Europe releases over 500 million tonnes of biogenic CO₂ annually, much of which remains unused. Traditional carbon management methods are costly and...
The use of polymers in manufacturing is an essential element of numerous aspects of modern life. They are used to create the high-strength, low-weight...
The CIRCLE consortium aims to boost bio-based chemical production in Europe by valorising food waste streams. The project will upgrade the capacity of...
Microalgae hold significant potential for the European bioeconomy. However, challenges remain in their widespread market acceptance, particularly in...
With an 18.6 million-strong workforce and over €2 trillion generated annually, the bioeconomy sector offers an important sustainable growth potential...
Achievement of Europe’s sustainability and climate goals requires a transition from fossil-based to bio-based chemical building blocks. As an abundant...
According to the Food and Agriculture Organisation (FAO), approximately 40% of food crops are lost worldwide each year due to plant pests and diseases...
Biogas production offers a valuable route for converting organic waste and biomass into renewable energy. However, the efficiency of the process can...
Cellulose is the most widely-available renewable material on Earth. Using cellulose-derived materials to replace fossil-based plastics in a range of...
Polyamides (nylon) and polyesters are among the most widely used polymer families, with applications ranging from clothing, carpets and sportswear to...
Forests and forestry will play a key role in making a European bio-based economy a reality. By applying modern technology to forestry techniques, the...
Absorbent hygiene products (AHPs), including baby and adult nappies, menstrual products and wet wipes, generate large volumes of waste across Europe...