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- A methodology details how emissions should be calculated, recommending or requiring use of a particular data set - see the Standards page for a full definition. Below is a list of the best known ... — find similar pages
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- This category provides data and a methodology for calculating the greenhouse gas emissions from lime manufacturing using production data. Emissions are disaggregated on the bases of the types of ... — find similar pages
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- This category provides a calculation methodology for estimating greenhouse gas emissions from the production of chlorodifluoromethane (HCFC-22), and is specifically applicable if gas stream ... — find similar pages
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- This category provides a calculation methodology for estimating greenhouse gas emissions from the production of chlorodifluoromethane (HCFC-22), using data on the flow rate and concentration of ... — find similar pages
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- The AMEE category business/processes/production/cement/ipcc/cement provides a methodology for calculating the emissions associated with cement production. The methodology is based on the quantity ... — find similar pages
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- The AMEE category business/processes/production/magnesium/primaryproduction/ is aimed towards industry professionals to enable them to prepare inventories of greenhouse gas emissions from ... — find similar pages
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- This category contains CO2 emissions factors for each electricity generation method used to supply grid electricity. It is a look-up category and so profile items should not be created ... — find similar pages
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- Metal industry methodology, aluminium. Calculates carbon dioxide (CO2) emissions based on the quantity of aluminium produced. Scenarios include prebake and Søderberg processes. Globally applicable. — find similar pages
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- The AMEE category business/processes/production/zinc/ is for industry professionals to calculate and report on their their greenhouse gas emissions associated with the primary production of zinc. ... — find similar pages
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- Fuel combustion methodology, stationary combustion. Calculates carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) emissions based on either the mass, volume or energy yield of consumed fuel. Scenarios include a large selection of solid, liquid and gaseous fuels within the energy producing, industrial, commericial and residential sectors amongst others. Globally applicable. — find similar pages