The project report shows a relatively high number of products on the European market containing chemicals that are restricted under REACH. Inspectors in 27 European countries checked 1 009 mixtures, 4 599 articles and 17 substances. Overall, out of 5 625 targeted product checks, 18 % did no ... more
REACH is the dominant driver for substitution - more action is needed
The REACH Regulation and other EU policies coupled with market forces have created strong drivers to avoid the use of very hazardous substances in the EU. To accelerate identifying very hazardous substances and substituting them with safer alternatives, the report recommends improving the analysis of safer alternatives and education on substitution, as well as stimulate collaboration within supply chains, for the benefit of especially small and medium-sized (SME) enterprises. This all requires more dedicated staff and other resources in ECHA, Member States and industry.
More government facilitated innovation research, public-private partnership, more detailed guidance and technical support will also be needed to ensure successful substitution. These investments need to be coupled with enhanced inter-authority and stakeholder collaboration on substitution and the development of expert networks that can support industry and authorities.
“The findings and recommendations of this report are very interesting and highly valuable to our work to stimulate the replacement of substances of concern by safer alternatives. I believe that this work lists concrete proposals that regulators and industry should seriously consider to implement. ECHA will take the recommendations forward with its co-regulators and stakeholder organisations in the coming months,” says Geert Dancet, ECHA’s Executive Director.
The report builds also on the experience of the Toxics Use Reduction Institute attached to the University of Massachusetts Lowell and on a dedicated survey conducted among Member States, industry representatives and consultants.
“One aspect, where Europe can learn from the US, is that the pressure to substitute hazardous chemicals in the US derives more through the supply chains, where the retailers and brands play a key role. In Europe, regulations seem to be a more important driver. Improved sectoral and supply chain collaboration and information sharing could accelerate substitution in Europe even before regulatory actions are taken,” says Professor Tickner of the University of Massachusetts, Lowell Centre for Sustainable Production.
- hazardous substances
- Substances of Very…
- substance substitution
- European CHemicals Agency
ECHA's second report to the European Commission on the use of alternative methods under REACH shows an increase in the use of these methods. The report's analysis is based on over 38,000 registration dossiers submitted for the 2010 and 2013 registration deadlines. According to the report, m ... more
ECHA invites the parties concerned to comment on five new proposals for harmonised classification and labelling (CLH): Isoxaflutole, Tembotrione, Metosulam, Potassium sorbate and Tetrakis(2,6-dimethylphenyl)-m-phenylene biphosphate. The public consultation will be open for 45 days and will ... more
- 1Smartphone-powered microchip for at-home medical diagnostic testing developed
- 2Measuring the ‘wettability’ of graphene and other 2D materials
- 3analytica 2022: Analytics that benefit consumer and environmental protection
- 4New technique shows in detail where drug molecules hit their targets in the body
- 5Why are neuron axons long and spindly?
- 6Researchers demonstrate label-free super-resolution microscopy
- 7Bruker and TOFWERK Form Strategic Partnership
- 8A sharper image for proteins
- 9Nanotechnology enables visualization of RNA structures at near-atomic resolution
- 10Seeing more deeply into nanomaterials
- New high-speed method for spectroscopic measurements
- Researchers analyzed circulating currents inside gold nanoparticles
- Tailor-made carbon helps pinpoint hereditary diseases and correct medication dosage
- Innovative sensing technique could improve greenhouse gas analysis
- High-resolution imaging of nanoparticle surface structures is now possible