Methodology : ID_PM044
| Methodology No. | ID_PM044 |
|---|---|
| Sectoral scope | 1. Energy industries (renewable- / non-renewable sources) |
| Title | Installation of closed drain recovery system and utilization for boiler feed water |
| Summaries |
GHG emission reduction measures : By installing a closed drain recovery system, boiler feed water is heated up. Consequently, fossil fuel consumption of boiler(s) is reduced, leading to the reduction of GHG emissions. Calculation of reference emissions : Reference emissions are calculated using the following parameters: Saving rate of boiler fuel consumption per degree of risen temperature for boiler feed water; Temperature of boiler feed water including both of makeup feed water and hot water recovered by the project closed drain recovery system; Reference temperature of boiler feed water including both of makeup feed water and hot water recovered by the project closed drain recovery system; Fossil fuel consumption of boiler(s) utilizing hot water recovered by the project closed drain recovery system; Net calorific value of fossil fuel consumed by boiler(s); CO2 emission factor of fossil fuel consumed by boiler(s) Calculation of project emissions : Project emissions are not considered as a project closed drain recovery system does not utilize electricity and any fossil fuels. Monitoring parameters : Amount of the fossil fuel type consumed by boiler(s) utilizing hot water recovered by the project closed drain recovery system; Temperature of hot water recovered by the project closed drain recovery system; Temperature of boiler feed water including both of makeup feed water and hot water recovered drain water |
| Status | Public comments closed |
| Methodology Proponent | Japan Pulp and Paper Company Limited; Institute for Global Environmental Strategies (IGES) |
| Proposed Methodology | |
| Public comments |
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