4.2 Article

Challenges and Solutions for Plastic Packaging in a Circular Economy

期刊

CHEMIE INGENIEUR TECHNIK
卷 93, 期 11, 页码 1751-1762

出版社

WILEY-V C H VERLAG GMBH
DOI: 10.1002/cite.202100110

关键词

Fluorescence; Packaging; Plastic; Recycling; Tracer-based-sorting

资金

  1. German Federal Ministry for Education and Research (BMBF) [033R195A-E]
  2. KIT
  3. Der Grune Punkt - DSD GmbH
  4. Werner Mertz GmbH
  5. Polysecure, Pforzheim University
  6. VerPlaPoS research teams
  7. Projekt DEAL

向作者/读者索取更多资源

The new regulations require improvement in plastic packaging waste management to increase recycling rates. Tracer-based sorting (TBS) offers a promising solution for sorting challenges in industrial printing and waste management feasibility studies, showing excellent detection rates and reduced climate impact compared to conventional sorting technology, with high potential for implementation and transfer to other industries.
New regulations require improvement of plastic packaging waste management to meet higher recycling rates. One solution for today's multilayers and other sorting challenges is tracer-based-sorting (TBS). TBS uses fluorescent tracers to provide sorting information on packagings. Industrial printing tests with tracer materials showed good printing quality. For TBS waste management feasibility studies, extensive packaging sorting plant input analyses were carried out, focusing on materials, color, label type, and label whereabouts. Sorting tests on a TBS-modified NIR-sorter resulted in excellent detection rates. LCA showed the reduced climate impact of TBS compared to conventional sorting technology. Implementation and transfer of TBS to other industries show high potential.

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