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Influence of RFID tags on recyclability of plastic packaging

机译:RFID标签对塑料包装可回收性的影响

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摘要

The use of Radio Frequency IDentification Technology (RFID) in the packaging sector is an important logistical improvement regarding the advantages offered by this technology in comparison with barcodes. Nevertheless, the presence of these devices in plastic packaging, and consequently in plastic waste, can cause several problems in the recycling plants due to the materials included in these devices. In this study, the mentioned recycling constraints have been experimentally identified in a pilot scale recycling study consisting in three recycling tests with an increasing presence of RFID tags. Differences in each test were evaluated. Furthermore, the quality of the recycled material of each test was studied through the injection and testing of tests probes. The results of the pilot scale recycling tests did not show a decrease in the quality of the recycled plastic due to the presence of RFID tags. Nevertheless, several operational problems during the recycling process were observed such as the obstruction of the screens, which lessened the process yield and created process interruptions, as well as the loss of extruded plastic during the process. These recycling constraints cannot be directly extrapolated to the industrial plants due to the different working scales. Nevertheless, technological solutions are proposed in order to avoid these recycling constraints if they appear.
机译:与条形码相比,包装技术中射频识别技术(RFID)的使用是该技术提供的优势的重要后勤改进。然而,由于这些装置中包含的材料,这些装置存在于塑料包装中,并因此存在于塑料废料中,会在回收工厂中引起一些问题。在这项研究中,上述回收限制已在中试规模的回收研究中通过实验确定,该研究包括三个回收测试,其中RFID标签的使用越来越多。评估每个测试中的差异。此外,通过测试探针的注入和测试来研究每个测试的回收材料的质量。中试规模的回收测试结果并未显示出由于存在RFID标签而导致的回收塑料质量下降。尽管如此,在回收过程中仍观察到一些操作问题,例如筛网的阻塞,这降低了工艺产量并造成了工艺中断,并且在工艺过程中损失了挤出的塑料。由于工作规模不同,这些回收限制无法直接推断到工业工厂。然而,提出了技术解决方案以避免出现这些回收限制。

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  • 来源
    《Waste Management》 |2011年第6期|p.1133-1138|共6页
  • 作者单位

    Sustainability Division, Packaging, Transport & Logistics Research Center, Albert Einstein 1, 46980 Patema, Valencia, Spain;

    Sustainability Division, Packaging, Transport & Logistics Research Center, Albert Einstein 1, 46980 Patema, Valencia, Spain;

    Sustainability Division, Packaging, Transport & Logistics Research Center, Albert Einstein 1, 46980 Patema, Valencia, Spain;

    Andaltec, Plastics Technology Center, Avda. Principal s. Ampliation poligono Canada de lafuente, 23600 Martos, Jaen, Spain;

    Andaltec, Plastics Technology Center, Avda. Principal s. Ampliation poligono Canada de lafuente, 23600 Martos, Jaen, Spain;

    Andaltec, Plastics Technology Center, Avda. Principal s. Ampliation poligono Canada de lafuente, 23600 Martos, Jaen, Spain;

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  • 正文语种 eng
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