Improving Raw Water

Improving Raw Water Flow Measurement with a Custom Venturi Meters Eureka’s Electromagnetic Flowmeter

Background

A municipal water treatment facility required an accurate and reliable method to measure raw water intake from a pumping station. The existing flow measurement system was prone to inaccuracies due to fluctuating flow conditions and resulted in inconsistent operational data.

Challenges

The customer was looking for a solution that could: the installation also had minimal straight pipelines

Provide stable and repeatable flow measurements
Minimize pressure loss in the pipeline
Operate reliably with large pipe diameters
Require minimal maintenance over its service life

The installation also had limited straight pipe lengths, making proper flow conditioning an important consideration.

Eureka's Solution

Eureka designed and supplied a Eumag series electromagnetic flowmeter tailored to to the process requirements and pipeline dimensions. The solution was manufactured with precision to ensure optimal flow characteristics and long-term durability.

The project included:

A Eumag Series Electromagnetic Flowmeter designed for the specified flow range and line size
Rugged construction suitable for continuous operation in water treatment applications
Comprehensive quality inspections, calibration and dimensional verification before dispatch

Results & Benefits

After commissioning, the customer achieved:

Accurate and repeatable flow measurement across varying operating conditions
Reduced energy losses due to the Eumag Series Electromagnetic Flowmeter low-pressure-drop design
Improved monitoring of raw water intake and plant performance
Minimal maintenance requirements because of the absence of moving parts

Conclusion

By delivering a customized the Eumag Series Electromagnetic Flowmeter engineered for the customer’s specific application, Eureka helped improve measurement reliability and operational efficiency while reducing maintenance needs. The project demonstrated the effectiveness of precision-engineered the Eumag Series Electromagnetic Flowmeter in critical water infrastructure applications.