Researchers have created a new plant-based material that could become a strong contender for a plastic replacement.

New electrochemical methods for recycling and a filtering method for microplastics. Explore the work of featured Scientist: Anne McNeil, Chemistry Dept, University of Michigan.

Nanoplastics behave differently in sand and volcanic soils. Their movement and clumping change with pH levels.

These plastics are derived from starches such as maize, wheat, potato and cassava. One example is thermoplastic starch (TPS), ...

The fact that it is transparent, biodegradable in a natural environment, and plastic-like is already fantastic, but there is ...

Collect income from a source creating the basic blocks of our plastic-dependent society. Read about the income opportunities ...

Most plastics used today – roughly 75% – are made of semicrystalline polymers. These materials have a layered structure that ...

Scientific studies on nine major waterways reveal an 'alarming' pollution by small particles. For the first time, a bacterium ...

Expands PolyEarthylene® Resin Product Line to Include Extrusion Coatings, Shrink Film, Stretch Film and Durable Film in Addition to its Current Blown Film and Cast Film Product Line ~ ~ ...

Verde Bioresins®, a pioneer in sustainable polymer technology, announces its partnership with Happy Campers, a leader in ...

Happy Campers bakery partners with Verde Bioresins to switch to biodegradable, recyclable packaging that helps reduce plastic ...

There's always a strong appetite for fragrances that smell delectable on the skin (it's why vanilla perfumes will never go ...