PDF File - GEC
PDF File - GEC
PDF File - GEC
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
2 Approved Methodologies<br />
Legend for Scope column:<br />
No. Sectoral Scope No. Sectoral Scope<br />
1 Energy industries (renewable-/ non-renewable sources) 9 Metal production<br />
2 Energy distribution 10 Fugitive emissions from fuels (solid, oil and gas)<br />
3 Energy demand 11<br />
Fugitive emissions from production and consumption of<br />
halocarbons and sulphur hexa fluoride<br />
4 Manufacturing industries 13 Waste handling and disposal<br />
5 Chemical industries 14 Afforestation and reforestation<br />
7 Transport 15 Agriculture<br />
8 Mining/ mineral production<br />
Note: (i) Color gradation denotes the frequency of application of each methodology for registered project activities: 0 , 1 to 5<br />
and over 5 . (ii) Number(s) in the Scope column denotes Sectoral Scope Number(s) as indexed in the legend table. (iii)<br />
No approved methodology till date for sector numbers: 6 and 12.<br />
Table A-4 List of Large Scale CDM Methodologies (as of 30 Oct 08)<br />
Meth. No. Scope Main Keywords Place of Application Title of the Methodology<br />
AM0001 11 Fugitive emissions, HFC<br />
23 (CHF 3 ) destruction<br />
AM0007 1, 4 Biomass (excl. nonrenewables),<br />
Bagasse<br />
power<br />
AM0009 10 Fugitive emissions from<br />
fuels, CH 4 recovery,<br />
Utilization in dry gas,<br />
LPG and condensate<br />
production<br />
APPROVED LARGE SCALE METHODOLOGIES<br />
HCFC-22 production<br />
facility<br />
Grid connected biomass<br />
cogeneration plant<br />
Oil wells<br />
AM0014 1, 4 EE supply side Power plants producing<br />
electricity/district heat<br />
AM0017 3 EE Demand side, EE<br />
industry (end-use<br />
savings)<br />
AM0018 3 EE Demand side, EE<br />
industry (end-use<br />
savings)<br />
AM0019 1 Renewables (excl.<br />
biomass)<br />
AM0020 3 EE Demand side, EE<br />
service<br />
Industry, Fossil fuel fired<br />
boiler<br />
Ver.<br />
No.<br />
Incineration of HFC 23 waste streams 5.2<br />
Analysis of the least-cost fuel option<br />
for seasonally-operating biomass<br />
cogeneration plants<br />
Recovery and utilization of gas from<br />
oil wells that would otherwise be<br />
flared<br />
Natural gas-based package<br />
cogeneration<br />
Steam system efficiency<br />
improvements by replacing steam<br />
traps and returning condensate<br />
Industry, Steam generator Steam optimization systems 2.2<br />
Wind, geothermal, solar,<br />
hydro, wave and/or tidal<br />
electric power plant<br />
Buildings & appliances in<br />
public & private service,<br />
water pump<br />
AM0021 5 N 2 O reduction Adipic acid production<br />
plant<br />
AM0023 10 EE Supply side, Energy<br />
distribution, Leak<br />
reduction<br />
AM0024 1, 4 EE Supply side, EE<br />
own generation (of<br />
electricity)<br />
AM0025 1, 13 Waste, Composting,<br />
Gasification, Mechanical/<br />
Thermal treatment,<br />
Incineration, Anaerobic<br />
digestion, Flaring, Power<br />
generation<br />
Natural gas transmission/<br />
distribution system<br />
Electricity production in<br />
cement plant using waste<br />
heat/gas<br />
MSW treatment facility<br />
AM0026 1 Renewables Hydro, wind, solar,<br />
geothermal, wave and<br />
tidal electric power plant<br />
Renewable energy project activities<br />
replacing part of the electricity<br />
production of one single fossil-fuelfired<br />
power plant that stands alone<br />
or supplies electricity to a grid,<br />
excluding biomass projects<br />
Baseline methodology for water<br />
pumping efficiency improvements<br />
Baseline Methodology for<br />
decomposition of N2O from existing<br />
adipic acid production plants<br />
Leak reduction from natural gas<br />
pipeline compressor or gate stations<br />
Methodology for greenhouse gas<br />
reductions through waste heat<br />
recovery and utilization for power<br />
generation at cement plants<br />
Avoided emissions from organic<br />
waste through alternative waste<br />
treatment processes<br />
Methodology for zero-emissions<br />
grid-connected electricity generation<br />
from renewable sources in Chile or<br />
in countries with merit order based<br />
dispatch grid<br />
1<br />
3.2<br />
4<br />
2<br />
2<br />
2<br />
2.2<br />
2<br />
2<br />
10.1<br />
3<br />
89
Change language