufacturing
Fuel Switch Project plants Industries
8 Graneros Plant Fuel Industrial fuel switching from coal and Manufacturing AM0008
Switching Project petroleum fuels to natural gas without Indsutries
extension of capacity and lifetime of the
facility
9 Rang Dong Oil Field Recovery and utilization of gas from oil Fugitive AM0009
Associated Recovery and wells that would otherwise be flared Emissions
Utilization Project from fuel
10 Durban Landfill Gas to Landfill gas capture and electricity Energy & AM0010
Electricity Project generation projects where landfill gas Waste
capture is ot mandated by law Handling
CDM Approved Methodologies
AM/NM
Name of Approved Baseline Sectoral Reference
Name of Project Methodology Scope Number
11 Onyx Landfill Gas Landfill gas recovery with electricity Waste Handling AM001
Recovery Project gneeration and no capture or & Disposal 1
destruction of methane in the baseline
scenario
12 Treatment cum Energy Biomethanation of municipal solid waste in Biomethanation AM001
Generation, India India, using compliance with MSW of MSW 2
rules
13 Bumibiopower Methane Forced methane extraction from organic Waste Handling AM001
Extraction & Power waste-water treatment plants or grid & Disposal 3
Generation Project in coneected electricity supply
Malaysia
14 MGM Natural Gas-based Natural Gas-based package co-generation Energy & AM001
Package Cogeneration Manufactur 4
Project in Chile ing
Industries
15 Vale do Rosario Bagasse Bagasse-based cogeneration connected to an Energy AM001
Cogeneration Project electricity grid Industries 5
in Brazil
CDM Approved Methodologies
Consolidated Methodologies Title Sector Reference
Number
16 Consolidated Methodology for Landfill Waste ACM0001
Gas Project Handling &
Disposal
17 Consolidated Methodology for Grid- Energy ACM0002
connected electricity generation from Industries
renewable sources
II. Examples of CDM
Approved Methodologies
UNFCCC website modified
As of October 4, 2004
CDM Approved Methodologies
AM 0002 – Greenhouse Gas emissions
Reductions through Landfill Gas
Capture and Flaring where the
Baseline is established by a
Public Concession Contract
A. Description of the Project Activity
• Name of Project to which Methodology was based:
Salvador da Bahia Landfill Gas Project in Brazil
• Category of Project Activity
Landfill gas reduction project
• Brief description of the Project
The project involves installing equipment for methane
destruction with capacity of 6,250 m3/hr in 2000
(expanding to 46,250 m3/hr in 2020). This equipment will
consist of enclosed flaring with controlled burning
condition.
A. Description of the Project Activity
• Primary GHG Impact
Landfill methane (CH4) avoided and
detroyed
• Total Estimated Emissions Reductions
13,958,155 tonnes CO2e for 16 years
B. Establishing Additionality
• Method for establishing additionality
Barrier test:
Investment barriers
The concession contract does not provide for additional
payment for capturing and destroying additional
methane. Any investment or operation to destroy more
than the contractual amount will not have other form of
remuneration other than the CERs.
C. Establishing Baselines
• Baseline Scenario
The baseline quantity flared is determined by
the contractual requirement, which is
established through a competitive bidding
process. The project must demonstrate that the
quantity of methane flared reflects
performance among the 20% in the previous
five years for landfills operating under similar
circumstances.
C. Establishing Baselines
• Baseline Approach
Emissions from a technology that represents an
economically attractive course of action, taking
into account barriers to investment.
• Method of calculating Baseline Emissions
Emissions reduction is the difference between
amount of methane actually capture and flared
less the amount of methane captured and flared
specified by the contract corrected for the
quantity of waste received.
D. Conditions for Applicability
• This method is applicable to biomass-fired power
generation project activities displacing grid
electricity that:
There exists a contractual agreement that makes
the operator responsible for all aspects of the
landfill design, construction, operation,
maintenance and monitoring;
The Contract was awarded through competitive
bidding process;
D. Conditions for Applicability (cont.)
The contract stipulates the amount of landfill gas
(expressed in cubic meters) to be collected and flared
annually by the landfill operator;
The stipulated amount of landfill gas to be flared
reflects performance among the top 20% in the
previous years for landfills operating under similar
social, economic, environmental and technological
circumstances; and
No generation of electricity using captured landfill
gas occurs or is planned.
CDM Approved Methodologies
ACM 0002 – “Consolidated baseline
methodology for grid-connected
electricity generation from
renewable sources”
Sources:
•Vale do Rosario Bagasse Cogeneration Project
•Wigton Wind Farm Project
•El Gallo Hydroelectric Project
•Jepirachi Windpower Project
•Haidergarh Bagasse Based Co-generation Power Plant
•Zafarana Wind Power
•Bayano Hydroelectric Expansion and Upgrade Project
•Darajat Unit III Geothermal Project
Conditions for Applicability
• This method is applicable to grid-connected
renewable power generation project activities under
the following conditions:
Applies to electricity capacity addition from:
• Run-of-river hydro power plants
• Wind sources
• Geothermal sources
• Solar sources
• Wave and tidal sources
Conditions for Applicability
Not applicable to project activities that involve
switching from fossil fuel s to renewable energy at
the site of the project activity;
The geographic and systems boundaries for the
relevant electricity grid can be clearly identified
and information on the characteristics of the grid is
available; and
Applies to grid connected electricity generation
from landfill gas capture to the extent that it is
combined with the approved consolidated
methodology.
Additionality
The consolidated tools for demonstration of
additionality being developed by the Executive Board
shall apply. This methodology will therefore only
become valide as of the approval by the Board of
consolidated tools for demonstration of additionality.
Baseline
The baseline scenario is the electricity that would have
otherwise been generated by the operation of grid-
connected power plants and by the addition of new
generation sources.
Thank you!
KLIMA Climate Change Center
Manila Observatory, Ateneo de Manila
Loyola Heights, Quezon City
Tel. No. 426-0837
Email: cd4cdm@observatory.ph
Website: http://www.klima.ph/cd4cdm
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