Environmental External Exposure: Models to Evaluate direct Release of Cosmetic Ingredients into natural waters (MERCI) Framework with BASF, DSM-Firmenich, and Symrise
Objective
Develop a tiered exposure modeling framework to evaluate the potential environmental exposure of cosmetic ingredients to marine and freshwater:
- Identify locations with sufficient UV filter monitoring and environmental data for model testing
- Develop and refine models for the framework, ranging from conservative screening assessments to more site-specific, complex 3-dimensional circulation models
- Evaluate models by comparing predictions of chemical UV filter concentrations to measured values from monitoring studies
- Develop model scenarios to address potential direct exposure of cosmetic ingredients in areas where insufficient monitoring data is available
- Exchange on results
Project Details
Environmental External Exposure Working Group
Project Lead:
- Arnaud Boivin, L'Oréal
Collaborators:
- BASF
- DSM-Firmenich
- Symrise
TOOLBOX
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Poster: MERCI- Models Evaluating the direct-Release of Cosmetic Ingredients: A tiered exposure modeling framework to support the environmental risk assessment of cosmetic ingredients directly discharged
Presented at SETAC EU 2024
Poster: MERCI- Models Evaluating the direct-Release of Cosmetic Ingredients: A tiered exposure modeling framework to support the environmental risk assessment of cosmetic ingredients directly discharged
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Presentation: Screening-level exposure Models to Evaluate the direct Release of Cosmetic Ingredients (MERCI): Development and application to UV filters used in suncare products
The MERCI framework is designed to integrate into existing regulatory risk assessment processes, offering a tiered
approach that balances scientific rigor with practical applicability for regulators and industry
Presentation: Screening-level exposure Models to Evaluate the direct Release of Cosmetic Ingredients (MERCI): Development and application to UV filters used in suncare products
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Article: Screening-level exposure models to evaluate the direct release of cosmetic ingredients: development and application to ultraviolet-light filters used in suncare products
Concerns regarding the environmental risks of ultraviolet (UV)-filters used in suncare products have grown in recent years. Much of this concern has been driven by their use in products by consumers engaged in outdoor recreational activities, such as swimming, which can facilitate their direct emissions into aquatic systems.
Article: Screening-level exposure models to evaluate the direct release of cosmetic ingredients: development and application to ultraviolet-light filters used in suncare products