The human body is exposed to microplastic particles through inhalation of airborne microplastics, ingestion of microplastics in food, and dermal contact with microplastics found in cosmetic, textile, and other products, with infants being a particularly vulnerable group due to their higher susceptibility to dermal absorption.
The aim of the thesis is to examine consumer awareness and attitudes toward microplastics in cosmetic products, as well as the presence of synthetic polymers in selected cosmetic products for infants and children on the Slovenian market.
In the introduction, we outline the potential health impacts of microplastic particles originating from cosmetic products and the regulatory framework governing the presence of microplastics in cosmetics. We continue with an analysis of respondents’ answers to questions about their awareness and purchasing habits related to microplastics, taking demographic characteristics into account. We found that respondents were relatively well informed about microplastics in general. The purchase and use of baby cosmetics were common among adult respondents who do not themselves belong to the target group, while pregnancy or caring for an infant did not significantly influence attitudes toward the environmental aspects of cosmetic products. Most respondents indicated that they would be willing to discontinue the use of at least some cosmetic products containing microplastics.
Using an in silico approach, we then assess the presence of synthetic polymers in 138 cosmetic products available on the Slovenian market with the help of the Beat the Microbead app. We identified 21 synthetic polymers classified as microplastics by the Beat the Microbead campaign. According to the criteria of the European Chemicals Agency, we identified four polymers as microplastics, which were present in three cosmetic products. A natural cosmetics certification proved to be a reliable indicator of the absence of microplastics defined by the European Chemicals Agency criteria.
Despite limitations, such as the non-quantitative analysis of polymers in cosmetic products and a demographically unbalanced survey sample, the thesis provides insight into the presence of microplastics in cosmetic products on the Slovenian market and consumer attitudes toward microplastics. Based on the findings, we highlight the need for further research on synthetic polymers and their potential effects on human health and the environment, as well as the search for sustainable alternatives to microplastics in the cosmetics industry.
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