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©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
By
ir M
ich
el B
uro
n
Oct
ob
er 2
006
CDM Opportunities for Cogeneration
Projects –
Singapore Perspective
Seminar “Energy Efficiency for Process Industry”
29thFebruary 2008, SEAS Singapore
Speaker: P.Krishnamurthy
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Content
�Why Cogeneration?
�Why CDM?
�Baseline
�Project Scenario
�Methodology and Applicability
�Potential CER
�Additionality
�SD Criteria
�NG based cogen project in Singapore
�Status of CDM registered projects –
Energy Industries
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Benefits
of C
OG
EN
?
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Benefits
of C
OG
EN
?
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Why CDM ?
�Natural gas based cogen projects are
potential CDM projects, since NG is a
cleaner fuel
�Renewable co-generations are
potential CDM projects, since these are
zero emission projects
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Baseline
�Electricity Baseline: Power from the
grid
�Steam baseline: Baseline fuel is diesel
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Project Scenario:Natural Gas Based Cogen
�The heat and power requirement of the project
activity is being met by a third party NG based cogen
facility
OR
�The heat and power requirement of the project
activity is being met by a self owned NG based cogen
facility but not supplying any excess power to grid
OR
�NG based new cogen facility developed to supply
electricity and/ or steam directly to two or more
grid/off-grid customer
Note: These projects will fall under large scale projects
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Project Scenario:Renewable Cogen
�Small scale Project (thermal energy production < 45
MW)
Biomass based co-gen system that produces heat and
electricity for supplying to individual households or
users.
�Large scale project (thermal energy production> 45
MW)
Biomass based co-gen system for captive and/or grid
supply
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Methodology and Applicability: NG Based Cogen
AM0014/V
ersion 03,
Scope 01 and 04
EB 33
Natural gas based packaged
Cogeneration
Reference
Title
The methodology also refers to approved consolidated methodology
ACM0002::
“Consolidated methodology for grid -connected electricity generation
from renewable sources”
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Key applicability criteria of AM0014
�Electricity and heat requirement of the consuming
facility is generated in separate system in the absence
of the project activity
�The co-gen system is either a third party or self-
owned.
�No excess heat or electricity is supplied to grid/other
user
Methodology and Applicability: NG Based Cogen
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Methodology and Applicability: NG Based Cogen
AM0048/V
ersion 02,
Scope 01
EB 35
New
Co-generation facilities
supplying electricity and/or
steam to m
ultiple customers and
displacing grid/off grid steam
and electricity generation with
more carbon intensive fuel
Reference
Title
The methodology also refers to the latest version of the:
“Tool for the demonstration and assessment of additionality”
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Key applicability criteria of AM0048
�The project co-gen facility supplies steam and
electricity to multiple consumer/grid
�Project consumer should not co-generate steam and
electricity in the baseline scenario
�Project consumer has to ensure that the equipment
sold/displaced due to the project activity will not be
used for other purposes
Methodology and Applicability: NG Based Cogen
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Methodology and Applicability: NG Based Cogen
AM0049/V
ersion 02,
Scope 01 and 04
EB 35
Methodology for gas based
energy generation in an
industrial facility
Reference
Title
The methodology also refers to the latest version of the:
“Tool for the demonstration and assessment of additionality”
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Key applicability criteria of AM0049
�The project
co-gen facility (electricity and/or
steam/heat) is installed for captive utilisation only
�Project consumer should not co-generate steam and
electricity in the baseline scenario
�Project activity should generate non steam thermal
energy in one or more elemental processes
�Switch from use of coal or oil to gaseous fuel for
generating energy
Methodology and Applicability: NG Based Cogen
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Methodology and Applicability: Renewable Cogen
AMS-I.C/V
ersion 12,
Scope 01
EB 33
Thermal energy for user with or
without electricity
Reference
Title
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Key applicability criteria of AMS-I.C
�The project
co-gen facility is supplying
individual households or users with therm
al
energy and electricity that displaces/avoid fossil
fuel consumption
�The maximum therm
al energy production
capacity is limited to 45 MW.
