2025 Annual Report
Annual Report
ECETOC publishes a framework for the risk assessment of plastic additives
Press Release

ECETOC publishes a framework for the risk assessment of plastic additives

Part 1 sets out the fundamental elements, from problem formulation to risk characterisation.Brussels, 22 July 2026. The ECETOC Plastic Additives Task Force has published the first of two peer...
January 2026 news from the Sec Gen
News

January 2026 news from the Sec Gen

Dear colleagues and friends,As we begin a new year, I would like to thank you for your continued engagement and trust in ECETOC. 2026 promises to be an exciting and dynamic year, and I am pleased...
HSSD Tool

HSSD Tool

This software was developed by a consortium of partners to facilitate the uptake of novel approaches to estimate aquatic threshold concentrations (e.g. the concentration at which 5% of the species are exposed above their EC50, HC5).
The Human Exposure Assessment Tools Database (heatDB)

The Human Exposure Assessment Tools Database (heatDB)

heatdb is a public directory of exposure data sources as well as available tools for exposure
NanoApp

NanoApp

ECETOC’s NanoApp is a tool designed to define the boundaries of sets of similar nanoforms and to generate a justification for the REACH registration.
Targeted Risk Assessment (TRA)

Targeted Risk Assessment (TRA)

The Targeted Risk Assessment (TRA) estimates exposures to workers, consumers and the environment that arise during a series of events.
Chronic fish case studies towards an IATA

Chronic fish case studies towards an IATA

Why?Hazard and safety assessments for the pelagic compartment often rely on in vivo studies using a single fish species, raising ethical concerns and uncertainty in terms of extrapolation....
Estimating the environmental release of Synthetic Polymeric Microparticles from Products

Estimating the environmental release of Synthetic Polymeric Microparticles from Products

Why?REACH restriction: SPM use restricted; emissions reporting required by May 2027. Gap: No analytical methods available to measure SPM emissions. Solution: Draft SPERC-based approac...
Case Studies on Reliability and Relevance Considerations during Validation of NAMs

Case Studies on Reliability and Relevance Considerations during Validation of NAMs

Why?Validation of NAMs is often overlooked despite its importance for regulatory use. Traditional validation methods are less suitable for NAMs, which focus on key events rather than apical...
Workshop Report
28.10.2006

Workshop Report 08 – Workshop on societal aspects of nanotechnology

WR 08 : Workshop on societal aspects of nanotechnology | October 2006

Increasingly, public perception and acceptance are key factors in the introduction and development of new technologies. The question of acceptance is no longer simply a matter for potential users; the acceptance of technologies by society at large has become increasingly important. In general, the social, ethical-legal, economic, and political issues surrounding the introduction and development of new technologies are much more critical to successful innovation than they were 50 years ago (or even 25 years ago). It is an apparent paradox that the advent of a knowledge economy has coincided in Europe with a crisis of public trust in science and technology. There are increasing demands for more accountability and regulation of the outcomes and impacts from such a science-based development. Part of this is explainable by the ongoing shift in power toward the citizen and consumer and increasingly toward non-governmental organisations and other organisational citizens in what can be referred to as the new politics. The implications of these developments are apparent today. The successful and cost-optimising introduction and development of new technologies require informed consent from major stakeholders and the public.

Social sciences and humanities provide a number of concepts, models and empirical results which shed light on public acceptance, the ultimate success or failure and the cost profiles of the introduction of new technologies. As we have learned from the genetically modified foods issue, the choice for some stakeholders is not between different modes of deliberation and negotiation, but between these and antagonistic forms of social action. This should be of great concern to all those involved in the introduction and development of nanomaterials (e.g. business and banking interests, scientists and government policymakers).

This workshop followed a two-day workshop on Testing Strategies to Establish the Safety of Nanomaterials (published as ECETOC Workshop Report No. 7). Participants at both events included 70 scientific and clinical experts from industry, academia, government agencies and one non-governmental organisation. The workshop was a mixture of lectures and plenary discussions, aimed at providing some overview of European social science capabilities in relation to research and to give advice on the societal context of technical innovation and development. A further aim was to identify and focus on several key societal factors that are likely to affect the future acceptance and commercialisation of nanomaterials.

A key challenge facing society in the broadest sense, and interestingly also the natural scientists themselves, is the definition of nanomaterials; just what are they and how do we imagine them if we cannot touch, feel or see them? There is a natural fear of the unknown or distrust and negative concern about likely impacts on health and environment. Under these circumstances commercial introduction of nano-technology and -materials is viewed as a large scale experiment in the public domain with a perceived high uncertainty regarding safety aspects. Among natural scientists, the view prevails that current risk assessment methods, in principle, can also be applied to assess the risk arising from the use of nanotechnology, although they may have to be adapted to suit the specific characteristics of nanomaterials. But there is also a perception in parts of the public, that this may be inadequate. As a result the public, often through non-governmental organisations, are demanding to be informed and involved. Several of the known key social, including political, conditions of opposition to or rejection of prior technological innovations were compared with conditions of possible acceptance, or rejection, and legitimisation of nanotechnologies.