Hazard strategy for nanoforms and nano-enabled products to implement safe-and-sustainable-by-design
- Braakhuis, H.
- Cabellos, Joan
- Auffan, Mélanie, F
- Ayerbe, R.
- Boyles, M.
- Candalija, A.
- Carriere, M.
- Catalan, J.
- Cross, R.
- Hanlon, J.
- Katsumiti, A.
- Lahive, E.
- Masion, Armand
- Mclean, P.
- Morel, E.
- Rashid, S.
- Rodriguez-Llopis, I.
- Ruijter, N.
- Simeone, F.
- Soeteman-Hernández, L.
- Vanhauten, R.
- Vázquez-Campos, S.
DOIAbstract
Background: The European Commission (EC) has the ambition to use chemicals and materials that are toxic-free and safe-and-sustainable-by-design (SSbD) as published in the Green Deal[1] and the Chemicals Strategy for Sustainability[2]. Within the EU-project SAbyNA[3], we aim to contribute to the implementation of SSbD of nanoforms (NF) and nano-enabled products (NEPs) by developing a user-friendly platform that supports industry in a step-wise approach to identify and implement SSbD interventions for their material, product or process. An important part of SSbD principles involves hazard assessment. We developed a hazard assessment strategy that can be used at an early stage of product innovation
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