Impact Assessment Methods

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CED CML 4.8 EF3.1 EN15804+A2 Environmental Cost Indicator 2025 EPD supplementary indicators ImpactWorld+ 2 - Damages version ImpactWorld+ 2 - Midpoint version IPCC 2021 ReCiPe 2016 - Endpoint/E ReCiPe 2016 - Endpoint/H ReCiPe 2016 - Endpoint/I ReCiPe 2016 - Midpoint/E ReCiPe 2016 - Midpoint/H ReCiPe 2016 - Midpoint/I Single categories TRACI 2.1

⏵ Environmental Cost Indicator 2025

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Cost (total) Partial cost: Acidification Partial cost: Climate change Partial cost: Climate change (biogenic) Partial cost: Climate change (fossil) Partial cost: Climate change (land use and land use change) Partial cost: Ecotoxicity, freshwater Partial cost: Ecotoxicity, freshwater (inorganics) Partial cost: Ecotoxicity, freshwater (organics) Partial cost: Eutrophication, freshwater Partial cost: Eutrophication marine Partial cost: Eutrophication, terrestrial Partial cost: Human toxicity, cancer Partial cost: Human toxicity, cancer (inorganics) Partial cost: Human toxicity, cancer (organics) Partial cost: Human toxicity, non-cancer Partial cost: Human toxicity, non-cancer (inorganics) Partial cost: Human toxicity, non-cancer (organics) Partial cost: Ionising radiation, human health Partial cost: Land use Partial cost: Ozone depletion Partial cost: Particulate Matter Partial cost: Photochemical ozone formation, human health Partial cost: Resource use, fossils Partial cost: Resource use, minerals and metals Partial cost: Water use

⏵ Partial cost: Particulate Matter

Unit: €

Description: The indicator is calculated applying the average slope between the Emission Response Function (ERF) working point and the theoretical minimum-risk level Exposure model based on archetypes that include urban environments, rural environments, and indoor environments within urban and rural areas. Health effects of PM2.5 and precursors intake and exposure

Emission factors: 189 exchanges considered