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首页> 外文会议>American Water Resources Association's Annual Water Resources Conference, Nov 6-9, 2000, Miami, Florida >DEVELOPMENT OF A COMPREHENSIVE WATER MANAGEMENT PLAN FOR NORTHERN PALM BEACH COUNTY
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DEVELOPMENT OF A COMPREHENSIVE WATER MANAGEMENT PLAN FOR NORTHERN PALM BEACH COUNTY

机译：北部棕榈滩县水管理综合计划的制定

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Since 1995, the City of West Palm Beach and the South Florida Water Management District (District) have led a cooperative effort to develop a Comprehensive Water Management Plan for Northern Palm Beach County, Florida. The plan focuses on land areas located within the Southern L-8 Basin, the City's Water Catchment Area (WCA) and water supply lakes, and the C-18 Basin. This planning effort includes two phases: Phase 1 produced a water budget model that simulates runoff, routing and storage within the planning area and Phase 2 evaluated water management alternatives using the model developed in Phase 1. The water budget model consists of linked spreadsheets that span an 8-year period. It is rainfall driven and includes wet and dry years; the dry period is representative of the l-in-10 year drought. The model quantifies the benefits of above-ground and below-ground storage mechanisms including reservoirs, aquifer storage and recovery (ASR) wells, water control structures, and connections between basins. During Phase 2, alternatives were developed for each sub-area. The alternatives consisted of components such as storage mechanisms, interbasin transfers, the addition of highly treated effluent as a new source of water and re-routing water via pump stations. Performance measures were developed by stakeholders and incorporated into the water budget model. The performance measures were used to determine the relative success of each alternative, and were summarized in graphical and tabular formats.
机译：自1995年以来，西棕榈滩市和南佛罗里达州水管理区（区）共同领导制定了佛罗里达州北棕榈滩县的综合水管理计划。该计划的重点是位于南部L-8盆地，纽约市的集水区（WCA）和供水湖以及C-18盆地内的土地区域。该计划工作包括两个阶段：第一阶段生成了一个水预算模型，该模型模拟了计划区域内的径流，路线和存储；第二阶段使用了在第一阶段开发的模型来评估水管理替代方案。 8年期限。这是降雨驱动的，包括干湿年；干旱时期代表10年干旱的一年。该模型量化了地上和地下存储机制的好处，包括储层，含水层存储和恢复（ASR）井，水控制结构以及盆地之间的连接。在第2阶段中，为每个子区域开发了替代方案。替代方案包括诸如存储机制，流域间调水，添加经过处理的废水作为新水源以及通过泵站重新路由水等组件。利益相关者制定了绩效衡量标准，并将其纳入水预算模型。性能度量用于确定每个替代方案的相对成功率，并以图形和表格格式进行了汇总。

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