Glaukos
Pioneer innovative plastic upcycling for a sustainable future
The Glaukos project has introduced an innovative method for upcycling polyamides, using chemical hydrolysis and engineered pseudomonas putida bacteria. This technique offers a new way to break down plastic waste into valuable compounds, supporting a circular economy. By combining microbial engineering with green chemistry, this approach aims to reduce environmental pollution and create sustainable solutions for plastic waste management.Read the article
CUBIC
Revolutionising materials: first bio-based innovations take center stage
The CUBIC project has reached a significant milestone with the successful reception of its first bio-based materials, marking a key step in the development of sustainable alternatives for complex products. The focus is on designing and optimising three innovative materials: the 3RCAN-bioepoxy system, high-tech biobased polyamides (BioPA), and advanced bio-based carbon fibres.This achievement not only validates the materials' potential but also paves the way for future scale-up and performance evaluation, advancing circular innovation in material science. Read the article
ALEHOOP
Transforming sustainable protein production
The CBE JU-funded ALEHOOP project has made significant strides in sustainable, low-cost protein production for food and feed applications. Key achievements include scaling up protein extraction from macroalgae and legumes, developing highly nutritious lupin protein isolates, creating eight plant-based meat alternatives with strong consumer acceptance and advancing Life Cycle Assessment (LCA) for environmental sustainability. This research is paving the way for a more sustainable food industry, reducing reliance on soy-based proteins while maintaining safety and quality. Read the press release
