|Sectoral scope||1. Energy industries (renewable-/non-renewable sources)|
|Title||Introduction of digital solution (AI analysis, etc.) to improve boiler combustion efficiency|
GHG emission reduction measures : Introduction of power generation optimization technology into power generation system improves power generation efficiency, which leads to reduction of fuel and hence GHG emissions.
Calculation of reference emissions : Reference emissions are GHG emissions from reference power generation system, calculated with project emissions and rate of power generation efficiency improvement due to introduction of the project power generation optimization technology.
Calculation of project emissions : Project emissions are GHG emissions from project power generation system, calculated with fuel consumption by the project power generation system, net calorific value and CO2 emission factor for consumed fuel. Although project power generation optimization technology requires additional electricity consumption, it is small and negligible in calculation of project emissions.
Monitoring parameters : Fuel consumption of the project power generation system; Electric power of the project generator
|Status||Public comments closed|
|Methodology Proponent||Marubeni Corporation|