EU Bans BPA in Cans: Risks & Energy Drinks Tested
- European Union regulations are changing the landscape of food and beverage packaging, driven by growing concerns about the health effects of bisphenol A (BPA).
- A recent analysis by Öko-Test, a German consumer magazine, examined 22 energy drinks and found BPA in the internal coatings of 90% of them.
- BPA is an organic compound used to harden plastics and prevent corrosion in cans.
European Union regulations are changing the landscape of food and beverage packaging, driven by growing concerns about the health effects of bisphenol A (BPA). While a ban on BPA in food contact materials, including cans containing staples like chickpeas, beans, and lentils, began in , full compliance isn’t required until . However, recent laboratory testing reveals a widespread presence of the chemical, particularly in canned beverages, raising questions about current exposure levels.
A recent analysis by Öko-Test, a German consumer magazine, examined 22 energy drinks and found BPA in the internal coatings of 90% of them. This finding is particularly concerning given the potential health risks, especially for adolescents. The testing indicated that a 60 kg teenager consuming just one 250 ml can of 14 of the tested energy drinks daily could exceed 100% of the tolerable daily intake of BPA. An additional six products would result in exceeding 50% of the recommended limit.
BPA is an organic compound used to harden plastics and prevent corrosion in cans. For decades, it has been a common component of the protective linings found inside many food and beverage containers. However, increasing scientific scrutiny over the past 20 years has highlighted its potential toxicity, leading to the EU’s decision to ban its use in food contact materials. The European Food Safety Authority (EFSA) initially reduced the tolerable daily intake of BPA in , a move that directly preceded the implementation of Commission Regulation (EU) 2024/3190, the formal ban.
The primary route of exposure to BPA for most people is through diet, as the chemical can leach into food and drinks from packaging. The EU classifies BPA as potentially damaging to fertility and very toxic to aquatic life. It can also cause skin and respiratory irritation, as well as serious eye damage. While the ban aims to reduce exposure, consumers should be aware that products manufactured before the deadline may still contain BPA.
The scope of the ban, adopted on , extends beyond cans. It encompasses all food contact materials, including the coatings on metal cans, reusable plastic drink bottles, water distribution coolers, and other kitchenware. This broad approach reflects the widespread use of BPA in various food-related applications.
The decision to ban BPA followed a positive vote by EU Member States earlier in the year and a scrutiny period by the Council and the European Parliament. It also took into account the latest scientific assessment from EFSA, which concluded that BPA has potentially harmful effects on the immune system. A public consultation and extensive discussions with all Member States also informed the decision.
While the ban offers a significant step towards reducing BPA exposure, a phased implementation is in place to allow industry time to adapt. Most products have an 18-month phase-out period, with limited exceptions for situations where no viable alternatives currently exist. The ban also extends to other bisphenols known to be harmful to the reproductive and endocrine systems.
The implications of this ban are far-reaching, requiring manufacturers to reformulate products and find alternative materials for food contact applications. This transition may involve increased costs and potential supply chain disruptions in the short term. However, the long-term benefits of reducing exposure to a potentially harmful chemical are expected to outweigh these challenges.
Consumers concerned about BPA exposure can take several steps. While awaiting full implementation of the ban, being mindful of the packaging of food and beverages is crucial. Choosing products packaged in BPA-free materials, such as glass or cardboard, can minimize exposure. Reducing the consumption of canned and processed foods, which are more likely to contain BPA, can further limit intake.
The European Commission emphasizes that maintaining high food safety standards and protecting citizens is a top priority. The ban on BPA is a testament to this commitment, based on solid scientific advice and aimed at safeguarding public health against potentially harmful chemicals in food, and drink.