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Strategies and Predictive Maintenance models wrapped around physical systems for Zero-unexpected-Breakdowns and increased operating life of Factories

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Circular economy

Specifics for Project Z-BRE4K | Strategies and Predictive Maintenance models wrapped around physical systems for Zero-unexpected-Breakdowns and increased operating life of Factories

Manufacturing performance characteristics Project specific Kanban Manufacturing performance characteristics Environmental sustainability Taxon page Project specific Kanban Comment: Z-BRE4K will lead to the optimisation of the performance, avoiding waste due to malfunctioning machinery and increased energy consumption due to the presence of failures. the reduction of the electric costs is extimated by 10%. Circular economy Taxon page Project specific Kanban Material efficiency Taxon page Project specific Kanban Comment: The avoidance of defective production and overproduction will lead to a better efficiency in the use of materials. Waste minimisation Taxon page Project specific Kanban Comment: Z-Bre4k will contribute to the optimisation of the manufacturing processesresulting in significantly less waste and scrap. Z-Bre4k will contribute to the reduction of defective production thanks to the optimisation of manufacturing through model-based control and improved accuracy. Moreover, it will allow to avoid overproduction that is to say manufacturing items for which there are no orders thanks to the collection of data that will control the production process producing only what is required and not overproduce.

01-10-2017

31-03-2021

Calltopic: FoF.2017.09

: 11 | : 0

Comments Waste minimisation Manufacturing performance characteristics Circular economy Environmental sustainability Z-Bre4k will contribute to the optimisation of the manufacturing processesresulting
R&I Objective 2.5: Digital platforms and data management for circular product and production-systems life-cycles Taxon title R&I Objective 2.5: Digital platforms and data management for circular product and production-systems life-cycles