Water Treatment Power Supply | Millisecond-level anti-passivation, high-efficiency electrocoagulation DC power supply
Tailored specifically for wastewater treatment and electrocoagulation processes, the Water Treatment Power Supply uses a precise DC electric field to efficiently promote the coagulation, precipitation, and separation of impurities and suspended solids in wastewater. With millisecond-level commutation technology and ultra-high conversion efficiency, it helps you easily improve water treatment performance and reduce operating costs!
[Product Benefits: More thorough treatment, more energy-efficient operation, and a more durable system]
1. Millisecond-level intelligent polarity reversal, completely resolving the issue of plate passivation
Utilizing millisecond-level polarity reversal technology specifically optimized for the electrocoagulation process, it delivers an extremely rapid response. This effectively prevents anode plate passivation, consistently maintaining high efficiency in ionic dissolution and hydrolytic polymerization, resulting in faster and more thorough water purification.
2. Extreme energy efficiency, significantly reducing wastewater treatment operating costs
Power conversion efficiency exceeds 94%. By maximizing the conversion of electrical energy into kinetic energy for the flocculation reaction, water and electricity consumption are significantly reduced, enabling enterprises to achieve truly low-cost, high-return environmental treatment.
3. Runs 24/7 to ensure uninterrupted production
With exceptional system stability, it supports 24/7 uninterrupted operation. It withstands harsh water treatment environments, ensuring the smooth operation of your continuous wastewater discharge processes and eliminating the hassle of frequent downtime for maintenance.
4. Enhance the electric field reaction to efficiently remove impurities
By providing a stable, high-quality DC output, it accelerates the hydrolysis and oxidation of ions such as Al and Fe, rapidly neutralizing the charges of charged pollutants in wastewater, causing them to destabilize and flocculate, thereby achieving perfect solid-liquid separation.
