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| sector:energy:fuel_combustion:energy_industries:public_electricity_and_heat_production [2022/03/22 11:20] – [Recalculations] kotzulla | sector:energy:fuel_combustion:energy_industries:public_electricity_and_heat_production [2022/03/22 11:21] – [Methodology] kotzulla | ||
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| Furthermore it was necessary to develop a method to calculate emissions from co-incineration systems. In Germany there is a large number of coal fired power plants, which also use a relevant amount of different waste fuels like sewage sludge, industrial waste (for example from paper industry), conditioned municipal waste etc. Since plant-specific data cannot be used, it's necessary to calculate emissions at a more aggregated level. Fuel data are available from ETS. Furthermore the information about the coal qualities is available. Therefore it's possible to calculate specific emission factors for co-incinerated waste fuels. | Furthermore it was necessary to develop a method to calculate emissions from co-incineration systems. In Germany there is a large number of coal fired power plants, which also use a relevant amount of different waste fuels like sewage sludge, industrial waste (for example from paper industry), conditioned municipal waste etc. Since plant-specific data cannot be used, it's necessary to calculate emissions at a more aggregated level. Fuel data are available from ETS. Furthermore the information about the coal qualities is available. Therefore it's possible to calculate specific emission factors for co-incinerated waste fuels. | ||
| - | == Table 1: Implied emission factors for public electricity and heat production == | + | __Table |
| ^ Pollutant | ^ Pollutant | ||
| ^ Fuel | ^ Fuel | ||