Methodology No. | ID_AM009 |
---|---|
Proposed Methodology No. | ID_PM025 |
Sectoral scope | 3. Energy demand |
Title | Replacement of conventional burners with regenerative burners for aluminum holding furnaces |
Summaries |
GHG emission reduction measures : By replacing conventional burners with regenerative burners for aluminum holding furnaces, consumption of natural gas is reduced, which leads to the reduction of GHG emissions. Calculation of reference emissions : Reference emissions are the CO2 emissions from the use of reference burners in an aluminum holding furnace, which are calculated based on the consumption of natural gas in the project furnace and energy efficiency of the reference and project burners. Calculation of project emissions : Project emissions are the CO2 emissions from the use of project burners in an aluminum holding furnace, which are calculated based on the consumption of natural gas and electricity in the project furnace. Monitoring parameters : Consumption of natural gas by the project furnace and the number of operating days. |
Version Number | Ver3.0 |
Status | Valid |
Methodology Proponent | Institute for Global Environmental Strategies |
Approved Methodology | |
Proposed Methodology | |
AMR | JCM_ID_PM025_AMR_Req.pdf |
Public comments |
|
Date of approval | 24 Oct 18 |
Methodology No. | ID_AM009 |
---|---|
Proposed Methodology No. | ID_PM017 |
Sectoral scope | 3. Energy demand |
Title | Replacement of conventional burners with regenerative burners for aluminum holding furnaces |
Summaries |
GHG emission reduction measures : By replacing conventional burners with regenerative burners for aluminum holding furnaces, consumption of natural gas is reduced, which leads to the reduction of GHG emissions. Calculation of reference emissions : Reference emissions are the CO2 emissions from the use of reference burners in an aluminum holding furnace, which are calculated based on the consumption of natural gas in the project furnace and energy efficiency of the reference and project burners. Calculation of project emissions : Project emissions are the CO2 emissions from the use of project burners in an aluminum holding furnace, which are calculated based on the consumption of natural gas and electricity in the project furnace. Monitoring parameters : Consumption of natural gas by the project furnace and the number of operating days. |
Version Number | Ver2.0 |
Status | Active |
Methodology Proponent | Toyotsu Machinery Corporation, Mizuho Information & Research Institute, Inc. |
Approved Methodology | |
Proposed Methodology | |
AMR | JCM_ID_F_AMR_Req_ver01.0_for_public_use.pdf |
Public comments |
|
Date of approval | 10 Feb 17 |
Methodology No. | ID_AM009 |
---|---|
Proposed Methodology No. | ID_PM009 |
Sectoral scope | 3. Energy demand |
Title | Replacement of conventional burners with regenerative burners for aluminum holding furnaces |
Summaries |
GHG emission reduction measures : By replacing conventional burners with regenerative burners for aluminum holding furnaces, consumption of natural gas is reduced, which leads to the reduction of GHG emissions. Calculation of reference emissions : Reference emissions are the CO2 emissions from the use of reference burners in an aluminum holding furnace, which are calculated based on the consumption of natural gas in the project furnace and energy efficiency of the reference and project burners. Calculation of project emissions : Project emissions are the CO2 emissions from the use of project burners in an aluminum holding furnace, which are calculated based on the consumption of natural gas and electricity in the project furnace. Monitoring parameters : Consumption of natural gas by the project furnace and the number of operating days |
Version Number | Ver1.0 |
Status | Active |
Methodology Proponent | Toyotsu Machinery Corporation, Mizuho Information & Research Institute, Inc |
Approved Methodology | |
Proposed Methodology | |
Public comments |
|
Date of approval | 06 Aug 15 |