水位和排放量测量

F. Larrarte, M. Lepot, F. Clemens-Meyer, J. Bertrand-Krajewski, Damjan Ivetić, D. Prodanović, Bram Stegeman
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引用次数: 1

摘要

城市排水和雨水管理(UDSM)系统的水位和排放知识对于了解其功能和过程,评估其性能以及为建模提供数据至关重要。在这一章中,主要讨论了地下联合和分离排污管道系统的各种方法和技术。在介绍了测量下水道系统排放时需要处理的重要方面之后,依次介绍了以下部分:(i)用直尺、压力、超声波和雷达传感器测量水位;(ii)用超声波、多普勒、速度分析器、自由表面和电磁传感器测量流速;(iii)用预先校准的设备、物理比例模型、计算流体动力学建模和使用泵站直接测量排放量;(iv)用流量或压力测量检测和/或测量下水道的渗透和渗出;示踪实验,分布式温度传感和地球物理方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Water level and discharge measurements
The knowledge of water levels and discharges in urban drainage and stormwater management (UDSM) systems is of key importance to understand their functioning and processes, to evaluate their performance, and to provide data for modelling. In this chapter, devoted mainly to underground combined and separate sewer pipe systems, various methods and technologies are described and discussed. After an introduction to important aspects to deal with when measuring discharges in sewer systems, the following parts are presented successively: (i) measurement of water level with rulers, and pressure, ultrasonic and radar sensors, (ii) measurement of flow velocity with ultrasonic, Doppler, velocity profiler, free surface, and electromagnetic sensors, (iii) direct measurement of discharge with pre-calibrated devices, physical scale models, computational fluid dynamics modelling and use of pumping stations, and (iv) detection and/or measurement of infiltration into and exfiltration from sewers, with flow or pressure measurements, tracer experiments, distributed temperature sensing and geophysical methods.
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