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Study warns black plastic items may contain cancer-causing BFRs

  • 2 Min To Read
  • 2 years ago

A recent study published in the scientific journal Chemosphere has revealed that black plastic items may contain toxic brominated flame retardants (BFRs), which have been linked to various health issues such as cancer, nervous system problems, endocrine disruption, and reproductive and developmental issues. The study, conducted by researchers from Toxic-Free Future and the Amsterdam Institute for Life and Environment at Vrije Universiteit Amsterdam, found BFRs in 85% of the 203 black plastic consumer products that were screened.

The concentrations of BFRs detected in the products ranged up to 22,800 mg per kilogram, with the highest levels found in items such as a sushi tray, spatula, and beaded necklace. The study also found the banned substance deca-BDE in plastic products at levels exceeding the European Union's limit.

These findings raise concerns about the potential health risks associated with exposure to BFRs, especially since many black plastic items come into contact with food or are used in cooking utensils. The Environmental Protection Agency describes BFRs as a widely used flame retardant group due to their efficiency and low cost.

While the study focused on black plastic items, it is important to note that other colors of plastic may also contain BFRs. This highlights the need for increased awareness and regulation of these harmful chemicals in plastic products. The researchers have called for global efforts to address the issue, including the upcoming Global Plastic Treaty negotiations in 2024.

In conclusion, the presence of BFRs in black plastic items raises significant health concerns that need to be addressed through regulatory measures and public awareness. The potential risks associated with exposure to these chemicals highlight the importance of prioritizing the health and safety of consumers over industry profits. It remains to be seen how policymakers will respond to these findings and work towards reducing the use of harmful additives in plastic products.

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