Customizability Water Treatment System - Parshall Flume

1 . Descriptions:

The Parshall Flume is a hydraulic structure used to measure flow in open channels, enabling accurate flow measurement through specific geometries and hydraulic conditions. Its operating principle is based on hydrodynamics, where the flow is accelerated in the flume by its specific geometry and then decelerated after passing through a throat section, forming a stable water surface profile. By measuring the difference in water level before and after the throat section, the flow rate of the water can be calculated.

When water enters the inlet section of the flume, it is initially accelerated. As it passes through the narrow throat section, the flow is further accelerated, creating a specific water level difference. After this, the water enters the diffusion section, where it decelerates and returns to a regular flow rate. The water level difference measured before and after the throat section allows for the calculation of the flow rate using known geometric relationships and formulas.

The Parshall Flume is essential in both wastewater treatment systems and pure water treatment systems. In wastewater treatment systems, it provides critical data for monitoring and managing flow rates, ensuring effective treatment processes. In pure water treatment systems, it helps maintain precise flow measurements for quality control and operational efficiency.

2 . Product parameters:

3 . Specificities:

1. High precision measurement: compact design, can provide high precision flow measurement in different flow ranges.

2. Simple structure: It consists of inlet section, throat section and diffusion section, which is simple in structure and easy to install and maintain.

3. Wide range of application: applicable to various open channel water flows, including open channels, drainage channels, irrigation channels, etc.

4. Low maintenance requirements: no moving parts, reducing mechanical wear and maintenance requirements, long service life.

5. Self-cleaning ability: It can automatically remove deposits when flowing water passes through, maintaining measurement accuracy and stability.

4 . Appliance:

1. Agricultural irrigation: for monitoring and management of water volume in irrigation channels to ensure rational water use.

2. Wastewater treatment: In wastewater treatment plants, it is used to monitor and control the flow of wastewater to ensure the stable operation of the treatment system.

3. Industrial Drainage: for flow monitoring in industrial drainage systems, helping companies realize drainage management and compliance control.

4. River monitoring: for flow measurement in rivers and streams, helping water resource management and environmental protection.

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