Mag Flowmeter be used in Wastewater Plant

Sewage treatment is an important part of environmental protection work. In the sewage treatment process, additives, sludge, and discharged sewage need to be metered and controlled, so flow measurement is very important. Among the many flow meter products used for sewage measurement, the intelligent sewage electromagnetic flowmeter is an ideal choice.

The intelligent sewage electromagnetic flowmeter can measure the flow of sewage according to the characteristics of sewage with large flow changes, rich impurities, high corrosiveness, and certain conductivity. It is not affected by external factors such as temperature, pressure, viscosity, and density; and has the advantages of compact structure, small size, easy installation, operation, and maintenance. The measurement system adopts intelligent design, and the overall sealing is strengthened, which can work normally in harsh environments.

Why is the Intelligent Sewage Electromagnetic Flowmeter an Ideal Choice for Wastewater Treatment?

• Suitable for handling Dirty and Slurry Media

Mag flow meters are ideal for measuring the flow of liquids with suspended solids, such as wastewater with sludge or debris, as they have no moving parts that can clog.

• Accurate Flow Measurement

They can provide high-accuracy flow measurements, even for low conductivity fluids, ensuring precise monitoring of wastewater processes.

• Non-Intrusive Design

The lack of moving parts reduces wear and tear, making them highly durable and requiring minimal maintenance.

• Resistant to Corrosive Media

Mag flow meters can handle corrosive and abrasive wastewater due to their chemical-resistant liners and electrodes.

•  Cost-Effective Over Time

With long-term reliability and minimal maintenance, mag flow meters offer a low total cost of ownership.

• Wide Size Range

Mag flow meters, such as those offered by ARTang, are available in sizes ranging from DN6 to DN2200, covering the needs of various wastewater applications.

• Bidirectional Flow Measurement

They can measure flow in both directions, making them versatile for complex systems like wastewater treatment plants.

Application of Intelligent Sewage Electromagnetic Flowmeter in Water Treatment industry

The application of intelligent sewage electromagnetic flowmeter in environmental protection water treatment industry is mainly reflected in sewage treatment, wastewater discharge monitoring and atmospheric emission monitoring.

1. Sewage treatment: Intelligent sewage electromagnetic flowmeter plays an important role in sewage treatment process. It can monitor the operation of treatment facilities in real time, ensure that the treatment effect meets the standard, and provide reliable data support for scientific and reasonable adjustment of the operation of treatment equipment.

2. Wastewater discharge monitoring: Wastewater discharge of ordinary factories, enterprises and domestic sewage treatment plants must comply with relevant national standards. Intelligent sewage electromagnetic flowmeter can monitor the flow and discharge of wastewater in real time to ensure that wastewater discharge will not pollute the surrounding water environment.

3. Atmospheric emission monitoring: Some specific industries need to monitor the gas emissions generated in their production process. Intelligent sewage electromagnetic flowmeter can be used as a monitoring tool to help enterprises grasp emission data in real time, ensure that emissions meet environmental protection standards, and reduce the impact on the atmospheric environment.

Selection Principles of Intelligent Sewage Electromagnetic Flowmeter

For a specific use occasion, the selection of flowmeter depends on the process characteristics of the measured pipeline (such as the accuracy of the flowmeter under on-site installation conditions, the limitations of installation conditions or the particularity of the measured medium, etc.), so the selection of flowmeter must be judged in combination with process requirements and on-site working conditions.

Based on experience, the selection is mainly based on the following four aspects:

1. Determine the type of measured fluid. Including whether the measured fluid is liquid or gas; whether the measured fluid is corrosive and whether it is conductive.

2. Determine the working conditions of the flowmeter and the limit value of the pressure in the pipeline.

3. Determine the installation conditions of the flowmeter. Including the inner diameter of the pipeline, the length of the upstream and downstream straight pipe sections where the flowmeter is installed, whether there are spoilers, whether the basic installation conditions of the flowmeter can be met; whether the measured fluid in the pipeline can meet the full pipe requirements, etc.

4. Determine the overall requirements for performance and measurement capabilities. Including accuracy requirements, and the flow measurement range within which the above accuracy is guaranteed; for flow meters used for settlement, the accuracy requirements are higher than the national standard; determine whether the flow meter uses analog or bus communication methods.