Title: PowerPointPrsentation
1Are there limits for adaptation?
Clean Development Mechanism in Municipal Solid
Waste
Sunil Thakur
2Kyoto Protocol and CDM
- Signed in 1997 in force since 16 February 2005
- Legally binding program to reduce greenhouse
gases - Commits industrialised countries to reduce their
greenhouse gas emissions by, on average of 5.2
below 1990 levels in 2008-12 - Individual, quantified emission targets for each
industrialized country - Six greenhouse gases covered Carbon dioxide,
Methane, Nitrous oxide, Sulfur hexafluoride,
Hydro-fluoro carbon (HFCs), and Per-fluoro
carbons (PFCs) - Flexibility mechanisms for financing emission
reductions abroad - Clean Development Mechanism (CDM)
- Joint Implementation (JI)
- International Emissions Trading
- US have not ratified EU, China, India, Brazil
are Parties (Total 183 Parties)
3About CDM
Clean development mechanism (CDM) is an outcome
of Kyoto Protocol, which came into force from
February 16, 2005.
- Purpose
- CDM is a mechanism established under Article 12
of Kyoto Protocol as project based emission
reduction activity in developing countries. The
purpose of CDM is to assist Parties not included
in Annex-I in achieving sustainable development
by promoting environmentally friendly investment
and contributing the objective of the convention
and to assist developed country parties included
in Annex-I in achieving compliance with their
quantified limitation and reduction commitments. - CDM allow Annex-I (industrialized) countries to
meet their emission reduction targets by paying
for green house gas (GHG) emission reduction in
non-Annex-I (developing) countries.
4Green House Gas (GHG) Global Warming Potential
(GWP) Carbon-di-oxide (CO2) 1
Methane (CH4) 21 Nitrous oxide
(N2O) 310 Per fluoro carbon (PFCs)
560-9200 Hydro fluoro carbon (HFCs) 140
11700 Sulphur hexa fluoride (SF6) Above
10,000
Global Warming Potential (GWP) of Major GHGs
5Indias GHG Emissions
Methane is the second largest GHG generated by
India
6Indian CH4 Emissions (Gg)
7"Municipal Solid Waste" includes commercial and
residential wastes generated in a municipal or
notified areas in either solid or semi-solid form
excluding industrial hazardous wastes but
including treated bio-medical wastes.
Definition as per MoEF Notification dated 25th
Sept 2000
8(No Transcript)
9Present MSW Management Practices
-
- Solid waste from
- Residential areas
- Hotels
- Hospitals
- Parks
- Markets
- Slaughter houses
Collection System
Transportation System
Land filling in low lying areas
Composting / Biomethanation
10MSW Landfills in India
Stray animals, Birds, Rodents etc
CH4 Emissions
Ground Level
11MSW components for CDM
- Organic waste (Food, Park and Garden waste)
- (a) Avoidance of methane generation by
proper composting practices - (b) Capturing the methane generated and
utilizing it in energy - generating
- Combustible waste (Paper, Textiles, wood, Straw
waste and Plastics) - (a) Producing RDF and utilizing it as fuel
in place of coal
12CH4 Generation Potential of Waste
13Methane emission (Gg yr-1) (MSWT x MSWF) x MCF
x DOC x DOCF x F x (16/12 R) x (1 OX) Where
1 Gg yr-1 1000 tonnes yr-1 MSWT Total
municipal solid waste (MSW) generated (Gg yr-1)
MSWF Fraction of MSW disposed of at the
disposal sites MCF Methane correction factor
(fraction) DOC Degradable organic carbon
(fraction) DOCF Fraction DOC dissimilated F
Fraction of methane in LFG (default is 0.5) R
Recovered methane (Gg yr-1) OX Oxidation
factor (default is 0) MSWT, MSWF, and DOC
estimated by NEERI for Indian condition
Remaining factors as per IPCC guidelines
IPCC methodology for estimation of CH4 from a
landfill
14Status of MSW CDM projects in India
15Composition of MSW in Jammu
16MSW generated in Jammu City
17Case Study
18Case Study
19Case Study
20Thanks for your attention Sunil Thakur CDM
Technical Expert GTZ,CCM Unit, S-35, First Floor,
Panchsheel Park New Delhi - 110017.
India Tel/Fax 91-11-4061 0031/0031/0032 E-mail
sunil_at_cdmindia.com. Â website www.gtz.de,
www.cdmindia.com Also visit http//cdmindia.nic.i
n Â