2024年5月5日 星期日
黄河泥沙综合利用集成系统设计 ———泥沙抽吸装置和输送系统设计
Design of Integrated System for Sediment Comprehensive Utilization in the Yellow River:Design of Sediment Pumping Device And Conveying System
摘要

本文基于黄河泥沙综合利用的目标, 设计了一套完整的泥沙抽吸和输送系统。主要设计研 究内容: (1) 分析黄河中下游河段流域特性, 根据黄河中所含泥沙种类、颗粒直径大小、密度等参数 确定目标工况, 确定整个泥沙抽吸输送系统的工作能力要求等参数。 (2) 配合总体给出配置方案, 包括泥泵的种类、型号、台数、输浆管道的长度、管道口径以及驱动泥泵的驱动设备。 (3) 根据已确 定的目标工况和设计的工作能力要求, 计算所工作环境的流量和排压, 进而根据流量和排压进行 泥泵的选型, 确定额定转速、驱动设备额定功率等参数。 (4) 完成泥泵与输浆管道参数的匹配、驱 动设备与泥泵的匹配, 以达到在目标工况的条件下设备运行工作效率最高的目的。 

Abstract

Based on the goal of comprehensive utilization of sediment in the Yellow River, a complete sediment pumping and conveying system is designed. The main design research content: (1) Analyze the characteristics of the river basin in the middle and lower reaches of the Yellow River, determine the target working conditions according to the types, particle diameters, density and other parameters contained in the Yellow River, and determine the working capacity requirements of the entire sediment pumping and conveying system. (2) Provide the configuration scheme with the overall configuration plan, including the type, model, number of slurry pumps, the length of the slurry pipeline, the caliber of the pipeline and the driving equipment of the mud pump. (3) According to the determined target working conditions and designed working capacity requirements, calculate the flow rate and discharge pressure of the working environment, and then select the mud pump according to the flow rate and discharge pressure, and determine the rated rotational speed, rated power of the drive equipment and other parameters. (4) Complete the matching of the parameters of the mud pump and the slurry pipeline, and the matching of the driving equipment and the mud pump, so as to achieve the highest efficiency of the equipment operation under the conditions of the target working conditions.  

DOI10.48014/fcmet.20230811003
文章类型研究性论文
收稿日期2023-08-11
接收日期2023-11-08
出版日期2024-03-28
关键词抽吸装置设计, 输送系统设计, 参数匹配, 三维建模, 结构设计
KeywordsDesign of pumping device, design of conveying system, parameter matching, three-dimensional simulation, structure design
作者张帆*, 游镕瑜
AuthorZHANG Fan*, YOU Rongyu
所在单位华北水利水电大学, 郑州 450046
CompanyNorth China University of Water Resources and Electric Power, Zhengzhou 450046, China
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下载量22
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引用本文张帆, 游镕瑜. 黄河泥沙综合利用集成系统设计———泥沙抽吸装置和输送系统设计[J]. 中国机械工程技术学报, 2024, 3(1): 1-10.
CitationZHANG Fan, YOU Rongyu. Design of integrated system for sediment comprehensive utilization in the Yellow River: design of sediment pumping device and conveying[J]. Frontiers of Chinese Mechanical Engineering and Technology, 2024, 3(1): 1-10.