Solid Waste Management in Korangi District of Karachi using GPS And GIS: A Case study

S. Zeeshan, Z. Shahid, Sheroz Khan, F. Shaikh
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引用次数: 3

Abstract

Solid waste management is important part of urban environmental management. Solid waste management is a chain of many factors which include proper garbage picking, organized transport, trained staff, proper channel of garbage disposition, a fully automated tracking system, and awareness in the general public about the do’s and don’ts. It is equally important as any other system of survival in a city like Karachi. This paper deals with, how GIS (Geographic Information System) can be used as a decision support tool for planning waste management Total amount of waste generated in Karachi is more than 9000 tons and land filling is the most acceptable solution for waste disposal. However an inappropriate selected site can lead to many environmental, economical and ecological impacts. For the selection of landfill or final disposal site of waste many factors were kept in consideration. The aim of this paper is to select an appropriate site for the landfill or final waste disposal site of waste for District Korangi, Karachi. Many factors were kept under consideration like water bodies, road distance and land use. The designed models have been implemented on the data obtained from the satellite images for the analysis in ARCGIS software. Weighted overlay analysis, a decision making tool was used for the selection of suitable site. The results suggest some modification in the existing system which is expected to reduce the waste management workload to a certain extent.
利用GPS和GIS在卡拉奇Korangi地区进行固体废物管理:一个案例研究
固体废物管理是城市环境管理的重要组成部分。固体废物管理是一个由许多因素组成的链条,包括适当的垃圾收集、有组织的运输、训练有素的员工、适当的垃圾处理渠道、全自动跟踪系统,以及公众对该做和不该做的认识。在像卡拉奇这样的城市,它和其他任何生存系统一样重要。本文讨论了GIS(地理信息系统)如何作为规划废物管理的决策支持工具。卡拉奇产生的废物总量超过9000吨,填埋是最可接受的废物处理解决方案。然而,一个不适当的选址可能会导致许多环境、经济和生态影响。在选择垃圾填埋或最终处置地点时,要考虑许多因素。本文的目的是选择一个适当的地点为垃圾填埋场或废物的最终废物处理场为区Korangi,卡拉奇。考虑了水体、道路距离和土地利用等许多因素。设计的模型在ARCGIS软件中对卫星图像数据进行了分析。采用加权叠加分析法进行选址决策。结果表明,对现有系统进行一些修改,有望在一定程度上减少废物管理工作量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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