T-2C3-A-2 - Electrolysis of inert anodes for aluminium production

Definition¶

This emission source is defined by the IPCC in TBD.

Transition Elements¶

This activity has the following mitigation methods modelled as transition elements:

Activity Model¶

This emission source is modelled with Electrolysis as:

Parameters¶

Parameter	Unit	Description
emission_factor_electrolysis_of_inert_anodes_for_aluminium_production	g_co2e_tonne	Emission factor electrolysis of inert anodes for aluminium production
growth_activity_electrolysis_of_inert_anodes_for_aluminium_production	tonne_percapita	Growth of inert anodes aluminium production
start_year_activity_electrolysis_of_inert_anodes_for_aluminium_production	tonne	Inert anodes for aluminium production
work_intensity_direct_operations_use_tonne	tonne_tonne	Work intensity direct operations use tonne

YAML Specification¶

version: 2.0.0
operation:
  growthType: true
  variable: start_year_activity_electrolysis_of_inert_anodes_for_aluminium_production
  growthFactor:
    unitOfMeasure: per_capita
    expression: '%[0]'
    variables:
    - growth_activity_electrolysis_of_inert_anodes_for_aluminium_production
work:
- name: electrolysis
  unitOfMeasure: tonne
  operationToWork:
    unitOfMeasure: tonne/tonne
    expression: '%[0]'
    variables:
    - work_intensity_direct_operations_use_tonne
  input:
  - resource: inert_anodes
    unitOfMeasure: tonne
    resourceToWork:
      unitOfMeasure: tonne/tonne
      expression: '1'
    emissionFactor:
      unitOfMeasure: g_co2e/tonne
      expression: '%[0]'
      variables:
      - emission_factor_electrolysis_of_inert_anodes_for_aluminium_production