European Chemicals Agency (ECHA) has floated a tender for EUON Study on “Information on nano-enabled textiles”. The project location is Finland and the tender is closing on 16 Feb 2024. The tender notice number is ECHA/2024/LVP/0001-ExA, while the TOT Ref Number is 95263180. Bidders can have further information about the Tender and can request the complete Tender document by Registering on the site.

Expired Tender

Procurement Summary

Country : Finland

Summary : EUON Study on “Information on nano-enabled textiles”

Deadline : 16 Feb 2024

Other Information

Notice Type : Tender

TOT Ref.No.: 95263180

Document Ref. No. : ECHA/2024/LVP/0001-ExA

Competition : ICB

Financier : Self Financed

Purchaser Ownership : Public

Tender Value : Refer Document

Purchaser's Detail

Purchaser : European Chemicals Agency (ECHA)
Tel no:+358-9-686180
Finland
Email :procurement@echa.europa.eu
URL :https://etendering.ted.europa.eu/cft/cft-search.html?text=&_caList=1&status=&startDateFrom=&startDateTo=&closingDateFrom=&closingDateTo=&procedureTypeOngoing=&_procedureTypeOngoing=1&procedureTypeForthcoming=&_procedureTypeForthcoming=1&confirm=Searc

Tender Details

Please note that this is not a call for tenders but a publication announcing the Contracting authority-s intention to publish a future negotiated low or middle valueprocedure. The European Union Observatory for Nanomaterials (EUON) aims to improve the transparency of information on the safety and markets of nanomaterials. Thus, via stakeholder input EUON identifies topics for studies to address important knowledge gaps on nanomaterials, which are contracted out. The aim of the studies is to collect and analyse information on the identified knowledge gap, often using systematic literature reviews complemented with consultation with relevant experts. Nanomaterials may enable fabrics to have desirable multifunctional properties such as being self-cleaning, anti-bacterial or anti-odour, water-repellent, warming or cooling, or fireproof, or protect against UV rays or mosquitos. Currently, the available scientific information on nanotech textiles is scattered, leading to uncertainty about their potential risks and safety, especially when considering the entire life cycle of the treated products. The use of nanosilver, titanium dioxide, or carbon-based nanomaterials in face masks, largely marketed since the covid-19 pandemic, highlight the need to better understand the extent of nano-enabled textiles placed on the EU market and their potential human and environmental health benefits and risks, in ways that could potentially be used to enhance or better enforce the existing regulation that underlies their commercialisation. The scope of the study would thus be twofold: 1) To collect, organise and analyse data on current research, production, applications, and the corresponding benefits and risks, of nano-enabled textiles in the EU. 2) Elaborate recommendations on ways to improve information and, where necessary, protection of EU consumers, workers & environment, regarding current uses and applications of nanomaterials in textile products on the EU market.
Please note that this is not a call for tenders but a publication announcing the Contracting authority’s intention to publish a future negotiated low or middle valueprocedure. The European Union Observatory for Nanomaterials (EUON) aims to improve the transparency of information on the safety and markets of nanomaterials. Thus, via stakeholder input EUON identifies topics for studies to address important knowledge gaps on nanomaterials, which are contracted out. The aim of the studies is to collect and analyse information on the identified knowledge gap, often using systematic literature reviews complemented with consultation with relevant experts. Nanomaterials may enable fabrics to have desirable multifunctional properties such as being self-cleaning, anti-bacterial or anti-odour, water-repellent, warming or cooling, or fireproof, or protect against UV rays or mosquitos. Currently, the available scientific information on nanotech textiles is scattered, leading to uncertainty about their potential risks and safety, especially when considering the entire life cycle of the treated products. The use of nanosilver, titanium dioxide, or carbon-based nanomaterials in face masks, largely marketed since the covid-19 pandemic, highlight the need to better understand the extent of nano-enabled textiles placed on the EU market and their potential human and environmental health benefits and risks, in ways that could potentially be used to enhance or better enforce the existing regula...

Documents

 Tender Notice

ECHA-98_EN.zip