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Implementation of a safe-by-design approach in the development of new open pilot lines for the manufacture of carbon nanotube-based nano-enabled products

机译:在开发用于制造基于碳纳米管的纳米产品的新开放式试验线中实施安全设计方法

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摘要

The project PLATFORM (H2020, GA 646307) aims to develop three new pilot lines (PPLs) for the manufacture of carbon nanotube-based nano-enabled products (buckypapers, treated prepregs, doped veils), for the European aeronautics and automotive industries (a Technology Readiness Level 6 - TRL6 -is expected at the end of the project). The Machinery Directive 2006/42/EC (MD) - transposed into the respective national legislations -is the European regulatory framework for the design and construction of new machinery, as the future PPLs. PPLs are not required to comply with the provisions of the MD until they are put into service - expected in 2020, after project completion - but then, the MD will be fully applicable. In this regulatory context, the project PLATFORM is aligning the design of the PPLs according to the MD requirements, in order to facilitate the CE marking in 2020 (TRL9) and avoid potential economic costs associated with future re-adaptations or modifications needed to ensure compliance with the MD. This paper discusses the methodological approach followed by the project PLATFORM to integrate all the nanosafety aspects in the design of the PPLs, in order to achieve safe designs in conformity with the relevant Essential Health and Safety Requirements (EHSRs) of the MD. Since machinery must be designed and constructed taking into account the results of the risk assessment (RA), this paper describes the systematic and iterative approach for RA and risk reduction followed to eliminate hazards as far practicable and to adequately reduce risks by the implementation of protective measures. This process has been guided by the harmonized standards EN ISO 12100 and EN ISO 14123, taking the relevant phases of life cycle, expected uses and operation modes of the PPLs into account. A specific tool to guide the safe design of the PPLs and facilitate the RA process has also been produced by the project (PLATFORM -SbD toolkit).
机译:PLATFORM项目(H2020,GA 646307)旨在为欧洲航空和汽车行业开发三条新的中试线(PPL),以生产基于碳纳米管的纳米功能产品(布基纸,经处理的预浸料,掺杂的面纱)。预计在项目结束时达到技术准备水平6(TRL6)。机械指令2006/42 / EC(MD)(已转换为各自的国家法规)是作为新的PPL的新机械设计和制造的欧洲法规框架。 PPL直到其投入使用(预计在2020年,项目完成后)之前才不需要遵守MD的规定,但是,MD将完全适用。在这种监管背景下,PLATFORM项目正在根据MD要求调整PPL的设计,以促进2020年的CE标志(TRL9),并避免与未来重新适应或修改以确保合规相关的潜在经济成本与MD。本文讨论了PLATFORM项目所采用的方法学方法,该方法将所有纳米安全方面集成到PPL的设计中,以实现符合MD的相关基本健康与安全要求(EHSR)的安全设计。由于必须在设计和构造机械时考虑到风险评估(RA)的结果,因此本文介绍了针对RA和降低风险的系统和迭代方法,以尽可能地消除危害并通过实施防护措施来充分降低风险措施。该过程已遵循统一标准EN ISO 12100和EN ISO 14123的指导,其中考虑了PPL的生命周期,预期用途和操作模式的相关阶段。该项目还制作了指导PPL安全设计和促进RA流程的特定工具(PLATFORM -SbD工具箱)。

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