Nexe Innovations

Ahead of this World Environment Day, a new tool was developed which combines advanced satellite data technology with machine learning to determine the size and scale of plastic waste.

So far, the Global Plastic Watch has identified thousands of waste sites across 25 countries:

https://www.youtube.com/watch?v=HZKIAw4JmEE&t=4s

Learn more: https://globalplasticwatch.org/

Global Plastic Watch - Taking Waste Management to a Different Space this World Environment Day Global Plastic Watch is a tool which combines earth observation with artificial intelligence to create the first-ever near-real-time high-resolution map of p...

Researchers recently found deep in the lungs of living people. The most abundant microplastic particles were polypropylene and polyethylene terephthalate (PET), often used in plastic packaging and bottles, respectively.

Biodegradable alternatives to fossil-based plastic are not only more sustainable, they also break down quickly in industrial composting facilities. Reversing the threat of microplastics to human health starts by reducing the amount of single-use plastic that ends up in our parks, oceans, lakes, and landfills.

At NEXE, we are driven to replace every day single-use plastics, like PET, PP with plant-based, fully compostable alternatives.

Researchers find microplastics deep in the lungs of living people for the first time Microplastics were found in human lung tissue – with the most common particles being polypropylene and PET, often used in plastic packaging.