In the light of the current debates and consultations on the upcoming EU Strategy on Plastics and the revision of the EU waste legislation, European Bioplastics (EUBP) echoes the call for greater investments in the implementation of separate recycling streams, made by the association of Plastics Recyclers Europe (PRE) earlier this week.

In a press release, PRE calls for the development of separate recycling streams for biodegradable plastics to improve waste management efficiency throughout Europe. EUBP supports these efforts to ensure a high quality of recycled plastics.

In order to implement a circular economy throughout Europe and to achieve higher recycling rates, stronger investments in the modernization of the waste management infrastructure, including separate mechanical and organic recycling streams, are needed.

Currently, the share of biodegradable plastics designed for organic recycling sold in the EU is comparatively small. Therefore, the potential of misthrows by the consumer to reach a critical volume that could impact the quality of mechanical recycling streams is an unreasonable assumption at this point in time.

This has also been tested and confirmed in a recent study by the University of Wageningen, which analyzed biodegradable plastics in mechanical recycling streams and detected levels not higher than 0.3%. When tested within the EU FP7 Open-Bio project, Wageningen Food & Biobased Research found that there were no negative effects on the properties of recycled film products containing starch film and PLA film recyclates.

If biodegradable plastic products do, however, enter mechanical recycling streams, they can easily be sorted out. Research by Knoten Weimar, a scientific knowledge-cluster and institute at the Bauhaus-University Weimar focused on optimizing utilities and waste infrastructures, shows that available sorting technologies such as NIR (near infrared) can easily detect biodegradable plastic materials such as PLA (polylactic acid), PBAT (polybutylene adipate terephthalate), and other starch or cellulose based materials.

On the other hand, however, contamination of organic waste streams by misthrows of non-biodegradable plastics is high and constitutes a real problem for composting facilities and negatively affects the quality of compost. This problem can only be tackled by establishing mandatory separate collection of organic waste supported and facilitated by the use of biodegradable plastic bags and packaging and accompanied by consumer education and information on correct ways of organic and mechanic recycling.

EUBP urges all involved stakeholders to consider recycling as both mechanical and organic recycling and to contemplate the corresponding plastic materials in this context. Furthermore, investments into sound waste management infrastructure across Europe as well as comprehensive projects to increase the consumers' knowledge about correct disposal need to be considered. Only then, recycling can become more efficient, contamination can be limited, and a strong secondary raw material market in a circular economy will flourish.

In the light of the current debates and consultations on the upcoming EU Strategy on Plastics and the revision of the EU waste legislation, European Bioplastics (EUBP) echoes the call for greater investments in the implementation of separate recycling streams, made by the association of Plastics Recyclers Europe (PRE) earlier this week.

In a press release, PRE calls for the development of separate recycling streams for biodegradable plastics to improve waste management efficiency throughout Europe. EUBP supports these efforts to ensure a high quality of recycled plastics.

In order to implement a circular economy throughout Europe and to achieve higher recycling rates, stronger investments in the modernization of the waste management infrastructure, including separate mechanical and organic recycling streams, are needed.

Currently, the share of biodegradable plastics designed for organic recycling sold in the EU is comparatively small. Therefore, the potential of misthrows by the consumer to reach a critical volume that could impact the quality of mechanical recycling streams is an unreasonable assumption at this point in time.

This has also been tested and confirmed in a recent study by the University of Wageningen, which analyzed biodegradable plastics in mechanical recycling streams and detected levels not higher than 0.3%. When tested within the EU FP7 Open-Bio project, Wageningen Food & Biobased Research found that there were no negative effects on the properties of recycled film products containing starch film and PLA film recyclates.

If biodegradable plastic products do, however, enter mechanical recycling streams, they can easily be sorted out. Research by Knoten Weimar, a scientific knowledge-cluster and institute at the Bauhaus-University Weimar focused on optimizing utilities and waste infrastructures, shows that available sorting technologies such as NIR (near infrared) can easily detect biodegradable plastic materials such as PLA (polylactic acid), PBAT (polybutylene adipate terephthalate), and other starch or cellulose based materials.

On the other hand, however, contamination of organic waste streams by misthrows of non-biodegradable plastics is high and constitutes a real problem for composting facilities and negatively affects the quality of compost. This problem can only be tackled by establishing mandatory separate collection of organic waste supported and facilitated by the use of biodegradable plastic bags and packaging and accompanied by consumer education and information on correct ways of organic and mechanic recycling.

EUBP urges all involved stakeholders to consider recycling as both mechanical and organic recycling and to contemplate the corresponding plastic materials in this context. Furthermore, investments into sound waste management infrastructure across Europe as well as comprehensive projects to increase the consumers' knowledge about correct disposal need to be considered. Only then, recycling can become more efficient, contamination can be limited, and a strong secondary raw material market in a circular economy will flourish.