Output: 18V / 500A DC
Technology: Industrial rectification
Cooling: Air cooled
Voltage: 18V for higher resistance water
Control: Digital ±1% precision
Duty: 24/7 continuous
Applications: Heavy metal removal, industrial wastewater, emulsion breaking
This 500A 18V air cooled electrocoagulation rectifier provides reliable DC power for advanced water treatment processes. It is specifically engineered for industrial wastewater treatment, heavy metal removal, and emulsion breaking applications requiring efficient electrode operation at higher voltage. Consequently, this rectifier ensures consistent coagulant generation and effective pollutant removal across varying water chemistries.
This electrocoagulation rectifier utilizes robust rectification technology optimized for continuous operation in treatment facilities handling challenging waste streams. Therefore, it delivers stable current at 18V for consistent metal ion release from sacrificial electrodes even in high-resistance water conditions. Moreover, the air cooled design enables maintenance-free operation in harsh industrial environments without water connections. Additionally, digital controls allow operators to adjust parameters for different contaminant loads and water conductivities.
This electrocoagulation rectifier is specifically optimized for facilities treating water with varying conductivity. The 18V output provides additional driving force for effective electrocoagulation in higher resistance waters. Consequently, it delivers reliable performance across a wider range of wastewater types compared to lower voltage units.
Industrial manufacturing plants use this rectifier for heavy metal removal from process wastewater. Mining facilities employ it for acid mine drainage treatment and metal recovery. Food processing plants utilize it for removing oils, fats, and organic contaminants. Textile industry applies it for dye and color removal. Oil and gas facilities use it for produced water treatment.
Precise current control ensures optimal metal ion release from aluminum or iron electrodes. Higher voltage capability maintains performance in less conductive waters. Adjustable parameters allow optimization for different contaminant types. These features result in higher removal efficiencies and clearer treated water.
This system effectively removes suspended solids, emulsified oils, and heavy metals including arsenic, lead, and chromium. It also reduces chemical oxygen demand and color from industrial wastewater. Phosphate, fluoride, and silicate removal are achievable with proper electrode selection and voltage optimization.
The forced air system eliminates water treatment chemicals, piping, and cooling towers. Installation costs are significantly lower than water cooled alternatives. Maintenance is simplified with no pumps or water chemistry to monitor. The system operates reliably even in freezing conditions.
