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Allocation of solid waste collection bins and route optimisation using geographical information system: A case study of Dhanbad City, India

机译:固体废物收集箱的分配和使用地理信息系统的路线优化:以印度丹巴德市为例

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Collection of municipal solid waste is one of the most important elements of municipal waste management and requires maximum fund allocated for waste management. The cost of collection and transportation can be reduced in comparison with the present scenario if the solid waste collection bins are located at suitable places so that the collection routes become minimum. This study presents a suitable solid waste collection bin allocation method at appropriate places with uniform distance and easily accessible location so that the collection vehicle routes become minimum for the city Dhanbad, India. The network analyst tool set available in ArcGIS was used to find the optimised route for solid waste collection considering all the required parameters for solid waste collection efficiently. These parameters include the positions of solid waste collection bins, the road network, the population density, waste collection schedules, truck capacities and their characteristics. The present study also demonstrates the significant cost reductions that can be obtained compared with the current practices in the study area. The vehicle routing problem solver tool of ArcGIS was used to identify the cost-effective scenario for waste collection, to estimate its running costs and to simulate its application considering both travel time and travel distance simultaneously.
机译:收集城市固体废物是城市废物管理中最重要的元素之一,需要分配用于废物管理的最大资金。如果将固体废物收集箱放置在合适的位置,以使收集路线变得最少,则与本方案相比,可以降低收集和运输的成本。这项研究提出了一种合适的固体废物收集箱分配方法,该方法应在距离均匀且易于到达的适当位置进行,从而使印度丹巴德市的收集车辆路线变得最少。考虑到有效收集固体废物所需的所有参数,可使用ArcGIS中可用的网络分析器工具集查找固体废物收集的优化路线。这些参数包括固体废物收集箱的位置,道路网络,人口密度,废物收集时间表,卡车容量及其特性。本研究还表明,与研究区域的当前实践相比,可以显着降低成本。 ArcGIS的车辆路线问题解决工具用于识别具有成本效益的废物收集方案,估算其运行成本并同时考虑行驶时间和行驶距离来模拟其应用。

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