Reorganization of water distribution system of Greater Jammu using computer software OPT DIS.

Indrani Gupta, Jagdish Bassin, Prakash Kelkar, Apurba Gupta
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Abstract

Water supply in old Jammu city is not evenly distributed due to undulating terrain and increase in population density. A study was undertaken to suggest measures for improvement to the distribution system. The paper presents results of analysis carried out using computer package OPT DIS developed at NEERI for optimal design of distribution sytem including system augmentation and reorganization measures needed for the design year 2021. The analysis of zone 1 of the distribution network indicates that seven pipes need alteation to cater to the demand for the year 2006 and fifteen pipes need replacement for the year 2021. New pipelines (13 nos.) are to be provided in parallel to the existing pipes in Upper Reach and 28 pipes in Lower Reach to ensure the service standards of 225 lpcd with minimum residual head of 17 m. Efficient algorithm for augmentations of water supply systems comprising combination of dead-end and loop network are having much wider application in developing countries. The software OPT DIS developed at NEERI was found to be extremely powerful and user friendly for addressing such systems with varying demand pattern, peaking factor, pipe condition, water supply modes and design horizones.

利用计算机软件OPT DIS对大查谟供水系统进行重组。
由于地形起伏和人口密度的增加,旧查谟市的供水分布不均匀。进行了一项研究,以建议改进分配制度的措施。本文介绍了利用NEERI开发的计算机软件包OPT DIS进行配电系统优化设计的分析结果,包括2021年设计年度所需的系统增强和重组措施。对配电网1区的分析表明,为满足2006年的需求,需要更换7条管道,为2021年需要更换15条管道。新管道(13条)将与上游的现有管道及下游的28条管道平行敷设,以确保225油当量/油当量的服务标准,最低剩余水头为17米。在发展中国家,由死角网和循环网相结合的供水系统增建的有效算法得到了更广泛的应用。NEERI开发的OPT DIS软件功能非常强大,用户友好,可用于处理具有不同需求模式、峰值因子、管道状况、供水模式和设计水平的此类系统。
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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