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Policy options for managing the water resources in rapidly expanding cities: a system dynamics approach

机译:管理水资源在快速扩大城市中的政策选择:系统动力学方法

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Sustainable development of water resources and managing the wastewater generated in rapidly expanding cities pose a challenge for working out policy options. System dynamics approach is used to devise policy scenarios for the sustainable development of water resources in conformity with the temporal projections made for population growth. The projections made for water consumption and wastewater generation under the as usual baseline and modified scenarios for a typical district headquarter city in North India have shown that the water demand will enhance by 69% in 25 years if the current water supply practices are continued. Mitigation options proposed for curtailing the water demand and reducing the wastewater generation include progressive approach in succession for population stabilization, grey water reuse after treatment and combined scenario. The proposed modified policies would significantly reduce the water consumption pattern and should cope up with the demand of growing population.
机译:可持续发展水资源和管理迅速扩大城市的废水构成了锻炼政策选择的挑战。系统动力学方法用于制定用于符合人口增长的时间预测的水资源可持续发展的政策情景。在印度北印度典型地区总部城市的典型基线和修改方案下,为水消耗和废水的预测表明,如果继续下行供水规范,则水需求将在25年内增强69%。提出减少水需求和减少废水生成的缓解方案包括综合方法,以便在治疗后的群体稳定,灰色水再利用和组合的情况下的逐步态度。拟议的修改政策将显着降低耗水模式,应应对人口生长的需求。

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