Project Background
WESDUN is a professional Manufacturing for Electromagnetic Flowmeter;High-Precision Flow Measurement.Below are relevant collaboration cases.
Due to climatic and geographical factors, Pakistan experiences highly uneven temporal and spatial distribution of water resources. Certain regions face the dual challenges of water scarcity and poor drainage. The Dewatering Wellhead and Water Tubewells projects, serving as core water resource management initiatives locally, shoulder vital responsibilities for regional drainage, flood prevention, and supplying water to residents and agriculture. During project implementation, real-time, precise flow data is essential for supporting scheduling decisions—a requirement that provides a critical application scenario for professional flow meters.
Advantages of Our Electromagnetic Flowmeters
Scientific Selection
Considering the project’s pipeline fluids contain minor silt impurities, exhibit mild corrosiveness, and flow at velocities ranging from 0.5 to 5 m/s, we selected electromagnetic flowmeters with DN50-DN200 diameters. The devices feature PTFE corrosion-resistant linings paired with 316L stainless steel electrodes, effectively resisting fluid erosion and impurity wear to ensure long-term stable operation and guarantee measurement accuracy at the source.
Standardized Installation
Prior to installation, the technical team verified on-site that equipment parameters matched pipeline specifications precisely. The installation orientation avoided the pump suction side to prevent fluid turbulence from affecting measurement accuracy. Pipeline interfaces underwent anti-corrosion treatment, and grounding was completed strictly according to standards to eliminate electromagnetic interference, laying a solid foundation for stable operation.
Significant Outcomes
Upon deployment, the electromagnetic flowmeter achieved high-precision flow measurement within ±0.5%, providing real-time feedback on drainage well discharge volumes and tube well supply data. Leveraging these accurate metrics, the project team optimized pump operation frequencies and pipeline scheduling protocols. This resulted in over a 15% improvement in water treatment efficiency while effectively mitigating water quality contamination risks caused by flow anomalies, delivering reliable data support for the project’s stable advancement.
Collaboration Summary and Outlook
Collaborative Value
The synergistic application of both flowmeter types not only reduced equipment maintenance costs by 20% for the project but also increased water resource utilization by 18% through precise measurement. This effectively alleviated local water supply pressure, ensuring daily water access for nearly 100,000 residents and irrigation for 2,000 mu of farmland, achieving a win-win outcome in both economic and social benefits.
Future Outlook
This collaboration fully validated the adaptability and reliability of our flow meters in complex water management scenarios. Moving forward, we will continuously optimize our product technology to deliver more customized metering solutions tailored to the unique requirements of Pakistan’s water projects. We also look forward to deepening cooperation with local partners, empowering more water infrastructure projects with precision metering technology to advance sustainable water resource management in Pakistan.
