Browsing by Keyword "Nanomanufacturing"
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Item Digital Twins applied to the implementation of Safe-by-Design strategies in nano-processes for the reduction of airborne emission and occupational exposure to nano-forms(2021-06-22) López De Ipiña, Jesús M.; Aznar, Gabriel; Lopez, Alberto; Olite, Jorge; Koivisto, Joonas; Bartolini, Gianni; Costa, Anna; SMART_MON; INDUSTRY_THINGSDigital Twins (DTs) are one of the most promising enabling technologies for the deployment of the factory of the future and the Industry 4.0 framework. DTs could be labelled as an inherently Safe-by-Design (SbD) strategy and can be applied at different stages in the life cycle of a process. The EU-funded project ASINA has the ambition to promote coherent, applicable and scientifically sound SbD nano-practices. In particular, in the field of nanomanufacturing, ASINA intends to deliver innovative SbD solutions applied to process (P-SbD). In this context, ASINA will investigate the use of DTs as a disruptive digital technology for the prevention, prediction and control of nano-forms airborne emission and worker exposure. This paper introduces the concept of DT in the field of nano-processes SbD and outlines the preliminary architecture of ASINA-DT, that will be developed and implemented by ASINA in one industrial scenario.Item The OASIS-Sustainable Nanomanufacturing Framework (OASIS-SNF): a new simplified approach to implement sustainable production in nanomanufacturing pilot lines and evaluate its sustainable manufacturing performance: A new simplified approach to implement sustainable production in nanomanufacturing pilot lines and evaluate its sustainable manufacturing performance(2021-06-22) López De Ipiña, Jesús M.; Clavaguera, Simon; Steck, Josephine; Escabasse, Jean-Yves; Hernan, Angel; Insunza, Mario; Gomendiourrutia, Paul; Machicado, Fernando; Florez, Sonia; SMART_MON; POLIMEROSThe pilot production ecosystem deployed by the EU-project OASIS consists of 12 pilot lines (PLs) for the manufacture of nanomaterials, nano-intermediates and nano-enabled products, intended for the final production of lightweight multifunctional products, based on aluminium and polymer composites, for construction, energy, automotive and aeronautics. OASIS intends to deploy this nanomanufacturing ecosystem under a common umbrella of sustainable production, to ensure a future competitive, quality, safe and environmentally friendly production of nanoproducts, in compliance with the applicable regulation. This paper introduces the new OASIS-Sustainable Nanomanufaturing Framework (OASIS-SNF) and some first results obtained during the initial stages of deployment in the PLs (diagnostic and planning stages). The adoption of the OASIS-SNF among the OASIS PLs is intended to enable them to sustainable manufacturing their nanoproducts, properly manage their sustainability priorities, and continually improve their sustainability performance (management and results).