尼日利亚某工业区垃圾填埋场选址适宜性分析

A. Olayiwola, Umar Suleiman
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引用次数: 1

摘要

这项研究是在确定管理战略的背景下进行的,以对付尼日利亚城市地区固体废物管理不善所带来的威胁。因此,确定合适的填埋地点变得非常必要。利用遥感和地理信息工具和技术,研究确定了目前垃圾场的场景;评价填埋场选址条件;并在尼日利亚的Ajaokuta确定了合适的垃圾填埋场。该研究的数据来自2021年的Sentinel-2A。采用综合地理信息系统分析及多准则评估方法,审查现有弃置场是否适合设堆填区。然而,根据联邦环境保护署(FEPA)的指导方针,缓冲和邻近分析的结果表明,现有的倾倒场都不能改为垃圾填埋场。此外,采用所有考虑的标准的模糊叠加来确定和建议研究区内最合适的固体废物处置场地。根据官方规定的距离,提出了新的填埋地点。该研究强调了尼日利亚城市中心日益增加的土堆和不当处置的城市固体废物,这些废物已经变得太令人痛苦和令人反感。然而,如果认真对待本研究的建议,将极大地避免研究区域内任何意外的疫情爆发和环境污染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Site Suitability Analysis for Landfill in an Industrial Area in Nigeria
This study was set against the background of identifying management strategies to combat the menace associated with poor solid waste management in urban areas of Nigeria. Therefore, it becomes highly necessary to determine suitable sites for landfill. Using remote sensing and geographic information tools and technologies the study identified the scenes of present dump sites; evaluated the conditions for selecting landfill sites; and determined suitable landfills in Ajaokuta, Nigeria. Data for the study were sourced from Sentinel-2A, 2021. Integrated GIS-based analysis using multi-criteria evaluation method was employed to scrutinise the appropriateness of the existing dumpsites for siting landfills. However, with reference to Federal Environmental Protection Agency (FEPA) guidelines, results of buffering and proximity analyses indicated that none of the existing dumpsites could be converted to landfill sites. Moreover, a fuzzy overlay of all the criteria considered was employed to identify and propose the most suitable areas for solid waste disposal sites in the study area. Based on the official stipulated distance, new sites were proposed for landfills. The study emphasised the increasing mounds and improper disposal of municipal solid wastes in Nigerian urban centres which have become too agonising and repulsive to sights. Nevertheless, if the recommendations of this study are taken with utmost seriousness, any unexpected outbreak of epidemic and environmental pollution will be greatly avoided in the study area.
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