In a recent study, CEFLEX and Ghent University investigated the challenges and potential of new recycling technologies for flexible plastics. These technologies include delamination, deinking, dissolution and contaminant extraction and aim to meet the requirements of the Packaging and Packaging Waste Directive by 2030.
Technology selection and capacity assessment
The study analysed twelve technology providers and over twenty projects to identify the best approaches for scaling up recycling capacities. One key finding was that the technologies must be capable of processing at least 10-15 thousand tonnes per year in order to be economically viable.
Challenges and potential
Despite the progress made, there are considerable difficulties in achieving the recycling rate of 55% for flexible plastic packaging by 2035. Dissolution technology in particular shows great potential, with a predicted capacity of 250,000 tonnes per year by 2030. Delamination and deinking improve the quality of the recycled material and are already commercially available to some extent.
Necessary investments and cooperation
Further investment in commercial facilities is needed to achieve the ambitious recycling targets. The study emphasises the need for industry-wide cooperation, investment in recycling infrastructure and clear regulatory guidelines.
Conclusion
The results of the study show that it is possible to achieve recycling goals if the right technologies are scaled up and the necessary investments are made. Cooperation between industry, science and politics is crucial in this regard.
Also important in this context is
Modelling the future of flexible packaging – Legal targets and the circular economy
Modelling the future of flexible packaging – legislative targets and the circular economy
To achieve recycling targets and recycled content levels by 2030, CEFLEX has developed a new model called Möbius. This model aims to provide a better understanding of the material flows and infrastructure needed to develop a circular economy for flexible plastics.
Key points of the study:
- Möbius model: An ongoing project that evaluates various scenarios for recycling flexible plastic packaging in Europe.
- Data and assumptions: The model uses nearly 80 different assumptions and Monte Carlo analysis to account for uncertainties.
- Objective: To support collection, sorting and recycling strategies to meet and exceed EU legislative targets.
- Collaboration: CEFLEX stakeholders play a key role in the further development and validation of the model.
The model helps companies and decision-makers identify the measures necessary to achieve legal recycling targets and promote the circular economy.The model helps companies and decision-makers identify the measures necessary to achieve legal recycling targets and promote the circular economy.
Public Downloads: CEFLEX Modelling the Circular Economy
For more information and contact details, please visit: News from CEFLEX | A circular economy for flexible packaging
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