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Facilitating Total Water Resources Planning by Integrating Potable Water, Reclaimed Water, and Wastewater Projections in a GIS Environment 通过在GIS环境中集成饮用水、再生水和废水预测 促进水资源总体规划
发布日期: 2009-11-01
本powerpoint演示文稿首先简要概述了亚利桑那州Sunrise的开发热潮以及不确定的水资源问题。提出了项目要求,包括: 开发一个动态预测水资源的工具 资源需求; 选择管理所有水资源的策略 维持有计划的发展; 未来再生水的选择策略 经营 对未来基础设施进行建模 替代方案(DW、RW、WW、充电);和 制定推荐的工作时间表 基础设施开发和成本。IT解决方案有助于实现总体目标 水管理规划包括以下内容: demand module取消了对 规划和预测; 仪表盘方法帮助了利益相关者 将“假设”情景规划可视化; IT规划工具来回最小化; 决策是在一个单一的、流动的研讨会上做出的;和 需求模块促进模型开发 和替代评估。
This powerpoint presentation begins by providing a brief overview of the problem of a development boom in Sunrise, Arizona, and the uncertain water resources. Project requirements are presented and include: develop a tool to dynamically forecast water resources needs; select strategy for managing all water resources to sustain planned development; select strategy for future reclaimed water management; conduct modeling of future infrastructure alternatives (DW, RW, WW, Recharge); and, develop recommended schedule of infrastructure development and costs. IT solutions facilitate total water management planning including the following: demand module removed limitations on planning projections; dashboard approach helped stakeholders visualize "what if" scenario planning; IT planning tools minimized back and forth; decisions were made in a single, fluid workshop; and, demand module facilitated model development and alternative evaluation.
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发布单位或类别: 美国-美国给水工程协会
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