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3","uri":"https://registry.npmjs.org/@aginnovationaustralia/emissions-calculators/-/emissions-calculators-3.0.2.tgz","value":{"c":"9","e":-5}},"electricity:scope3:wa-swis":{"accessed":"2026-10-22","applicability":{"geography":"AU-WA","technology":"grid-SWIS"},"basis":"0.06 kg CO2-e/kWh / 1000","inputQuantity":"energy_kwh","outputQuantity":"tco2e","source":"AIA EAP Calculator Engine @aginnovationaustralia/emissions-calculators 3.0.2 (GAF release 3.0), dist/constants/values.mjs, ELECTRICITY [STATES.WA_SW] SCOPE3_EF = 0.06 kg CO2-e/kWh (the engine gives no edition year for these rows)","sourceSha256":"sha256:961953d77d60f0b902eadeb8ed978b8d089361a7d909fe97844f2b56d83ef118","sourceStatus":"opened","tier":"activity","unit":"t CO2-e per kWh purchased electricity, scope 3","uri":"https://registry.npmjs.org/@aginnovationaustralia/emissions-calculators/-/emissions-calculators-3.0.2.tgz","value":{"c":"6","e":-5}},"lime:dolomite-c":{"accessed":"2026-10-22","applicability":{"geography":"AU"},"basis":"0.95 x 0.13; carbon basis","inputBasis":"as-received","inputQuantity":"mass_kg","outputQuantity":"mass_c_kg","source":"AIA EAP Calculator Engine @aginnovationaustralia/emissions-calculators 3.0.2 (GAF release 3.0), dist/constants/values.mjs, LIMING.SCOPE1 DOLOMITE_FRACTIONPURITY = 0.95 x DOLOMITE_EF = 0.13 (@inventory2018 3G_1)","sourceSha256":"sha256:961953d77d60f0b902eadeb8ed978b8d089361a7d909fe97844f2b56d83ef118","sourceStatus":"opened","tier":"activity","unit":"kg C per kg dolomite applied","uri":"https://registry.npmjs.org/@aginnovationaustralia/emissions-calculators/-/emissions-calculators-3.0.2.tgz","value":{"c":"1235","e":-4}},"lime:limestone-c":{"accessed":"2026-10-22","applicability":{"geography":"AU"},"basis":"0.9 x 0.12; carbon basis","inputBasis":"as-received","inputQuantity":"mass_kg","outputQuantity":"mass_c_kg","source":"AIA EAP Calculator Engine @aginnovationaustralia/emissions-calculators 3.0.2 (GAF release 3.0), dist/constants/values.mjs, LIMING.SCOPE1 LIMESTONE_FRACTIONPURITY = 0.9 x LIMESTONE_EF = 0.12 (@inventory2018 3G_1)","sourceSha256":"sha256:961953d77d60f0b902eadeb8ed978b8d089361a7d909fe97844f2b56d83ef118","sourceStatus":"opened","tier":"activity","unit":"kg C per kg limestone applied","uri":"https://registry.npmjs.org/@aginnovationaustralia/emissions-calculators/-/emissions-calculators-3.0.2.tgz","value":{"c":"108","e":-3}},"urea:co2-c":{"accessed":"2026-10-22","applicability":{"geography":"AU"},"basis":"carbon basis; CO2 = C x 44/12 at estimate time","inputBasis":"as-received","inputQuantity":"mass_kg","outputQuantity":"mass_c_kg","source":"AIA EAP Calculator Engine @aginnovationaustralia/emissions-calculators 3.0.2 (GAF release 3.0), dist/constants/values.mjs, CARBON_FRACTION_OF_UREA = 0.2 (\"Default emission factor for Urea\", @reference IPCC (2006))","sourceSha256":"sha256:961953d77d60f0b902eadeb8ed978b8d089361a7d909fe97844f2b56d83ef118","sourceStatus":"opened","tier":"activity","unit":"kg C per kg urea applied","uri":"https://registry.npmjs.org/@aginnovationaustralia/emissions-calculators/-/emissions-calculators-3.0.2.tgz","value":{"c":"2","e":-1}}},"family":"au-ag-ghg-gaf30","id":"hdp-ef-au-ag-ghg-gaf30-2026-v1","note":"GAF frozen prior for activity before VEERG V1 (DJ, 22 Oct 2026: VEERG from 1 July 2026). Named by its source's own label, AIA engine 3.0.2 / GAF release 3.0. The 2026 in the id is the year AIA published engine 3.0.2, not a GAF factor year: GAF release 3.0 states no single year, and the engine's constants cite inventory 2018 and 2022 sections (CC0 ruling, 22 Oct 2026). Of the 31 factors here, lime cites inventory 2018 (3G_1), urea cites IPCC (2006), diesel cites the NGA factors (Dept of Industry, Science, Energy and Resources 2022, Tables 6 and 7), and electricity gives no edition. effectiveFrom 2025-07-01 is the start of FY2025-26, the year before VEERG; earlier activity is refused, not answered by GAF.","provenanceStatus":"published_source","schema":"hdp-ef-vintage/v1","year":2026}