Design of Future proof biobased packaging for increased circularity

Important results from the project

Yes, they were largely achieved. The project successfully developed sustainable and circular cellulose-based packaging solutions by optimizing both materials and processes. Through research and testing, recyclability, barrier properties, and mechanical properties of the packaging were improved. Other important results include the development of circular design guidelines, chemical formulations for enhanced barrier functions, and a modeling tool for the packaging process.

Expected long term effects

The long-term effects of this project are expected to significantly impact the packaging industry, particularly in sustainable and efficient solutions. The development of a modelling tool will enable optimized packaging designs and manufacturing processes. Insights into fiber network design will lead to stronger, more durable cellulose-based packaging, contributing to a reduced environmental footprint with biodegradable and recyclable materials.

Approach and implementation

The project was executed through a multi-disciplinary approach, aiming to develop sustainable, circular cellulose-based packaging solutions. It involved various workstreams that focused on different aspects, such as creating circular design guidelines, optimizing raw fiber materials, improving barrier properties, and enhancing the mechanical performance of packaging. Advanced techniques were used for material characterization and simulation.