乌克兰建筑垃圾回收的现状、问题和前景

M. Hudym, Hanna Kononenko, Yuriy Izbash
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摘要

文章分析了乌克兰的建筑和拆除垃圾处理问题,由于房屋改造项目的增多和国家建设项目的加强,这一问题尤为重要。在大多数发达国家,建筑垃圾几乎占垃圾总量的三分之一。最有效的处置方法是回收,即回收二次建筑资源。然而,乌克兰回收建筑垃圾的比例远远落后于发达国家(约占其总量的6%)。由于废物产生量大,而作为二级原料的使用率低,导致乌克兰的工业和民用部门每年积累大量固体废物,其中只有一小部分用作二级原料,其余的都被填埋。与其他发达国家相比,乌克兰废物管理的不同之处在于产生大量废物,而缺乏回收废物的基础设施。本研究考虑了建筑垃圾的环境影响问题,并确定和考虑了处理SBR的主要成本效益技术。在市场机制和政府监管的帮助下,这些技术可能具有投资前景,其发展将有利于中小企业。介绍了建筑废物回收的前景领域,以获得所需的产品;同时考虑了固体废物处理、生物热堆肥、木材废物处理、建筑垃圾和冶金渣的回收利用等现有的优势和技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Current state, issues and perspectives of construction waste recycling in Ukraine
The article analyzes the problem of construction and demolition waste disposal in Ukraine, which is especially relevant due to the increasing number of housing renovation projects and the intensification of national construction projects. Construction waste accounts for almost a third of the waste generated in most developed countries. The most efficient disposal method is recycling, i.e. recycling of secondary building resources (SBR). However, the share of recycled construction waste in Ukraine lags far behind developed countries (it is about 6% of its total volume). The high level of waste generation and low rates of its use as secondary raw materials (SRM) have led to the fact that a significant amount of solid waste accumulates annually in the industrial and civil sectors of Ukraine, only a small part of which is used as SRM, the rest ends up in landfills. The difference between waste management in Ukraine, compared with other developed countries, is in the large volumes of waste generation and the lack of infrastructure to recycle it. The issues of the environmental impact of construction waste are considered, and the main cost-effective technologies for processing SBR are identified and considered in this research. With the help of market mechanisms and government regulations, these technologies may become promising for investment and their development will be beneficial for small and medium-sized businesses. Perspective areas of construction waste recycling in order to obtain demanded products are presented; existing advantages and technologies of processing SRM are also considered: solid waste processing, biothermal composting, wood waste processing, recycling of construction waste and metallurgical slag, etc.
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