• Cooling circulating water solution


  • 【Comparative Analysis】

    High circulating water treatment system compared with traditional methods

     

    Operation

    Effect

    Heat transfer efficiency

    The impact of the equipment.

    Sewage

    Water and energy conservation

    Efficient circulation of high water treatment system

     Automatic control, easy management, saving time and effort.

    Carbonate, orthophosphate and other particles, fungi, algae are effectively removed, the water will clear the release of water treatment system, the concentration of constant use, the wall forms a protective membrane stability, scale, rust, biological slime been solved.

    Because dirt, rust, biological slime been solved, better heat transfer efficiency

    No effect on the device
    No other chemical treatment.

    Automatic sewage and sewage water consumption and sewage at high concentrations, is a direct discharge of 200-350 times.

    At the same time to achieve water and energy.

    Physical methods

    No management

    Many users due to poor management, the system of concentration of water continues to rise, still cause the system to scale, corrosion and other issues, debris in the water more.

     There are still dirt, rust and other formation, heat transfer efficiency in general.

    No effect
    But still need chemical treatment.

    Artificial periodic sewage

     

    Can not simultaneously achieve the water and energy conservation

    Chemical method

     Regular cleaning of artificial, artificial periodic dosing

     Fluctuations in water concentration, it is difficult to ensure that treatment effects. Rust scale will still appear, still need to repeatedly clean pipes, debris in the water more.

    There are still dirt, rust and other formation, heat transfer efficiency in general.

    Cleaning with acidic cleaning agents、may result in perforation、scrapped.

    Artificial periodic sewage

    Can not simultaneously achieve the water and energy conservation

     

     

     

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