Energy-efficient Low Temperature Space Saving Vacuum Evaporator Machine - China Suppliers & Factory V-HP-SF-35000
Low-Temperature Heat Pump Evaporator and Crystallizer-it is an Innovative Solution for Sustainable Industrial Processes. In the pursuit of energy efficiency and sustainability, low-temperature heat pump evaporators and crystallizer machines have emerged as groundbreaking technologies for industrial wastewater treatment solutions. These systems combine advanced principles of heating and refrigeration of compressor Freon with precise control mechanisms to optimize energy consumption, reduce operational costs, and minimize environmental impact.
The low-temperature heat pump evaporator is a highly efficient device designed to concentrate solutions or recover solvents by evaporating water or other liquids at temperatures 35℃-37°. Unlike conventional evaporators, it should be used with high temperature.
The whole evaporation chamber temperature is maintained at 35-37degree, reducing the volatilization or decomposition rate of heat-sensitive substances, which ensuring good condensate water quality.
The temperature of the entire evaporation system is maintained at 35-37degree, ensuring stable molecular movement and uniform water evaporation. The forced circulation atomization system pre-atomizes the wastewater before evaporation, making heat exchange more uniform.
At an evaporation temperature of 35-37°C, scaling-prone solutes, especially calcium and magnesium ions, are less likely to deposit and can more easily enter the concentrated solution through the circulating spray.
Visual eyepieces and removable inspection ports facilitate easier maintenance and inspection of the equipment.
The reaction conditions of low temperature and negative pressure make the whole process safer and the system more stable.
The water output of the system is less than 35degree and it can be directly entered into biochemistry without cooling.
The main component, compressor, acts on the refrigerant, and the heating and cooling of the refrigerant is determined by different pressures so that it can achieve the purpose of the wastewater evaporation cooling. The compressor doesn’t directly contact with the wastewater, thus it ensures the stable and reliable operation of the compressor, reducing the maintenance work.
Lower temperature, lower energy consumption and waste.
Material Compatibility: Constructed from corrosion-resistant materials (e.g., titanium, stainless steel, duplex) to handle.
Integrated design, lower occupation, it can save more space.
Easier installation and can be used after connecting the water and electricity.
Our evaporation would have different material, choosing different material such as sus304, SUS316, Dual Phase steel 2205 based on customer’s water quality testing report. This enable us to recommend the right material for customer’s needs. Material selecting also significantly impacts pricing.
What is the operating temperature of this low-temperature heat pump evaporator?
The system maintains an evaporation temperature of 35°C to 37°C, which reduces the volatilization or decomposition rate of heat-sensitive substances and ensures stable molecular movement.
How does the system prevent scaling on the equipment?
At the low evaporation temperature of 35-37°C, scaling-prone solutes, especially calcium and magnesium ions, are less likely to deposit and can easily enter the concentrated solution through the circulating spray.
Does the compressor contact the wastewater directly?
No, the compressor acts on the refrigerant to control heating and cooling through pressure. It does not directly contact the wastewater, which ensures stable, reliable operation and reduces maintenance.
Can the output water be discharged directly into biochemical treatment?
Yes, the water output of the system is less than 35°C, allowing it to enter biochemistry systems directly without requiring an additional cooling process.
What materials are used to construct the evaporator?
We select materials based on the customer's water quality testing report. Options include SUS304, SUS316, and Duplex Steel 2205, ensuring corrosion resistance and optimal compatibility.
Is the installation process complex?
No, the system features an integrated design with a small footprint. It is easy to install and can be used immediately after connecting water and electricity.