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Información del proyecto

ID: 609223

Fecha inicio

01-09-2013

Fecha fin

31-08-2016


Coordinador institucional
Universidad Politécnica de Madrid

Financiación

207 155,00 Euros
(Total amount or amount awarded)

Más información en

Análisis de autorías institucional

Ridruejo Rodriguez, AlvaroParticipanteTeran Delgado, Hilaida MargotParticipanteBernabeu Larena, JorgeParticipanteMontoro OrdoÑez, TeresaParticipanteBernabeu Larena, AlejandroParticipanteLarena Pellejero, AliciaInvestigador principal

Compartir

16 de marzo de 2021
Proyectos I+D+I y Ayudas
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Proyecto Competitivo
No

Innovative Reuse of modular knowledge Based devices and technologies for Old, Renewed and New factories

Investigadores/as: Larena Pellejero, Alicia (Investigador principal (IP)); BERNABEU LARENA, ALEJANDRO (Participante); MONTORO ORDOÑEZ, TERESA (Participante); Bernabeu Larena, Jorge (Participante); TERAN DELGADO, HILAIDA MARGOT (Participante); RIDRUEJO RODRIGUEZ, ALVARO (Participante)

Afiliaciones

UPM. Análisis e Intervención en Patrimonio Arquitectónico (Grupo de investigacion)
UPM. Materiales Estructurales Avanzados y Nanomateriales (Grupo de investigacion)
UPM. LoCUS - Grupo de Investigación Interdisciplinar en Procesos Espaciales/Urbano-territoriales Complejos (Grupo de investigacion)
UPM. Patrimonio de las Obras Públicas - (POP) (Grupo de investigacion)
UPM. Grado en Ingeniería de Materiales (Innovation group)
UPM. Paisaje y Patrimonio (Innovation group)
UPM. APRENdizaje De Estructuras más activo (Innovation group)
UPM. INGENIERÍA Y GESTIÓN FORESTAL Y AMBIENTAL (University Department)
UPM. INGENIERÍA QUÍMICA INDUSTRIAL Y DEL MEDIO AMBIENTE (University Department)
UPM. INGENIERÍA CIVIL: HIDRÁULICA, ENERGÍA Y MEDIO AMBIENTE (University Department)
UPM. CIENCIA DE MATERIALES (University Department)
UPM. ESTRUCTURAS Y FÍSICA DE EDIFICACIÓN (University Department)
UPM. CENTRO INVEST. MATERIALES ESTRUCTURALES (Institute or University Research Center)
UPM. Centro I+D+i en Infraestructuras Civiles Inteligentes y Sostenibles (CIVILis) (Institute or University Research Center)
UPM. Universidad Politécnica de Madrid (University)
UPM. Innovación Educativa en Ingeniería del Medio Natural (Innovation group)
UPM. INGENIERÍA QUÍMICA INDUSTRIAL Y DEL MEDIO AMBIENTE (Hasta 2014) (Hasta 2014) (Hasta 2014) (University Department)
UPM. INGENIERÍA CIVIL: ORDENACIÓN DEL TERRITORIO, URBANISMO Y MEDIO AMBIENTE (Hasta 2014) (Hasta 2014) (Hasta 2014) (University Department)
UPM. CIENCIAS BÁSICAS APLICADAS A LA INGENIERÍA FORESTAL Y DEL MEDIO NATURAL (Hasta 2014) (Hasta 2014) (Hasta 2014) (University Department)
UPM. CIENCIA DE LOS MATERIALES (Hasta 2014) (Hasta 2014) (Hasta 2014) (University Department)
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Resumen

The vision of ReBORN is to demonstrate strategies and technologies that support a new paradigm for re-use of production equipment in old, renewed and new factories; maximizing the efficiency of this re-use and making the factory design process much easier and straight forward, shortening ramp-up times and increasing production efficiency and flexibility. This paradigm will give new life to decommissioned production systems and equipment, making it possible their "reborn" in new production lines. Integration of ReBORN results will extend production equipment life cycle and contribute to economic and environmental sustainability of production systems without jeopardizing European machinery industry. This new modular production equipment will be re-used between production systems but will require servicing and upgrading. For that European machinery industry will move from an equipment-based business to a value added business, where equipment servicing and equipment knowledge are main business drivers. The proposed paradigm builds on self-aware and knowledge-based equipment that need functionalities to collect and manage information regarding their capabilities and their evolution over time, maintenance, upgrade or refurbishment operations over it lifetime; and information of use and wear. To do so, versatile and modular, task-driven plug&produce devices, with built-in capabilities for self-assessment and optimal re-use will be implemented, along with strategies for their re-use and models for factory layout design and adaptive configuration. ReBORN will demonstrate the technologies for intelligent repair, upgrade and re-use of equipment, the (re-)design of factory layouts and flexible & adaptable production on shopfloor within several industrial demonstration scenarios. Having ReBORN technology available, significant reduced efforts when setting-up and ramping-up production systems will be achieved and a significant step towards 100% re-use will be done. (Most relevant results)

Palabras clave

Instituciones participantes

Indicios de calidad

Programa

FP7

Agencias financiadoras

Comisión Europea

Alcance

Internacional no UE

País

Belgium; Spain; United Kingdom

Coordinador institucional

Si

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