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首页> 外文会议>World environmental and water resources congress >SELECTING OPTIMAL WATER SUPPLY OPTIONS – A REGIONAL WATER SUPPLY CASE STUDY IN THE UPPER KISSIMMEE BASIN, FL.
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SELECTING OPTIMAL WATER SUPPLY OPTIONS – A REGIONAL WATER SUPPLY CASE STUDY IN THE UPPER KISSIMMEE BASIN, FL.

机译：选择最佳供水选项–佛罗里达州上基西米盆地的区域供水案例研究。

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Central Florida’s population is growing at a rapid pace and is approaching the limitsof its available groundwater supplies. Considering this fact, the South Florida WaterManagement District (SFWMD), St. Johns River Water Management District(SJRWMD), and Southwest Florida Water Management District (SWFWMD) foreseethat additional groundwater withdrawals in Central Florida to meet future waterdemands beyond 2013 will be restricted. The objective of this initial feasibility studyis to evaluate the availability of surface water in the upper Kissimmee River basin asan alternative supply source for Central Florida. As part of the Upper KissimmeeBasin Regional Water Feasibility Study, 28 integrated water supply options wereidentified and evaluated by developing a reservoir optimization model that minimizesboth capital and O&M costs of various water supply components, such as intakes,reservoirs, water treatment plants, pumps, pipelines, and groundwater withdrawals,and so forth, and satisfies necessary physical constraints.The optimization approach appropriately sized the various water supply systemcomponents from both surface and groundwater sources to meet a desired yield targetwhile addressing the primary environmental performance measures identified for theKissimmee River restoration effort. In addition to minimizing water supply cost,reliability was also maximized using a multi-objective genetic algorithm. A keycomponent of the feasibility study is to provide a planning-level estimate of surfacewateravailability and reservoir sizing for one or more project locations within thestudy area. This work was completed in August 2008 using interim operationalcriteria for the Upper Kissimmee Chain of Lakes. Additional refinements to theestimates of water availability and reservoir sizing are anticipated in the future as thecurrent environmental criteria and operation schedules of the lake structures aremodified in 2009.
机译：佛罗里达州中部的人口正在快速增长，并且正在接近极限 可用的地下水供应量。考虑到这一事实，南佛罗里达州的水 圣约翰斯河水管理区管理区（SFWMD） （SJRWMD）和西南佛罗里达水管理区（SWFWMD）预见 佛罗里达州中部增加的地下水取水量，以满足未来的用水需求 2013年以后的需求将受到限制。初步可行性研究的目的 评估基西米河上游流域的地表水可用性 佛罗里达中部的替代供应来源。作为上基西米的一部分 流域区域水可行性研究，共有28种综合供水方案 通过开发最小化储层优化模型来识别和评估 各种供水组件（例如取水口）的资本成本和运维成本， 水库，水处理厂，泵，管道和地下水取水口， 等等，并满足必要的物理约束。 优化方法适当地确定了各种供水系统的大小 地表水和地下水源中的成分均达到理想的产量目标 在处理针对以下方面确定的主要环境绩效指标时： 基西米河修复工作。除了将供水成本降至最低之外， 使用多目标遗传算法还可以最大程度地提高可靠性。关键 可行性研究的组成部分是提供地表水的规划水平估算 一个或多个项目地点的可用性和储层规模 学习区。这项工作于2008年8月完成，采用了临时业务 基西米湖上游链的标准。的其他改进 预计未来的可用水量和水库规模的估算将随着 湖泊结构的当前环境标准和运行时间表如下： 在2009年修改。

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