Assessment

Identification of the individual degree of circularity and ecological footprint

Which material is the most sustainable choice for my application? How can I compare disposable and reusable alternatives? And what is the ecological footprint of my products, processes and services? These key questions can be answered with the help of a life cycle assessment.

At Fraunhofer CCPE, we are working on the further development and refinement of existing life cycle assessment methods with the aim of integrating the circularity of products and materials into the assessment. We have assessed both state-of-the-art and new processes and technologies, such as recycling processes and the latest materials. This enables us to precisely map the use and recycling of products using scientifically sound assessment models.

Would you like to quantify the environmental impact of your products and, for example, compare different types of recycling or material and design alternatives? Contact us and we will evaluate your product, processes or services.

You can also try out our online self-check for the Circluar Readiness Level® to discover levers for improving the circularity of your products.

CLR - Self-check der Kreislauffähigkeit von Produkten und Produktsystemen
© Fraunhofer CCPE/Mike Henning
CLR - Self-check of the recyclability of products and product systems

Further information

 

Circular Readiness Level® (CRL®)

With the online Self-Check Circular Readiness Level®, companies can check how ready their product is for the circular economy.

 

Life Cycle Assessment

The LCA provides a basis for decision-making by evaluating the environmental performance of a product over various life cycle phases.

 

System Mapping

After analyzing the product, the R-strategies are applied to scenarios such as CO2 or raw material savings. The results show the effects of a modified product design and derive an innovation path.

Latest publications

Measuring the circularity potential of recycled LDPE based on quantity and quality conservation - a functional requirement matrix approach
Schulte A., Velarde P., Marbach L., Mörbitz Ph.
Resources, Conservation & Recycling Advances 2022, Volume 17
First published: May 2022; 

Methodology to address potential impacts of plastic emissions in life cycle assessment
Maga D., Galafton Ch., Blömer J., Thonemann N., Özdamar A., Bertling J.
The International Journal of Life Cycle Assessment 2022, Volume 27
First published: 22 March 2022,  

 

Introducing the Fraunhofer CCPE “Assessment” team:

Our Research Departments