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How to improve an advanced waste management system

机译:如何改进先进的废物管理系统

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摘要

Imagine that you are tasked with improving the waste management system in a country or region that already accomplishes advanced standards in terms of recycling and recovery, as well as of landfill minimisation. What are the opportunities for improvement? Is it a matter of continuous progressive optimisation, or there is room for game-changing solutions? Well, let us take a step back and introduce the framework of this challenge. Like for many other sectors, the management of waste varies widely in different parts of the world, moving from situations where the improper management is cause of illnesses, premature deaths and major environmental degradation to situations where companies are embracing advanced circular economy strategies and earning profits from the recovery of waste. In the former, stopping the leakage of waste in the environment by securing open dumpsites is the top priority; this would limit the pollution of underground and surface water by uncontrolled leaching, the severe air pollution due to uncontrolled burning, the littering into water bodies, etc. In the latter, the industrial strategies based on waste recovery might benefit from further interaction with the producer of materials that will become waste, but on the other hand, they must be able to cope with strategies of waste prevention, thus to discourage continuous and growing waste generation. Such approaches have already become critical in some countries that heavily rely on waste incineration but might in turn involve other increasing waste streams, such as food waste.
机译:想象一下,您是在循环和恢复方面改善已经完成先进标准的国家或地区的废物管理系统,以及垃圾填埋场最小化。改进有哪些机会?是连续渐进优化的问题,或者有游戏更改解决方案的空间?好吧,让我们退后一步并介绍这一挑战的框架。与许多其他部门一样,浪费的管理在世界不同地区的不同部分地区各种各样地各种各样地各种各样地各种各样地各种各样地各种各样地各种各样地差异,这种情况从不正当的管理是疾病的原因,过早死亡和对公司拥抱先进的循环经济战略和赚取利润的情况从浪费的恢复。在前者中,通过保护开放式垃圾场停止在环境中泄漏是最优先的;这将通过不受控制的浸出来限制地下和地表水的污染,由于不受控制的燃烧导致的严重空气污染,在后者中乱扔垃圾,基于废物恢复的工业策略可能会受益于与生产者的进一步互动。将成为浪费的材料,但另一方面,他们必须能够应对废物预防的策略,从而阻止持续和不断增长的废物产生。在一些国家大力依赖废物焚烧的国家已经变得至关重要,但可能又涉及其他越来越多的废物流,例如食物垃圾。

著录项

  • 来源
    《Waste management & research》 |2021年第6期|765-766|共2页
  • 作者

    Mario Grosso;

  • 作者单位

    AWARE (Assessment on WAste and REsources) Research Group Politecnico di Milano Milan Italy;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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