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Low Temperature Evaporation V-HP-SF-10000: 440 L/h Evaporative Power - Reliable China Suppliers & Factory
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Low Temperature Evaporation V-HP-SF-10000: 440 L/h Evaporative Power - Reliable China Suppliers & Factory

Introducing the V-HP-SF-10000, a high-performance evaporative cooling solution designed for efficiency and reliability. With an impressive evaporative power of 440 L/h, this unit is perfect for large-scale applications. The installation requires a total power of 64.35 kW, ensuring powerful performance tailored to your needs. Energy consumption ranges from 60-100 w/l, making it an economical choice for both commercial and industrial use, Measuring at 4.5 x 2.0 x 3.6 meters, the V-HP-SF-10000 is engineered to fit seamlessly into your operations. As a leading manufacturer located in China, we pride ourselves on providing top-quality products to our global partners. Our factory is dedicated to delivering excellence, making us a trusted supplier in the industry. Upgrade your cooling systems with the V-HP-SF-10000 today!

    Low temperature evaporation technology
    Low temperature evaporation refers to the evaporation process with an operating temperature generally between 35 and 40 ° C. The technology mainly deals with a variety of polluted wastewater, water containing oil products and viscous or crystalline fluids, especially from cutting fluid wastewater, cleaning wastewater, surface treatment wastewater, high salt wastewater, high concentration wastewater, inspection wastewater or other production process water.
    Basic principle of low temperature evaporation technology

    Preheating

    This step is automatic. After the original bucket reaches the medium level, the pump runs to produce vacuum, the evaporator automatically enters water, and the compressor runs to generate heat to heat the wastewater in the evaporation tank. In the vacuum state, the wastewater temperature rises to about 30℃, and the wastewater begins to evaporate, and the preheating is completed.

    Evaporation and concentration process

    The evaporation temperature is set at 35-40℃, the compressor compresses the refrigerant to generate heat, and the water evaporates rapidly at the same time, the refrigerant absorbs heat and refrigeration after gasification through the expansion valve, and the vapor rises and liquefied into the cold liquid into the water storage tank. The refrigerant absorbs heat, and then compresses and heats the waste water. If bubbles rise during the evaporation process, the sensor detects that the defoamer is automatically added to the defoamer, and after a cycle is completed, the concentrated liquid is discharged (the time of a cycle can be set).

    Concentrate discharge

    After the completion of an evaporation cycle, the compression pump stops working, the concentrate pipeline pneumatic valve is opened, the evaporation tank is pressurized, and the concentration hydraulic pressure is put into the concentration barrel.

    Liquid handling

    Atomized liquids to achieve maximum evaporation efficiency.

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    Frequently Asked Questions

    What is low temperature evaporation technology?

    Low temperature evaporation refers to the waste treatment process operating at temperatures between 35 and 40 °C. It is designed to handle polluted wastewater, oily water, and viscous or crystalline fluids.

    What types of wastewater can this technology treat?

    It is highly effective for cutting fluid wastewater, cleaning wastewater, surface treatment wastewater, high salt wastewater, high concentration wastewater, inspection wastewater, and other production process water.

    How does the preheating phase work?

    Once the medium level in the bucket is reached, a pump automatically creates a vacuum. The evaporator takes in water, and the compressor heats the wastewater to about 30°C to initiate evaporation.

    How is the foaming managed during evaporation?

    If bubbles rise during the process, integrated sensors detect them and automatically add a defoaming agent to ensure smooth and uninterrupted operation.

    What happens during concentrate discharge?

    At the end of the evaporation cycle, the compression pump stops, the pneumatic valve on the concentrate pipeline opens, the tank is pressurized, and the concentrated liquid is discharged into the collection barrel.

    Why is liquid atomization used in this process?

    The liquids are atomized during handling to maximize surface area contact, which helps achieve the highest possible evaporation efficiency.