Post-Consumer High-tech Recycled Polymers for a Circular Economy – PolyCE

Deliverables

Other (5)

Consumer campaign on the benefits of recycled plastics in new electronic products

D9.2: Consumer campaign on the benefits of recycled plastics in new electronic products; M24, UNU. Deliverable D9.2. is outcome of Task 9.2.

Value chain map of current level of circularity in EEE plastics

D.1.3: Value chain map of current level of circularity in EEE plastics, M36, UNU. D1.3. is the outcome of Task 1.3, Task 1.4 and Task 1.5. Deliverable D.1.3 will deliver input to WP2 activities and support the communication and dissemination work of WP9

Matrix of industrial symbiosis opportunities

D.1.4: Matrix of industrial symbiosis opportunities, M32, UGent. D1.4. is the outcome of Task 1.6 and input for Task 1.2

Consumer campaigns on circular consumption models

D9.1: Consumer campaigns on circular consumption models, M24; EEB. Deliverable D9.1. is outcome of Task 9.1.

Networking platform for cities and local stakeholders

D9.3: Networking platform for cities and local stakeholders, Month: M30, UNU. Deliverable D9.3. is out-come of Task 9.3.

Documents, reports (18)

Reverse logistics requirements for environmentally sustainable collection, recycling and reuse of PCR plastics

D3.3: Determination reverse logistics operations - Regional networks and across Europe, M20, TUON. Deliverable D3.3 is the outcome of Task 3.3. The deliverable will deliver input to Task 7.1 and Task 8.8.

Explotation plan - Second version, Public

Short second public version of the Exploitation Plan, excluding any confidential information

Identification of WEEE recycling improvement for high quality plastic

D3.4: Identification of WEEE recycling improvement for high quality plastic, M20, TUB. Deliverable D3.4 is the outcome of Task 3.4. The deliverable will deliver input to Task 7.1.

Plan for a transparent consultation of stakeholders

D2.3: Plan for a transparent consultation of stakeholders, ECODOM, M19. Deliverable D2.3 is the out-come of Task 2.2 and will use input from Task 2.1

Design from Recycling strategy for PCR polymers from WEEE

D4.2: Design from Recycling strategy for PCR polymers from WEEE, M25, UGent. Deliverable D4.2 is the outcome of Task 4.2. D4.2 will deliver input to the business cases reflected in WP1, to the demon-strators in WP7 and to Task 2.2.

Re-design value and supply chain for maximum effect

D3.5: Re-design value and supply chain for maximum effect, M36, ECODOM. Deliverable D3.5 is the outcome of Task 3.5 and will use input from Task 3.2, Task 3.3 and Task 3.4 and will incorporate feed-back from the tasks of WP7. The deliverable will deliver input to Task 2.2 and Task 7.1, Task 7.6. Task 7.7 and Task 8.8.

Quantification of material flows along the entire chain

D3.1: Quantification of material flows along the entire chain, M12, ECODOM. Deliverable D3.1 is the outcome of Task 3.1. The deliverable will serve as input to Task 3.2

Identification of circular business models and shortlist of applicable dematerialisation options

D.1.1: Identification of circular business models and shortlist of applicable dematerialisation options, M6, TUB. D.1.1. is the outcome of Task 1.1 and input for Task 1.2

Map of market situation, derived barriers, drivers and information needs

D6.1: Map of market situation, derived barriers, drivers and information needs, M18, TUON. Deliverable D6.1 is the outcome of Task 6.1 and Task 6.2. The deliverbale will use input from Task 1.5 and will be performed in close collaboration with Task 3.1. The deliverable will provide information to Task 6.3.

Material matrix with the predominant polymers and their additives in PCR polymers from WEEE

D5.1: Material matrix with the predominant polymers and their additives in PCR polymers from WEEE, M9, UGent. Deliverable D5.1 is the direct outcome of Task 5.1. The deliverable will deliver input to Task 5.2 and WP7.

Possibilities and limitations in the value chain and conditions for change

D2.4: Possibilities and limitations in the value chain and conditions for change, UNU, M40. Deliverable D2.4 is the direct outcome of Task 2.3. The deliverable will use, but also deliver input to Task 2.2 and Task 2.4.

Collection requirements for clustering products

D3.2: Determination of collection requirements for clustering products, M20, KU Leuven. Deliverable D3.2 is the outcome of Task 3.2. The deliverable will use input from Task 1.2 and deliver input to Task 7.1.

Report on drivers, risks and limitations to assess business model in the electronics sector

D.1.2: Report on drivers, risks and limitations to assess business model in the electronics sector, M12, TUON. D1.2. is the outcome of Task 1.2. Deliverable D.1.2 will provide input to Task 3.3

Spreadsheet and contact details of key stakeholders to establish online discussion platform, Public

Deliverable D2.1 is the outcome of Task 2.1 and will serve as input to Task 2.2

Exploitation plan - First version, Public

Short first public version of the Exploitation plan, excluding any confidential information.

Description of standard and systematic testing procedures for the different types of PCR

D4.3: Description of standard and systematic testing procedures for the different types of PCR, M25, MBA, Deliverable D4.3 is the outcome of Task 4.3. D4.3 will deliver input to Task 4.4 and Task 4.5.

