The impact of collection portfolio expansion on key performance indicators of the Dutch recycling system for Post-Consumer Plastic Packaging Waste, a comparison between 2014 and 2017

Published: 17 September 2019| Version 1 | DOI: 10.17632/djj6fmbjzs.1
Contributors:
Marieke Brouwer,
,

Description

This dataset corresponds to the paper: “The impact of collection portfolio expansion on key performance indicators of the Dutch recycling system for Post-Consumer Plastic Packaging Waste, a comparison between 2014 and 2017” (2019). The dataset includes two folders, one for the MFA model for 2017 and one for the model results of both the 2014 and 2017 model. Folder 1 (Tables A to I) contains the model description. Tables A, B and C list general input data for the model, such as gross collected amounts and the sorting distribution. Tables D, E, F and G relates to compositional data of separately collected post-consumer plastic packaging waste (PCPPW). In tables D and E the measured average compositions of collected materials and sorted products are listed (input STAN). The output of STAN for collected PCPPW and sorted products made therefrom, are listed in tables F and G. Tables H and I list the compositional data of PCPPW that was mechanically recovered from mixed municipal solid waste (MSW). In table H the measured average compositions of mechanically recovered PCPPW and sorted products made therefrom are listed (input STAN). The output data of STAN for mechanical recovered PCPPW and the sorted products made therefrom are listed in table I. Folder 2 (Tables J to W) shows all modelling results for 2014 and 2017. Table J lists the average gross composition of the separately collected PCPPW. Table K lists the collection fates of all the packaging types. Table L lists the sorting fates of all packaging types for separately collected PCPPW. Table M lists the sorting fates of all packaging types for mechanical recovered PCPPW. Table N lists the End-of-Life fates of all packaging types. Table O lists the average compositions of sorted products and compares those to the DKR sorting specifications to verify general compliance. In order to verify compliance of the sorted products, several interpretations had to be made to translate our list of packaging types in the list of criteria named in the specifications. The ‘benefit of the doubt’ principle was applied when required in this translation process. Table P lists the total amounts of washed milled goods produced. Table Q lists the recovered masses for the mechanical recycling process of the separately collected and sorted PCPPW. Table R lists the recovered masses for the mechanical recycling process of the mechanical recovered and sorted PCPPW. Table S lists the material composition of the produced washed milled goods. Table T and U list the share of desired polymers in the produced washed milled goods made from either separately collected and sorted or mechanical recovered and sorted PCPPW, respectively. Table V and W list the origin of contaminants in the produced washed milled goods made from either separately collected and sorted or mechanical recovered and sorted PCPPW, respectively.

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Institutions

Top Institute Food and Nutrition, Wageningen Universiteit en Research, Technische Universitat Hamburg

Categories

Plastics, Flow Analysis, Recycling, Waste Collection, Packaging

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