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Home / Health / Unregulated Toxins Found in Popular Bottled Waters

Unregulated Toxins Found in Popular Bottled Waters

16 Jan

•

Summary

  • Dozens of unregulated harmful chemicals detected in bottled water.
  • Bottled water had fewer disinfection by-products than tap water.
  • Some grocery brands showed significantly higher cytotoxicity levels.
Unregulated Toxins Found in Popular Bottled Waters

A recent study published in Science Direct has identified dozens of unregulated harmful chemicals, known as disinfection by-products (DBPs), present in popular brands of bottled water. While all tested bottled waters contained DBPs, the study authors note that the levels were generally lower than those found in tap water. This finding offers a more nuanced understanding of bottled water quality.

Despite the overall lower DBP levels compared to tap water, the research highlighted specific concerns. Certain grocery brands, particularly those using purified tap water, demonstrated significantly higher calculated cytotoxicity. Furthermore, unregulated DBPs, such as dibromoacetonitrile, a known carcinogen, were detected, although at low levels comparable to tap water.

Experts suggest that while DBPs are a concern, tap water remains a safe and practical choice for most. The study underscores the need for expanded regulation of DBPs in public drinking water to ensure broader public health protection. Consumers are advised to consider the environmental impact and cost of bottled water.

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Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
The study found dozens of unregulated harmful chemicals, called disinfection by-products, in popular bottled water brands, though generally at lower levels than tap water.
Yes, the study detected unregulated DBPs like dibromoacetonitrile, a known carcinogen, though at low levels similar to tap water.
Experts suggest tap water is still a safe and practical choice for most, with the study highlighting the need for better regulation of DBPs in public drinking water.

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