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CIRCULATING WATER TREATMENT EQUIPMENT

The electrochemical cathode reaction on the inner wall of the reactor generates OHˉ, Ca²⁺ and Mg²⁺ ions migrate to the cathode and form precipitates. The anodic oxidation generates free chlorine, oxygen radicals, ozone, etc., and the suspended solids become unstable and precipitate in the electric field. After N hours (set), the electric scraper operates to scrape off the precipitates and discharge them.
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  • High-precision numerical simulation improves processing efficiency

    CFD numerical simulation of the circulating water flow field of the electrochemical treatment device, optimize the arrangement of the adsorber, optimize the amount of electrode plates, and enhance the settlement and separation ability of scale

Connection mode and structure optimization

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  • Ru domain modified MoS2 electrode with low hydrogen evolution potential

    The bound domain design of cylindrical electrodes uses single atom arrangement, with a total hardness removal rate of 95%, alkalinity removal rate of 92%, and current efficiency up to 92%.

Packaging & Logistics Customization

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Core Technology

Comprehensive product manufacturing process accelerate your design and become a high -quality product.

  • Intelligent control and precise pollution discharge based on scale perception

    Automatically adjust the energy supply according to water quality (pH, hardness, scale thickness) and equipment parameters (current). It saves energy by more than 30% compared to similar products on the market.

Certification & Compliance Support - Industry specific certifications

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