In May 2022, WESDUN exported and delivered high-performance split-type electromagnetic flow meters to Kenya. These devices meet the practical operation needs of local mining sites. This project marks a key breakthrough for WESDUN in the East African mining industry. It delivers durable, precise, and reliable flow measurement equipment for harsh mining working scenarios.
Flow Measurement Challenges at Kenya Mining Sites
Kenya’s mining sites pose tough challenges for fluid monitoring. The working environment features heavy dust, strong pipeline vibration, and high humidity. Mine slurry also has strong abrasiveness. Ordinary integrated flow meters easily break down in such harsh conditions. They produce inaccurate data and suffer from short service lifespans. These flaws affect stable water circulation, slurry transportation, and wastewater treatment in mining production. WESDUN therefore customized professional split electromagnetic flow meters for this Kenyan project.
How Split-Type Design Fits Harsh Mining Conditions
The split electromagnetic flow meter adopts a separated structure. It divides the sensor and the converter into two independent parts. Workers install the high-protection sensor on-site. It fits narrow pipelines and harsh underground areas perfectly. The meter meets IP68 waterproof and dustproof standards. It resists high temperatures, high humidity, and frequent vibration. Staff place the intelligent converter in safe and visible positions. This design simplifies real-time data monitoring, parameter adjustment, and daily on-site maintenance.
Core Performance for Mining Slurry Measurement
WESDUN equips these flow meters with wear-resistant, anti-corrosion liners and high-precision electrodes. The devices measure solid-liquid mixed fluids stably. They adapt perfectly to mine slurry and tailings water. The measuring tube contains no moving parts or blocking components. It effectively avoids clogging and mechanical wear. The meter outputs accurate bidirectional flow data continuously. It remains unaffected by changes in fluid viscosity, density, and pressure. It supports 24/7 stable mining production.
Lower Operation and Maintenance Costs for Mining Clients
Cost control is a core advantage for Kenyan mining users. The split structure requires no pipeline shutdown during maintenance. Workers do not need to disassemble sensors for routine checks. This design greatly cuts production downtime losses. It also reduces long-term operational costs. The device boasts strong anti-interference capabilities. It shields on-site electromagnetic noise and environmental disturbances. It maintains consistent measurement accuracy during long-term mining operations.
WESDUN’s Expansion in the East African Mining Instrument Market
East Africa’s mining industry has developed rapidly in recent years. Local markets have growing demand for high-standard industrial measuring instruments. WESDUN focuses on customized flow solutions for the mining, metallurgy, and chemical industries. These sectors all involve harsh working conditions. The 2022 Kenya project fully verifies the reliability and environmental adaptability of WESDUN split flow meters on African mining sites.
WESDUN exports industrial flow meters to dozens of countries and regions across Africa, Southeast Asia, and the Middle East. Stable product quality, tailored solutions, and responsive after-sales services win wide global recognition. WESDUN will continue optimizing mining-specific flow measurement solutions. It will empower safer, more efficient operations for global mining projects and provide solid instrument support for overseas industrial construction.
Key Features of WESDUN Split Electromagnetic Flow Meter for Mining
- Strong Harsh Environment Adaptability: The IP68 high-grade sensor resists high temperatures, high humidity, heavy dust, pipeline vibration, and corrosive air. It suits both open-pit and underground mining scenarios.
- Excellent Anti-Clogging & Wear Resistance: The fully unobstructed flow path has no internal moving parts. Customized wear-resistant liners deliver stable performance for abrasive slurry and tailings water measurement.
- Stable Long-Term Measurement: Low-frequency square wave excitation suppresses on-site electromagnetic interference. It ensures precise and consistent flow data output year-round.
- Easy Installation & Low Maintenance: The split layout simplifies on-site debugging and daily upkeep. It minimizes production shutdown risks and reduces overall operating costs.
- Versatile Mining Application: It performs well in mining water circulation, ore slurry delivery, tailings wastewater treatment, and other core process monitoring tasks.
