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A minimalist approach to quantify emission factor of microplastic by mechanical abrasion

机译:一种通过机械磨损来量化微塑料排放因子的极简方法

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摘要

Plastic film has allowed manufacturers to meet varied marketplace demands. Typically, its usage can be divided into two general categories-packaging (food, nonfood and other) and nonpackaging. The microplastics emission resulting from wearing of plastic film is unavoidable in the process of production and use. Currently, no reliable method exists for measure emission factor (EF) of microplastics by mechanical abrasion (MA). In the present study, a simple but effective approach to quantify EF of microplastic by MA was developed. Specifically, the relative light transmittance (RLT) of the plastic film is decreased with increase of MA degree. This quantitative relationship between the two factors can be applied to determine EFs of microplastics induced by MA. The method developed in this study is easy and feasible, but it still has limitations in the standpoint and range, the direction of worthiness of theory. (C) 2019 Elsevier Ltd. All rights reserved.
机译:塑料薄膜使制造商可以满足各种市场需求。通常,其用法可分为两大类-包装(食品,非食品和其他)和非包装。在生产和使用过程中,不可避免的是由于磨损塑料薄膜而产生的微塑料排放。当前,尚不存在通过机械磨蚀(MA)测量微塑料排放因子(EF)的可靠方法。在本研究中,开发了一种简单而有效的方法来通过MA定量微塑料的EF。具体地,随着MA度的增加,塑料膜的相对透光率(RLT)降低。这两个因素之间的定量关系可用于确定MA诱导的微塑料的EF。本研究开发的方法简便易行,但在观点和范围,理论价值方向上仍然存在局限性。 (C)2019 Elsevier Ltd.保留所有权利。

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