“今天的塑料有多循环,我们如何循环地对待它们?”

John N. Hahladakis*, 
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引用次数: 0

摘要

今天塑料的循环性是模糊的,其整体环境影响经常受到质疑。目前的实践表明,只有极小部分的塑料实现了真正的循环,材料可以不断重复使用,而质量不会受到影响,因为大多数塑料都遵循线性生命周期,通常最终被填埋或焚烧,这些行为违背了循环经济的原则。聚合物化学和回收技术的创新对于提高塑料和生物基塑料的循环性至关重要,但目前只是部分解决方案,并面临着与生产可扩展性和生命周期影响相关的挑战。在本文中,我们的目标是澄清与塑料“线性与循环”使用相关的任何误解,支持在使塑料更加循环方面取得的进展,同时处理实现真正循环经济的实质性差距。涉及技术创新、监管框架和行为改变的多方面方法对于改善当今塑料的循环性和可持续处理是必要的。政策和消费者行为起着至关重要的作用,同时规定回收成分和加强废物管理基础设施也是必不可少的。最后,消费者对回收项目的意识和参与可以推动对回收材料的需求,并减少回收流程中的污染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

“How Circular Are Today’s Plastics and How Circularly Are We Treating Them?”

“How Circular Are Today’s Plastics and How Circularly Are We Treating Them?”

The circularity of today’s plastics is ambiguous and often questionable on its overall environmental effect. Current practices reveal that a minimal fraction of plastics achieves true circularity, with materials being continuously reused with no compromise in their quality, because the majority of plastics are subject to a linear lifecycle, often culminating in landfills or incineration, actions that negate the principles of circular economy. Innovations in polymer chemistry and recycling technologies are pivotal for enhancing the circularity of plastics and biobased plastics but present a partial solution and face challenges related to production scalability and lifecycle impacts. In the present paper, we aim to clarify any misconceptions related to the “linear vs circular” use of plastics, underpinning the strides being made toward making plastics more circular, while dealing with substantial gaps remaining to achieve a true circular economy. A multifaceted approach involving technological innovation, regulatory frameworks, and behavioral change is necessary to improve the circularity and sustainable treatment of today’s plastics. Policy and consumer behavior play critical roles, while mandating recycled content and enhancing waste management infrastructure are essential. Finally, consumer awareness and participation in recycling programs can drive demand for recycled materials and reduce contamination in recycling streams.

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