首页|基于农田电力灌溉站渠道防渗的施工技术分析研究

基于农田电力灌溉站渠道防渗的施工技术分析研究

扫码查看
研究以滁州市南谯区施集镇泵站为研究对象,从防渗效果、材料稳定性和经济性等方面,分析农田电力灌溉站渠道防渗施工技术的应用效果.结果表明,在25MPa压力下,渠道土体的形变实测值小于2.0%,孔隙度小于 20%,表明土壤的压缩性和抗剪强度较高,土壤的紧密程度较高,有利于提高渠道的防渗效果.此外,灌溉渠道施工实际成本低于计划成本,成本节约率约为57.4%,显示出较高的经济性.研究结果可为灌溉站渠道设计和施工提供有益的经验和参考.
Analysis and Research on Construction Technology for Canal Seepage Control of Farmland Electric Power Irrigation Station
The study takes the pump station in Shiji town,Nanqiao district,Chuzhou city as the research object,and analyzes the application effect of canal anti-seepage construction technology in agricultural power irrigation stations from the aspects of anti-seepage effect,material stability,and economy.The results show that under a pressure of 25MPa,the measured deformation value of the channel soil is less than 2.0%,and the porosity is less than 20%,indicating that the soil has high compressibility and shear strength,and a high degree of soil compaction,which is conducive to improving the anti-seepage effect of the channel.In addition,the actual cost of irrigation channel construction is lower than the planned cost,with a cost savings rate of approximately 57.4%,indicating high economic efficiency.The results indicate that this study provides useful experience and reference for the design and construction of irrigation station channels.

irrigation stationcanal seepage preventionconstruction planquality controlBIMsoil deformationporosity

李丹

展开 >

颍上县水利建筑安装工程公司,安徽 阜阳 236200

灌溉站 渠道防渗 施工方案 质量控制 BIM 土体形变 孔隙度

2024

水利科技与经济
哈尔滨市水务科学研究院 哈尔滨市水利规划设计研究院 哈尔滨市水利学会

水利科技与经济

影响因子:0.274
ISSN:1006-7175
年,卷(期):2024.30(3)
  • 15