Wallrapp, TobiasTobiasWallrappVogt, Elias GebhardElias GebhardVogtMeyer, ChristianChristianMeyerRössinger, MarkusMarkusRössingerJuraschek, MaxMaxJuraschekHerrmann, ChristophChristophHerrmann2024-09-182024-09-182024https://publica.fraunhofer.de/handle/publica/47532110.1515/zwf-2024-10132-s2.0-85185201952As a contribution to sustainable automotive production, the substitution with materials with low environmental footprint in form of wood and CO2-reduced steel in car body plant construction is evaluated below. For this purpose, the Potenzials are analysed by means of a case study of an operating resource in plant engineering and the resulting conflicts of objectives are identified. This shows that material substitution is an effective method for reducing environmental impacts.deCar Body Plant ConstructionChallengesMaterial SubstitutionSustainabilityWood Material“Green” SteelSubstitution von energieintensiven PrimärmaterialienSubstitution of Energy-intensive Primary Materials - As a Contribution to More Environmentally Compatible Production Design Using the Example of a Conveyor in Automotive Body Construction.journal article