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Low Temperature Heat Pump Crystallizer V-CT-SF-10000 by China Suppliers and Factory - 440 L/h Evaporative Power
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Low Temperature Heat Pump Crystallizer V-CT-SF-10000 by China Suppliers and Factory - 440 L/h Evaporative Power

Introducing the Model Nr.: V-CT-SF-10000, a high-performance evaporative cooling solution designed for efficiency. With an impressive evaporative power of 440 L/h and a robust installed power of 110 kW, this unit is engineered to meet demanding cooling needs. Operating with a consumption rate of just 190-210 w/l, it ensures optimal energy efficiency. Its generous dimensions of 10.0 x 4.4 x 3.8 m make it suitable for large-scale applications, As a leading provider from China, we take pride in our state-of-the-art factory that specializes in manufacturing cutting-edge cooling systems. Our commitment to quality and performance positions us as a trusted supplier in the industry. Discover how the V-CT-SF-10000 can elevate your cooling capabilities while reducing energy consumption

    1 Vacuum Low Temperature Evaporation

    Low temperature heat pump evaporator under the vacuum negative pressure to reduce the boiling point to a certain extent, so that the original liquid after heating in more than 30 degrees and then boiling evaporation, evaporation of steam through the condensation system condensed into liquid water through the drainage tank discharge, and then according to the specific gravity of the water concentration reduction water rate can reach 95%.

    2 Thermal Balance & Energy Saving

    The heat pump evaporator uses steam recompression or refrigeration heat pump technology to achieve thermal cycle and balance, this energy-saving technology compared with electric heating, can introduce 80% of the electrical energy, which is based on the principles of physics, the same amount of material from the liquid into the gas process, the need for quantitative absorption of heat energy.

    3 Heat Energy Recycling

    The material can be changed from gaseous to liquid, and can release the same amount of heat energy. Using this principle, when the device is used to treat waste water, the heat energy required for evaporating waste water is released after steam condensation and condensate cooling.

    Lower temperature, lower energy consumption and waste.

    Lower scalling, easier cleaning and maintenance.

    Integrated design, lower occupation, Plug&Play.

    Easier installation and less time.

    Forced circulation evaporation crystallizer adopts forced circulation process for evaporating crystallization of materials. When evaporating crystallization, the forced circulation pump is used for evaporating crystallization, and the heated or cooled materials re-enter the crystallization chamber, so the cycle is continuous, which belongs to the slurry circulation type. It can be operated continuously or intermittently.
    The forced circulation of the evaporative crystallizer, whose internal structure enables the effective and rapid separation of the crystal and the clear liquid. The whole process is evaporation under vacuum conditions, the temperature is relatively low, the evaporation speed is fast, the evaporation energy consumption is low, and the evaporation concentration is high.
    Frequently Asked Questions (FAQ)
    What is the operating principle of the low temperature heat pump evaporator?
    It works under vacuum negative pressure to lower the liquid's boiling point, allowing boiling evaporation at temperatures above 30°C. The generated steam passes through a condensation system to form liquid water, which discharges via a drainage tank.
    What water reduction rate can be achieved during wastewater treatment?
    According to the specific gravity and concentration reduction process, the water recovery/reduction rate can reach up to 95%.
    How does the heat pump evaporator achieve significant energy savings?
    By utilizing steam recompression or refrigeration heat pump technology, thermal cycle balance is maintained. Compared to conventional electric heating, it introduces up to 80% energy efficiency by recycling the heat released during condensation and cooling.
    What are the primary operational benefits of the integrated Plug & Play design?
    The integrated design offers lower space occupation, faster and easier installation (Plug&Play), lower energy consumption and waste, as well as reduced scaling for simplified maintenance and cleaning.
    How does the forced circulation evaporation crystallizer handle crystallization?
    It utilizes a slurry circulation method powered by a forced circulation pump. Heated or cooled materials continuously re-enter the crystallization chamber, supporting both continuous and intermittent operation modes.
    How is crystal separated from clear liquid in the crystallizer?
    The engineered internal structure allows rapid and effective separation of crystals and clear liquid under vacuum conditions, ensuring fast evaporation speeds, low energy consumption, and high concentration output.