DN850管道浆体输送加气节能技术现场试验研究
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Field test study of aeration energy-saving technology for slurry conveying in DN850 pipeline
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    摘要:

    针对大型疏浚吹填工程中DN850管道浆体输送距离远、能耗高等问题,采用现场试验的方法,以厦门机场大小嶝造地工程为依托,研究输送细砂含淤泥土质工况下管道加气技术的节能效果。试验结果表明,加气技术适用于大口径管道和细沙含淤泥土质,可减少DN850管道浆体输送阻力约5%,增加吹填排距约5%,减少吹填施工平均油耗约3.84%。现场试验证明绞吸挖泥船排泥管输送节能技术可减少泥泵开启数量和输送阻力,且设备投入成本低,为绞吸挖泥船节能减排提供了新技术支撑。

    Abstract:

    Aiming at the problems of long slurry transportation distance and high energy consumption of DN850 pipeline in large-scale dredging and reclamation projects,the energy-saving effect of pipeline aeration technology under the conditions of transporting fine sand and silt-containing soil is studied by using the method of field tests and relying on the Xiamen Airport's Da-Xiaodeng Land Reclamation Project.The results indicate that aeration technology is suitable for large-diameter pipelines and fine sandy silt soils,reducing the slurry transportation resistance of DN850 pipeline by approximately 5%,increasing the reclamation discharge distance by about 5%,and reducing the oil consumption the backfill construction by approximately 3.84%.Field tests have proved that the energy-saving technology for conveying sludge through the discharge pipe of cutter suction dredgers can reduce the number of sludge pumps opened and the conveying resistance,and the equipment investment cost is low,which provides a new technology for energy conservation and emission reduction of cutter suction dredgers.

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林明臻. DN850管道浆体输送加气节能技术现场试验研究[J].水运工程,2025(7):232-236.

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  • 在线发布日期: 2025-07-15
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