Advanced On-Site Chlorine Generation for Superior Disinfection The HUIQI Sodium Hypochlorite Generator is a high-performance, on-site solution for water disinfection. By utilizing a skid-mounted integrated design, the system offers rapid...
Advanced On-Site Chlorine Generation for Superior DisinfectionThe HUIQI Sodium Hypochlorite Generator is a high-performance, on-site solution for water disinfection. By utilizing a skid-mounted integrated design, the system offers rapid deployment, easy transportation, and modular flexibility to meet specific project requirements.
Core Features & Engineering Excellence:
World-Class Electrodes: Equipped with electrodes from the world-renowned Dutch company Heraeus. The "Golden Ratio" titanium plate spacing ensures maximum electrolytic efficiency and an industry-leading service life.
Optimized Resource Efficiency: Features a perfectly balanced salt-to-power consumption ratio, ensuring high-efficiency chlorine production while minimizing operational costs.
Safety-First Design: Engineered with a specialized hydrogen discharge system that is 3 times higher than national safety standards, ensuring absolute operational safety.
Simplified Maintenance: Models with a capacity of 1000g/h and below feature automated acid-washing functionality, making routine maintenance effortless for the operator.
Plug-and-Play Integration: A fully integrated system that requires only the regular addition of salt to the brine tank. The compact, space-saving design includes world-leading dosing pumps from brands like ProMinent and Milton Roy to ensure precise chemical delivery.
Customizable Capacity: Brine and storage tank volumes can be fully customized based on specific facility needs.
Operational & Installation Guidelines:
Temperature Control: For optimal performance, inlet water temperature should be maintained between 12–26°C. Temperatures outside this range may reduce chlorine yield.
Salt Quality: Use only clean, non-iodized sea salt. Avoid industrial salts containing phosphorus or heavy impurities to prevent electrode damage.
