Comparative analysis of microplastic measurement units: Concatenating items/m³, particles/kg, and mg/kg

Venkteshwar Yadav, Dharm Pal
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Abstract

Plastics are the most utilized material in every commercial or domestic sector. The extensive use of plastics can lead to the generation of byproducts, and microplastics are among them. The introduction and integration of microplastics into the environment have severe effects on both living and non-living entities. Moreover, extracting and removing microplastics from the environment presents significant challenges. In this context, recognizing quantity-wise removal becomes a major task. Until now, a universally established method for quantitative measurement has not been established. Various units, such as items/m3, particles/kg, and mg/kg, have been utilized based on their suitability. However, these units come with their own merits and demerits. To address this, the article focuses on filling the gaps in the utilization and generalization of units for further studies. Using the mg/kg unit for measuring microplastics in collected samples can be an appropriate method for analysing the quantity of microplastics.

微塑料测量单位的比较分析:合并项目/立方米、颗粒/千克和毫克/千克
塑料是每个商业或家庭领域使用最多的材料。塑料的广泛使用会产生副产品,微塑料就是其中之一。微塑料进入和融入环境会对生物和非生物造成严重影响。此外,从环境中提取和清除微塑料也是一项重大挑战。在这种情况下,从数量上识别清除量就成了一项重要任务。迄今为止,还没有一种普遍适用的定量测量方法。根据其适用性,人们使用了各种单位,如物品/立方米、颗粒/千克和毫克/千克。然而,这些单位各有利弊。为了解决这个问题,本文着重于填补在使用和推广单位方面的空白,以便进一步研究。使用毫克/千克单位测量采集样本中的微塑料,是分析微塑料数量的一种合适方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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