circulating water system

Remote Control Automatic Make Up Water Degassing Unit Energy Saving Freezing Protection Brief Description Utilizing a 3-pump parallel operation + intelligent rotation control strategy, pressure fluctuations are controlled within 0.01MPa; automatic switching to the backup pump in case of any single pump failure ensures zero-interruption water supply. Specifically designed for high-end manufacturing fields such as semiconductor wafer fabs, precision optical instrument

Customized Make Up Water Station Safety Certification for Nuclear Power Plant Cooling Systems Brief Description Non-standard customization is available based on customer pipeline characteristics (e.g., head 80200 meters, flow rate 580 m/h); the entire unit has passed national special equipment safety certification; equipped with multiple safety mechanisms including dry run protection, overload cut-off, and water hammer suppression. Suitable for special industrial fields

Low Energy Consumption Make Up Water Station Shock Resistant Quiet Operation Brief Description Through CFD optimization of the impeller and volute flow channels, hydraulic efficiency is improved, resulting in industry-leading overall power consumption. The use of rubber vibration isolators and a floating mounting structure effectively isolates vibration transmission. It is particularly suitable for special industrial applications with stringent requirements for energy

Intelligent Backwash Sand Filter High Efficiency Filtration for Circulating Water Systems Brief Description This equipment employs a shallow filtration principle combined with a unique water distribution structure to achieve high-speed filtration. Equipped with patented vortex backwashing technology, it utilizes the system's own pressure to complete the cleaning process, eliminating the need for an additional backwash pump. The backwashing process takes only 1530 seconds,

Improves Water Quality Circulators RF Compact Design Prevents Pipe Clogging Brief Description This device combines physical and electromagnetic principles to effectively improve water quality and prevent pipe clogging and equipment aging. Its compact design makes installation easy, and it requires virtually no maintenance for long-term use. The energy-saving design reduces energy consumption while improving the overall efficiency of the water system, making it suitable for

Simultaneous Monitoring Water Quality Monitoring Device Water Quality Analysis Long Service Life Brief Description This all-in-one unit integrates nine core water quality parameters (pH, conductivity, ORP, turbidity, residual chlorine, temperature, hardness, dissolved oxygen, and flow rate) into one system. It employs industrial-grade sensors and a self-cleaning probe to achieve continuous 24/7 monitoring. Supporting multiple communication protocols including Modbus TCP/RTU

Remote Configuration Water Quality Monitoring Device Deep Purification Refined Management Brief Description Designed for complex and ever-changing industrial water treatment environments, this unit utilizes a highly stable hardware platform to ensure long-term, drift-free operation. Its user-friendly interface supports remote viewing and configuration, significantly reducing the burden of manual inspections. It provides reliable water quality status feedback during both

Multifunctional Water Quality Monitoring Device Flexible Configuration Rapid Response Brief Description This monitoring unit incorporates a modular design concept, allowing for flexible configuration of monitoring items according to actual needs. It offers rapid response and consistent data, making it particularly suitable for water treatment processes requiring dynamic control. The high-level protective enclosure withstands harsh conditions such as humidity and corrosion,

High Heat Exchange Efficiency Ball Cleaning Condenser Stable Operation Prevention of Fouling Buildup Brief Description This device is specifically designed for the water treatment industry, possessing three core advantages: high efficiency, intelligence, and reliability. It cleans the inner walls of heat exchange tubes without system shutdown, effectively preventing fouling buildup and improving the overall heat exchange efficiency of the system. The intelligent control