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: Photochemical ozone formation, human health

Unit: €

Description: Only for Europe. Includes spatial differentiation. LOTOS-EUROS Considering a marginal increase in ozone formation, the LOTOS-EUROS spatially differentiated model averages over 14000 grid cells to define European factors. Consideration of VOC and NOx emissions.

Emission factors: 2578 exchanges considered