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80m3/100m3 Capacity Camp Sewage Treatment Plant Water Treatment Machinery
Sewage Treatment Plant

80m3/100m3 Capacity Camp Sewage Treatment Plant Water Treatment Machinery

Membrane Bioreactor (MBR) is an advanced wastewater treatment technology that combines efficient membrane separation with the activated sludge process. It integrates the advantages of membrane filtration and biological treatment, significantly enhancing the effectiveness of biochemical processes. MBR systems are particularly suitable for treating municipal and industrial wastewater with high organic content.

The MBR system utilizes hollow fiber membranes to achieve solid-liquid separation. The NL series immersed hollow fiber membrane module is specially developed for this purpose. It offers high filtration efficiency, effectively removing bacteria, suspended solids, and other impurities, resulting in superior water quality. Additionally, each membrane module provides a large filtration area while occupying minimal space. This compact design reduces the overall volume of the bioreactor and the required installation footprint.

    Products Feature

    We offer design service according to your water analysis, can provide equipment according to your requirements.

    1.The UF membrane element utilizes high-quality branded membranes to ensure excellent retention performance and membrane flux.
    2.The UF system achieves a high recovery rate and superior product quality, enabling efficient separation, purification, and high-concentration processing of materials.
    3.With low energy consumption, a short production cycle, and minimal operational costs, the UF system enhances efficiency and cost-effectiveness.
    4.Featuring an advanced process design, the UF system is highly integrated, compact, space-saving, easy to operate and maintain, and requires low labor effort.
    5.Constructed with sanitary-grade piping and valves, the UF system ensures a clean and hygienic working environment.
    6.The control system can be customized based on user-specific requirements, allowing real-time monitoring of key operational parameters to prevent manual errors and ensure long-term stable system performance.

    Application

    1. Drinking water (tap water) 60%;
    2. Large industrial water treatment 18%;
    3. Reclaimed water, sewage and wastewater treatment and reuse 15%;
    4. Food, beverage, electronics, textile, printing and dyeing, paper making and other light industries 7%.
    5. RO pretreatment
    6. Drinking water treatment
    7. Tertiary wastewater or grey water treatment
    8. Process separation or recovery

    Typical working process

    working process

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