Report on minimum material requirements for the trials

D4.1: Report on minimum material requirements for the trials, M8, KU Leuven. Deliverable D4.1 is the outcome of Task 4.1. D4.1 will deliver input to Task 4.2 and Task 4.3.

Dissemination plan - public summary

The deliverable will reflect, amongst others, the strategy described in Section 2.2.1 of Part B.

Demonstrators, pilots, prototypes (1)

Demonstrator for the WEEE supply chain

D7.1: Demonstrator for the WEEE supply chain, M32, ECODOM. Deliverable D7.1 is the direct outcome of Task 7.1. The results will be validated in an iterative manner through activities in WP3, WP4, WP5, WP6 as well as from the individual tasks within WP7.

Websites, patent fillings, videos etc. (1)

Project website and newsletters

D9.4: Project website (M3), bi-annually newsletters (M6, 12, 18, 24) Deliverable D9.4. is outcome of Task 9.5.

Publications

Conference proceedings (7)

E-Businesses going circular – drivers, barriers and best practice examples of circular business models from the electronics sector

Author(s): J. Emmerich, P. Chancerel, N. Nissen, K. Lang (TU Berlin, DE), R. Colley-Jones, M. Bates (University of Northampton, UK), G. Dimitrova, A. Berwald (Fraunhofer IZM, DE)
Published in: Going Green – CARE INNOVATION, 2018

Encouraging the uptake of recycled plastics from WEEE – the potential of ecolabels

Author(s): G. Dimitrova, K. Schischke, A. Berwald, C. Walther, N. Nissen (Fraunhofer IZM, DE), P. Chancerel, K. Lang (TU Berlin, DE), A. Rüdiger (SITRAPLAS, DE)
Published in: Going Green – CARE INNOVATION, 2018

Product Clustering for Improved Collection, Sorting and Recycling of Plastics

Author(s): A. Boudewijn, J. Peeters, R. Dewil, D. Cattrysse, W. Dewulf, J. Duflou (KU Leuven, BE) P. Chancerel (TU Berlin, DE)
Published in: Going Green – CARE INNOVATION, 2018

Design for Recycling: A priority plastics guide for WEEE recycling

Author(s): A. Berwald, G. Dimitrova, N. Nissen (Fraunhofer IZM, DE) A. Schwesig, (MGG Polymers, AT) P. Chancerel, J. Emmerich, K. Lang (TU Berlin, DE)
Published in: Going Green – CARE INNOVATION, 2018

Strategies for more Circularity in the Life Cycle of Mobile Information Technology

Author(s): K. Schischke, M. Proske, J. Reinhold (Fraunhofer IZM, DE), M. Ballester (Fairphone, NL), K. Lang (TU Berlin, DE), M. Regenfelder (ReUse, DE)
Published in: Going Green – CARE INNOVATION, 2018

Where the shoe pinches – tackling current market challenges for recycling plastics from WEEE

Author(s): N. Vincenti, L. Campadello, A. Accili (ECODOM – Consorzio Italiano Recupero e Riciclaggio Elettrodomestici, IT) E. Wagner, P. Chancerel, J. Emmerich (TU Berlin, DE) P. Liravi (University of Northampton, UK) A. Berwald, G. Dimitrova, N. Nissen, K. Lang (Fraunhofer IZM, DE)
Published in: Going Green – CARE INNOVATION, 2018

Design from recycling for post-consumer WEEE plastics

Author(s): Gianni Vyncke, J. Onnekink, T. Feenstra and Kim Ragaert
Published in: International Conference on Polymers and Moulds Innovations - PMI 2018., 2018

Thesis dissertations (1)

Influence of the particle size on the plastic recyclability of plastic fractions from WEEE treatment

Author(s): Franziska Maisel
Published in: Master thesis, 2019

Peer reviewed articles (2)

A Statistical Analysis on the Effect of Antioxidants on the Thermal-Oxidative Stability of Commercial Mass- and Emulsion-Polymerized ABS

Author(s): Rudinei Fiorio, Dagmar D’hooge, Kim Ragaert, Ludwig Cardon
Published in: Polymers, Issue 11/1, 2019, Page(s) 25, ISSN 2073-4360
DOI: 10.3390/polym11010025

Preparing WEEE plastics for recycling – How optimal particle sizes in pre-processing can improve the separation efficiency of high quality plastics

Author(s): Franziska Maisel, Perrine Chancerel, Gergana Dimitrova, Johanna Emmerich, Nils F. Nissen, Martin Schneider-Ramelow
Published in: Resources, Conservation and Recycling, Issue 154, 2020, Page(s) 104619, ISSN 0921-3449
DOI: 10.1016/j.resconrec.2019.104619

Book chapters (2)

Preparing WEEE Plastics for Recycling – How Optimal Particle Sizes in Pre-processing can Improve the Separation Efficiency of High Quality Plastics

Author(s): Franziska Maisel, Johanna Emmerich and Gergana Dimitrova
Published in: Recycling- und Sekundärrohstoffe, Issue Band 13, 2020, Page(s) 670

Application of Post Consumer Plastic Recyclates in the Electronics Industry as Promising Business Model in the Circular Economy

Author(s): Johanna Emmerich, Franziska Maisel, Gergana Dimitrova and Anton Berwald
Published in: Recycling- und Sekundärrohstoffe, Issue Band 13, 2020, Page(s) 670