This browser is not actively supported anymore. For the best passle experience, we strongly recommend you upgrade your browser.
| less than a minute read

Plastic-choked rivers in Ecuador are being cleared with conveyor belts

Ecuador is pioneering an innovative solution to tackle plastic pollution in its rivers. As reported by BBC Future, a new project involves a conveyor belt system designed to remove plastic waste from rivers before it reaches the ocean. This initiative is part of a broader effort to address the growing problem of plastic pollution, which harms marine life and ecosystems.

The conveyor belt works by collecting plastic debris from rivers and sorting it for recycling or proper disposal. This system not only reduces the amount of plastic entering the ocean but also raises awareness about the importance of river cleanliness. Ecuador's innovative approach could serve as a model for other countries facing similar environmental challenges.

By intercepting plastic waste at its source, this project demonstrates a practical and effective method for reducing environmental impact and protecting aquatic life. It shows that with creativity and commitment, significant strides can be made in the fight against plastic pollution.

To stop plastic reaching the ocean, a start-up in Ecuador is using a conveyor belt to skim off and remove plastic from rivers – and working to stop polluters adding plastic to rivers in the first place.

Tags

plastic waste, plastics, plastic pollution, pollution, rivers, oceans, clean planet, ecuador, english, highlight

Creating, sharing and inspiring change. For good.

The global issues we face are challenging and interconnected. They can seem insurmountable. But if you know where to look, co-operation, positive change and hope are all around us. Build Beyond Even Better is a project that recognises the progress being made, and the amazing people who are making a difference. Share your own hopes, pledges and projects with #BBEB, or become a contributor.

Please read our BBEB Charter PDF.