Advancements and Regulatory Situation in Microplastics Removal from Wastewater and Drinking Water: A Comprehensive Review

Vyoma Jani, Shenghua Wu, Kaushik Venkiteshwaran
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Abstract

In recent years, the ubiquitous occurrence of plastic debris has become a significant environmental concern, posing considerable harm to our ecosystems. Microplastics (MPs) (1 μm–5 mm) and nanoplastics (NPs) (<1 μm) are noticeable in diverse forms, spreading throughout the environment. Notably, wastewater treatment plants (WWTPs) emerge as major contributors to the generation of MP and NP. Within these treatment plants, water influx from domestic and commercial sources carries a considerable load of MPs derived from items like fiber clothing, personal care products, and toothpaste. Lacking dedicated removal mechanisms, these MPs persist through the wastewater treatment process, ultimately entering natural water bodies and the soil environment. The novelty of this review lies in its detailed examination of contemporary methodologies for sampling, detecting, and eliminating MPs specifically from WWTPs. By critically assessing the efficacy of current removal techniques at various treatment stages, the review offers targeted insights into practical aspects of MP management in these facilities. As the study of micro/nano plastics is still in its early stages, this article aims to contribute by offering a comprehensive review of the methods utilized for plastic debris removal in both WWTPs and drinking water treatment plants (DWTPs). Furthermore, the article provides a comprehensive overview of the existing rules, regulations, and policies concerning MPs in the United States. This inclusion not only broadens the scope of the review but also establishes it as a valuable reference for understanding the regulatory framework related to MPs. This review uniquely combines a focused evaluation of WWTPs/DWTPs, an exploration of removal methods, and an examination of regulatory framework, making a different contribution to the review article. Through this review, we aim to enhance understanding and awareness of the multi-layered challenges posed by MPs, offering insights that can inform future research directions and policy initiatives.
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从废水和饮用水中去除微塑料的进展和监管情况:全面回顾
近年来,无处不在的塑料废弃物已成为一个重大的环境问题,对我们的生态系统造成了相当大的危害。微塑料(MPs)(1 μm-5 mm)和纳米塑料(NPs)(<1 μm)以不同的形式在环境中蔓延。值得注意的是,污水处理厂(WWTP)是产生 MP 和 NP 的主要因素。在这些污水处理厂中,从家用和商用水源流入的水携带着大量的 MP,这些 MP 来自纤维衣物、个人护理产品和牙膏等物品。由于缺乏专门的去除机制,这些 MP 在废水处理过程中持续存在,最终进入自然水体和土壤环境。本综述的新颖之处在于它详细研究了专门从污水处理厂取样、检测和消除 MPs 的现代方法。通过批判性地评估当前去除技术在不同处理阶段的功效,本综述对这些设施中 MP 管理的实际方面提出了有针对性的见解。由于对微/纳米塑料的研究仍处于早期阶段,本文旨在对污水处理厂和饮用水处理厂(DWTP)中使用的塑料碎片去除方法进行全面综述。此外,文章还全面概述了美国有关 MP 的现行规则、法规和政策。这不仅扩大了综述的范围,还使其成为了解 MPs 相关监管框架的重要参考资料。本综述独特地将对污水处理厂/污泥处理厂的重点评估、对去除方法的探讨以及对监管框架的审查结合在一起,为综述文章做出了不同的贡献。通过本综述,我们旨在加强对 MPs 所带来的多层次挑战的理解和认识,为未来的研究方向和政策措施提供启示。
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