船闸节水及用水保障方案研究
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Water saving and water use guarantee solutions for ship lock
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    摘要:

    以浙赣运河常山江至省界段两梯级布置双线船闸为例,开展船闸节水及集约用水保障方案研究。船闸节水推荐双线船闸互灌互泄省水方式,通过两梯级双线船闸用水需求分析,理论省水率可达50%。综合考虑运河生态用水、航运用水需求,结合沿线水资源量、水资源分布情况及地形地貌等因素,对供水水源地进行研究分析,提出域内新建水库、域内泵站提水、域外建库引水3种用水保障方案。根据各用水保障方案的建设内容和工程投资,经技术经济比选,船闸用水保障方案推荐域内泵站提水方案。

    Abstract:

    Taking the two-stage arrangement of double-lane ship locks in the section from Changshan River to the provincial boundary of the Zhejiang-Jiangxi Grand Canal as an example,this paper conducts research on the water-saving and intensive water use guarantee schemes for ship locks.For water-saving in ship locks,the method of mutual filling and emptying between double-lane ship locks is recommended.Through the analysis of water demand of the two-stage double-line ship locks,the theoretical water-saving rate can reach 50%.Considering the ecological water and shipping water demands of the canal,combined with factors such as the amount and distribution of water resources along the route,as well as topography and landforms,the water supply sources are studied and analyzed.Three water security schemes are proposed:constructing new reservoirs within the region,lifting water with pumps within the region,and building reservoirs and diverting water outside the region.Based on the construction content and engineering investment of each water supply guarantee scheme,and after technical and economic comparison,the scheme of lifting water with pumps within the region is recommended for the ship lock water supply guarantee.

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王勤振,张瑶兰,钱黎辉.船闸节水及用水保障方案研究[J].水运工程,2025(7):128-134.

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  • 在线发布日期: 2025-07-15
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