Methodology and Applicability: Renewable Cogen
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Methodology and Applicability: Renewable Cogen
ACM0006/V
ersion
06, Scope 01
EB 33
Consolidated m
ethodology
electricity generation from
biomass residues
Reference
Title
The methodology also refers to the latest approved version of:
•ACM0002 ( “Consolidated baseline methodology for grid
connected electricity generation from renewable sources”)
•“Tool to determine methane emissions avoided from
dumping waste at a solid waste disposal site”
•“Tool to calculate project or leakage CO2 emissions from
fossil fuel combustion”
•“Tool to calculate project emission from electricity
consumption”
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Key applicability criteria of ACM 0006
�The installation of a green field biomass based
co-gen facility.
Or
�Power capacity expansion projects
Or
�Fuel switch projects
�The project activity should fall into one of the
20 different
scenarios as described in the
methodology
Methodology and Applicability: Renewable Cogen
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Potential CER
CER from displacing grid electricity:
�For NG based co-gen on an average 200 tons of
CO2/MU of grid power displacement
�For renewable co-gen on an average 500 tons of
CO2/MU of grid power replacement
CER from thermal energy:
�3-3.5 tons of CO2/ Kl of diesel replaced
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Additionality-In context of Singapore
Investm
ent barr
iers
�The surplus power scenario in Singapore makes the grid power
cheaper than the power generated by the self owned co-gen facility
�Cost of natural gas for smaller project activities may be too high.
Com
mon P
ractice B
arr
ier
�Availability of surplus power in the Singapore electricity grid makes it the
cheapest and most commonly used mode of energy consumption
Oth
er B
arr
ier
�For renewable cogen, fuel supply security risk is one of the important
barriers.
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
SD Criteria
Socia
l C
rite
ria
�These projects will contribute in bringing social awareness among the
people about global warming, importance of clean energy and
conservation of depleting fossil fuels reserve.
Econom
ic C
rite
ria
�Will bring in economic prosperity in the form of direct and indirect
employment during the implementation of the project activity to
contractors,consultants, technology suppliers.
Environm
enta
l C
rite
ria
�Will conserve precious non-renewable fossil fuel
�Will help in mitigating global warming by achieving GHG emission
reduction
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
NG based Cogen CDM Project in Singapore
Summary
Full C
arb
on A
sset M
anagem
ent:
PD
D
develo
pm
ent, v
alidation, re
gis
tration,
monitori
ng, veri
fication, sale
of C
ER
s.
Scope o
f K
YO
TO
energ
y
To b
e fin
alised
DO
E (validation)
To b
e fin
alised
Annex 1
(C
ER
buyer)
1stQ
uart
er
2009
Sta
rt c
reditin
g d
ate
1stQ
uart
er
2008
Com
merc
ial opera
tion
210,0
00 t C
O2e
( 7 y
ears
cre
ditin
g p
eri
od )
Em
issio
n r
eductions
AM
0014./V
ers
ion 4
Meth
odolo
gy
Energ
y (S
ecto
r 1), M
anufa
ctu
ring (S
ecto
r 4)
Secto
r
Banyan U
tilities P
vt Lin
ited
Nam
e
Sin
gapore
Location
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
Status of CDM registered projects –Energy Industry
Summary
Reg
iste
red
CD
M P
roje
cts
- Ene
rgy
Indu
stry
Biogas, 67
Biom
ass, 152
Cogeneration, 77
Efficiency Im
provem
ent, 27
Fuel Switch, 22
Geothermal, 5
Hydro, 205
Natural Gas, 9
Solar, 5
Thermoelectric, 2
Tidal, 1
Trigeneration, 1
Waste Heat, 74
Wind, 146
Biogas
Biom
ass
Cogeneration
Efficiency Improvem
ent
Fuel Switch
Geothermal
Hydro
Natural Gas
Solar
Thermoelectric
Tidal
Trigeneration
Waste Heat
Wind
©Winrock International
Prepared by ir Michel Buron-CONFIDENTIAL
By
ir M
ich
el B
uro
n
Oct
ob
er 2
006
Thank you. Questions?
Seminar “Energy Efficiency for Process Industry”
29thFebruary 2008, SEAS Singapore