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VMC

Lamella clarifier:

Also known as the inclined tube settling tank, it is a solid-liquid separation device whose main purpose is to remove particles or unwanted solids from the liquid.

    Technical characteristics

    Product features and advantages:

    Small footprint, high precipitation efficiency.

    High integration, easy to install.

    Simple operation, maintenance and cleaning.

    0.8mm thickened PVC material to ensure the strength and service life of the inclined pipe.

    Industry application

    Applicable industry:

    Material processing, industrial ceramics, glass processing, metal cutting, photovoltaic, semiconductor, seawater desalination, coal washing, municipal, etc.

    Processing capacity and parameters

    Model

    Flow rate (m³/h)

    Dimension L*W*H(mm)

    Weight (kg)

    Volume (m³)

    VMC10

    5

    1910*1135*2180

    740

    1.74

    VMC20

    10

    1985*1860*2515

    1172

    3.9

    VMC30

    15

    2415*2000*2500

    1389

    5.13

    VMC40

    20

    3000*2000*2800

    1685

    7.28

    VMC60

    30

    3020*2760*2850

    2150

    10.3

    VMC100

    50

    4760*3010*3030

    4354

    29.4

    VMC150

    75

    6700*3050*3860

    7537

    41.1

    VMC200

    100

    7400*3280*3900

    8160

    44.73

    Product Introduction

    The Lamellar Clarifier (VMC), also commonly referred to as the inclined plate/tube settler, represents a remarkable advancement in water treatment technology. Rooted in the groundbreaking "Shallow Tank Theory" put forth by German Professor Hazen, this innovative device redefines the principles of sedimentation. At its core, the Lamellar Clarifier features a strategic installation of a series of inclined plates or tubes within the sedimentation tank. This unique design is not merely an engineering feat but a revolutionary concept. By incorporating these inclined structures, the effective settling area of the tank is exponentially increased. It's like multiplying the available space for particles to settle without expanding the physical footprint of the tank itself. This ingenious approach also significantly improves the hydrodynamic conditions inside the tank. Instead of large, turbulent water flows that can disrupt the settling process, the inclined plates or tubes create a more controlled and laminar flow environment. As a result, sedimentation efficiency soars to new heights, allowing for a much faster and more effective separation of solids from liquids.

    The Lamellar sedimentation process is a well - orchestrated symphony of five distinct stages.

    Filtration & energy dissipation

    Uniform water distribution

    Solid-liquid separation

    Clarified water collection

    Sludge thickening

    To further enhance its functionality, the Lamellar Clarifier offers flexibility based on varying water quality requirements. For situations where sludge accumulation is significant, a bottom - mounted sludge scraper can be installed. This addition optimizes sludge discharge conditions, ensuring that the settled sludge is efficiently removed from the tank. Whether it's treating municipal wastewater, industrial effluents, or water for drinking purposes, the Lamellar Clarifier has proven itself as a reliable and highly effective solution, combining theoretical innovation with practical engineering excellence.

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