Emissions/Description: Difference between revisions
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:The equation for this emission factor approach is: | :The equation for this emission factor approach is: | ||
::Emission = Activity<sub>r,i</sub> * EF-base<sub>r,i</sub> * AF <sub>r,i</sub> | ::Emission = Activity<sub>r,i</sub> * EF-base<sub>r,i</sub> * AF <sub>r,i</sub> | ||
where: | :where: | ||
* Emission is the emission of the specific gas or aerosol; | :* Emission is the emission of the specific gas or aerosol; | ||
* Activity is the energy input or agricultural activity; r is the index for region; | :* Activity is the energy input or agricultural activity; r is the index for region; | ||
* i is the index for further specification (sector, energy carrier); | :* i is the index for further specification (sector, energy carrier); | ||
* EF-base is the emission factor in the baseline; | :* EF-base is the emission factor in the baseline; | ||
* AF is the abatement factor (reduction in the baseline emission factor as a result of climate policy). | :* AF is the abatement factor (reduction in the baseline emission factor as a result of climate policy). | ||
:The emission factors are time-dependent, representing changes in technology and air pollution control and climate mitigation policies. | :The emission factors are time-dependent, representing changes in technology and air pollution control and climate mitigation policies. | ||
Revision as of 08:54, 21 May 2014
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