2025 Annual Report
Annual Report
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...
ECETOC launches Secondee Programme
News

ECETOC launches Secondee Programme

Looking for an extra challenge? A next step to help develop your career? Consider applying for our Secondee Programme!ECETOC is looking for early-career scientists currently working at a member co...
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...
News
17.11.2016

In a nutshell: Freshwater ecotoxicity as an impact category in life cycle assessment

Brussels, November 2016

Freshwater is a vital component in the global ecosystem. Freshwater is a unique environmental habitat and also essential for human life. Freshwater pollution not only poses a risk to the environment, but it can also impact human health as well. Therefore, it is important to maintain anthropogenic pollution below a threshold that would characterise a risk.

Life cycle assessment (LCA) is a methodology that strives for the assessment of environmental burdens along an entire (product) value chain. This means, for example, a consumer product assessment starts at the extraction of raw materials and it ends with the disposal of the product. All environmentally relevant intermediate stages such as transport, manufacturing steps and product use are accounted for, considering even secondary resources such as energy consumptions and their associated values chains in full.

One general idea behind LCA is to make ´hotspots´ visible. These are impacts along the life cycle which stand out from the rest. Beyond ‘hotspots’, life cycle assessment in principle also enables the comparison of products regarding their environmental performance. This use of LCA is integral to the ‘Product Environmental Footprint’ (PEF) project in the European Union, but it poses greater demands on methodological reliability and data quality. In a series of pilot projects, the methods prescribed in this PEF project were tested for various product types. ‘Freshwater Ecotoxicity’ is an environmental impact category which is part of such assessment. Several fundamental and practical questions were raised regarding the PEF methodology used to determine and compare the life cycle impact assessment of a product for the ‘Freshwater Ecotoxicity’ impact.

Thus, ECETOC established a task force to investigate the method employed in the LCA context of PEF. The aim of the task force was to: i) conduct a scientific investigation of the ‘USEtox’ method for assessment of aquatic ecotoxicity in LCA, based on a simple case study with a virtual down-the-drain product; ii) compare LCA and environmental risk assessment methodology, which both characterise human intervention on the environment and provide a basis for decision-making; and (iii) to provide guidance on the interpretation and scientific relevance of USEtox results in the context of chemical impact assessment and selection of chemical-based (manufactured) products. The report includes an extended discussion of the options that could move forward the discussion

The document has been published as ECETOC Technical Report no.127: Freshwater Ecotoxicity as an impact category in life cycle assessment.