WP4 – Lifecycle analysis progress update

WP4 is devoted to studying the transformation and/or release of engineered nanomaterials (ENMs) along their life cycle (production, manufacturing, use and disposal) when used in existing applications or industrial processes, and the assessment of environmental and health impacts of these releases.

Researchers have so far performed a selection of representative applications incorporating each ENM type to be studied during NANOSOLUTIONS. Additionally, a description of the life cycle stages of the ENMs depending on the application or consumer product where they are incorporated has been carried out, with special relevance being given to the life cycle stages beyond the manufacturing stage. The life cycle stages that are most likely to result in the transformation of the ENMs and/or to result in the release of ENMs have been identified, prioritising normal use conditions (releases generated in accidental scenarios have not been considered). On this basis, researchers in WP4 are currently designing and conducting experiments to investigate the release of ENMs from nanoproducts.

The work being performed in WP4 will help to validate the NANOSOLUTIONS hazard tool by comparing physicochemical characterisation and release results of simulations with the predictions given by the tool.

TEM image of Ag nanoparticles

TEM image of Ag nanoparticles


dispersion used to produce nano-enabled fabrics with antimicrobial properties

Dispersion used to produce nano-enabled fabrics with antimicrobial properties


padding process in which the nanoparticles are deposited on the fabric surface

Padding process in which the nanoparticles are deposited on the fabric surface

orange reflective nanotube structure on white

Safety Innovation

A new project seeks to identify and elaborate the characteristics of engineered nanomaterials (ENM) that determine their biological hazard potential. Nanosolutions will help develop a safety classification model for ENM based on an understanding of their interactions with living organisms, benefiting industry and enabling innovation Read more…

Nanocyl SA announces executive management change

Nanosolutions partner Nanocyl has announced an executive management change. As per May 1st 2014, Mr. Laurent Kosbach will take over the CEO position at the company. He will have the responsibility to bring the company to the next level of its industrial development.

Read more on the Nanocyl website.

Animated Introduction to the Nanosolutions Project

An animated introduction to the Nanosolutions Project.

Anisotropic Gold Nanoparticles: Synthesis, Properties, Applications, and Toxicity

Please find below a link to a review article published in 2014, in Angewandte Reviews, where the authors discuss the toxicity of gold nanoparticles and acknowledge the NANOSOLUTIONS project. Authors: P. Zhao, D. Astruc, and N. Li

Anisotropic Gold Nanoparticles: Synthesis, Properties, Applications, and Toxicity

Université de Bordeaux

Partner Name Change

The Universities Bordeaux I, Bordeaux Segalen and Bordeaux IV Montesquieu have merged to form the University of Bordeaux (UNIVERSITE DE BORDEAUX) as of the 1st January 2014.

The new institution gathers more than 45,000 students and 6000 academic and administrative staff.

Université de Bordeaux

Update on the production of nanomaterials

The synthesis of the nanomaterials is now nearing completion, with the last of them expected by February. The partners involved in this synthesis have now begun shipping the materials out to the laboratories that will characterise them. These laboratories will be applying and testing dispersion protocols as well as developing standard operation procedures (SOPs) such as dynamic light scattering for the characterisation of the nanomaterial dispersion.

This process is expected to take around one to two weeks, after which the nanomaterials with the corresponding dispersion procedures and characterisation SOPs will be sent to the partners performing the toxicological experiments.

Report from EU-US Bridging NanoEHS Research Efforts

A Workshop Summary is now available from the 2012 EU-US Bridging NanoEHS Research Efforts.  Please click on the link below to access the PDF.

2012-EU-US-NanoEHS-Workshop-Summary

NANOSOLUTIONS Kicks Off

Whole Team 3On May 15th the ambitious NANOSOLUTIONS Project kicked off at a lively and productive meeting at the Grand Marina Congress Centre, Helsinki, Finland.  Kai Savolainen and Harri Alenius of FIOH, the coordinating institute of the 35-partner FP7 project, led the meeting. During the two-day session, details on the Description of Work were formalised by working groups chaired by leading experts and deliverables were fine-tuned to determine the next steps for the project.

The ambitious project will be crucial in leading the global effort towards greater workplace safety and thorough risk assessment of nano materials.

Most importantly, it will also build consumer, industrial and regulatory confidence by enabling experts to assess potential unknown dangers effectively.

The Nanosolutions project aims to encourage interest and voluntary engagement from the regulators as well as industry stakeholders on both a national and EU level. Other stakeholders will span the public, academics and government.  Throughout the discussions, the overarching theme was safety, relating to the chosen nanomaterials being assured by the project.

The project partners and members of the International Advisory Group also gathered together for an evening meal on Luoto Island and left the meeting inspired to make the work successful on a global level over the next four years.

The research of the project will find new methods for assessing the disadvantages of, exposure to, and risks presented by industrial nanoparticles. The NANOSOLUTIONS project will ultimately show the world how Europe especially, is pressing forward the responsibility of setting global standards in nanotech safety regulation.

Conference room

nano2

Nanodevice project is a European success story

The European Commission has labeled the NANODEVICE project, co-ordinated by the Finnish Institute of Occupational Health (FIOH), a success story. The project produced affordable measuring devices for determining the concentrations of nanoparticles in the air. The new NANOSOLUTIONS project is another potential success story, with its aim to create a completely new way of evaluating the health hazards of industrial nanoparticles.

Read more…