Achievements

An alternative to fossil fuel-based plastics, the CBE JU-funded NENU2PHAR project has developed biodegradable products derived from microalgae...

Plastic waste is a massive and growing burden on our planet. To address the problem, the CBE JU-funded ENZYCLE project has developed innovative...

Pilot-scale biorefineries developed by CBE JU-funded ALEHOOP project have successfully demonstrated the feasibility of sustainable plant-based protein...

Currently, most fibres and films are made using fossil fuels. To reduce fossil fuel use, there is a need for high-performance, bio-based alternatives...

An abandoned industrial site turned into an algae factory by the CBE JU-funded MULTI-STR3AM project can deliver sustainable, high-value products for a...

Sugar beet is important to the EU economy, but prices for beet-derived sugar are falling. It is, therefore, vital to capitalise on all potential...

Modern agriculture and fishery production will struggle to respond to the sharp increases in demand for meat and fish. To help prevent shortages of...

Using sidestreams from biorefineries’ production of biofuel and bioenergy does not take full advantage of their vast potential. The CBE JU-funded...

The CBE JU-funded Glaukos project researched a circular solution for bio-based textile and fishing gear production to fight ocean plastic pollution.

Innovative formulations have fostered a circular economy for polylactic acid, a bioplastic made from plant starch that was challenged by end-of-life...