BAuA contribution to the project "nanoGRAVUR": nanostructured materials - grouping approaches for workers, consumer and environmental protection and risk mitigation

  • Project number: F 2332
  • Institution: Federal Institute for Occupational Safety and Health (BAuA)
  • Status: Completed Project

Description:

Nanomaterials may show a broad range of material properties although having the same chemical composition. This raises the question, e.g. in the context of substance registration under REACH or during a risk assessment at the workplace, whether test result from the hazard assessment and gained knowledge of an exposure assessment of a certain material can be used to derive occupational hygiene measures. Goal of the project nanoGRAVUR, sponsored by the Federal Ministry of Education and Research (BMBF) is the development of criteria for the grouping of nanomaterials in view of their hazard to humans and the environment. Fibrous materials are at the centre of concern, for some materials a high potential of risk has already been demonstrated by animal testing. The contribution of BAuA therefore focuses on the determination and assessment of the dustiness behaviour and the development of a procedure to determine the exposure to nanoscale fibrous materials at the workplace.

Publications

Grouping of exposure and risk for processing of nanocomposites

Publishing year: 2021

Suchergebnis_Format Article

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Assessment of nanofibre dustiness by means of vibro-fluidization

Publishing year: 2019

Suchergebnis_Format Article

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The nanoGRAVUR framework to group (nano)materials for their occupational, consumer, environmental risks based on a harmonized set of material properties, applied to 34 case studies

Publishing year: 2019

Suchergebnis_Format Article

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Expositionsbewertung einer Tätigkeit mit mehrlagigen Kohlenstoffnanoröhren

Publishing year: 2017

Suchergebnis_Format Article

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Measurement of nanoscale and microscale fibrous materials at workplaces (part 1)

Publishing year: 2018

Suchergebnis_Format Article (in German)

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Measurement of nanoscale and microscale fibrous materials at workplaces (part 2)

Publishing year: 2018

Suchergebnis_Format Article (in German)

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Further Information

Contact

Unit 4.I.5 "Materials and Particulate Hazardous Substances"

Phone: +49 231 9071-1971
Fax: +49 231 9071-2070