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Wastewater & Sewage Productsb36

WET Sewage Treatment Plant Tank

"Water Magic Cube" Sewage Treatment Plant Tank

WET Sewage Treatment Plant Tank (WET Sewage Tank) is developed for the point pollution source with domestic sewage generation volume of 1~20m3/d. WET is a high-tech product that combines microbial degradation, special filler adsorption, plant ecological transformation and other physical, chemical and biological effects to degrade pollutants in water. It has the characteristics of convenient transportation, quick installation, high efficiency and energy saving, and no need for manning.

    Product Structure


    The WET Sewage Tank design consists of a combination of five basic functional units, as shown in the following figure.

    Equipment Features

    ①Excellent water quality: strong impact load resistance, good treatment effect and stable water output.
    ②Highly integrated: compound tank design, good hydraulic flow state, no clogging.
    ③Easy to operate: less power equipment, simple control and operation, maintenance-free.
    ④Cost efficient: low operating energy consumption, no need for pipe network construction, in-situ treatment and in-situ discharge.

    Process Flow

    WET Sewage Tank is based on the traditional A/O biochemical contact oxidation process, combined with the microporous aeration technology, three-phase separation and clarification technology, improved wetland ecological purification technology and special gas lifting and pushing hydraulic circulation tank design. The above technologies are skillfully combined to make microorganisms degrade organic pollutants in the part-oxygen reaction zone, and meanwhile adsorbing ammonia nitrogen and total phosphorus pollutants in the wetland ecological zone , absorbing and decomposing them through plant roots, forming a double degradation function of pollutants, thus achieving efficient water purification.


    Product Specifications



    Inlet water quality

    Discharge water quality


    CODCr (mg/L)

    < 350

    < 60



    < 150

    < 20


    NH3-N (mg/L)

    < 35

    < 8


    TN (mg/L)

    < 45

    < 20


    TP (mg/L)

    < 4

    < 1


    SS (mg/L)

    < 200

    < 20

    Application Scope


    Installation Method


    Project Cases