A Sussex student invented a bioplastic sourced from the sea.

A Sussex student invented a bioplastic sourced from the sea.
Recent research on cellulose–sulfur composites made from industrial wastes has successfully achieved all three Rs: reduce, reuse, recycle.
Process can transform waste sulfur into a lightweight plastic that may improve batteries for electric cars, reports a University of Arizona-led team.
The fluidic wearable device is less wasteful when it comes to water, but equally effective alternative to water immersion therapy.
A new material designed to dissolve only in salt water could help us prevent the accumulation of microplastics in the seas.
In the future, small electronics could be powered by fallen leaves, shed fur, and other waste materials found in nature.
Scientists convert harmful microplastics into valuable graphene using plasma, offering a promising solution for this type of pollution.
A closed-loop process for making and recycling polycarbonate plastic also captures carbon to reduce waste and cut emissions.
A material derived from avocado pruning waste and bio-polyethylene combines high strength with biodegradability.
Researchers are tackling the growing problem of electronic waste by designing wearable electronics from sustainable and recyclable materials.