There will be problems on the cap front
In less than a month, from July 2024, only plastic bottles will be available in stores, the caps of which remain attached to the container during the entire period of use, reports hvg.hu. This measure was created in accordance with the new directive of the European Union, which aims to reduce the amount of plastic waste, especially the plastic caps that are often found on beaches. The EU already announced this regulation in 2019, for which manufacturers can decide the method of fixation.
The change received a mixed reception among consumers, with many complaining that the fixed cap makes it difficult to use the bottles. Nevertheless, the benefits of the regulation include the expected reduction in environmental pollution, as fewer caps will be thrown away. The new provisions will enter into force in EU member states from July 3, 2024.
Further restrictions on the use of plastic can be expected in the future: the packaging of fresh vegetables and fruits, as well as miniature hotel toiletries and fast food, will also be banned under a new law. This step further strengthens the EU’s commitment to sustainability and environmental protection.
Related news
MOHU collected 700 million bottles in six months
By mid-November, 700 million bottles, jars and cans had been…
Read more >150 million bottles, jars and aluminum cans have already been returned in Lidl stores
Lidl Hungary has reached a milestone in its new return…
Read more >DRS System in Hungary: Tips for Successful Returns
On January 1, 2024, Hungary launched the DRS (Deposit Return…
Read more >Related news
Holiday Shopping Study 2024: European Consumers Plan Ahead Amid Economic Pressures
The “Holiday Shopping Study 2024,” conducted by ShopFully and Offerista…
Read more >Nestlé Szerencs factory expands with new solar park
The 1.5 GW annual capacity solar park will come into…
Read more >Oversupply in the office market, returning demand in retail properties and hotels expected in 2025
The Hungarian commercial real estate market is currently characterized by…
Read more >