Low Temperature Heat Pump Crystallizer - V-CT-SF-10000 by China Factory Suppliers for Efficient Evaporative Power
1. Low temperature heat pump evaporator under the vacuum negative pressure reduces the boiling point to a certain extent. This allows the original liquid, after heating to more than 30 degrees, to boil and evaporate. The evaporated steam passes through the condensation system to condense into liquid water, which is then discharged through the drainage tank. According to the specific gravity of the water, the concentration reduction rate of water can reach up to 95%.
2. The heat pump evaporator uses steam recompression or refrigeration heat pump technology to achieve thermal cycle and balance. Compared with electric heating, this energy-saving technology can introduce 80% of the electrical energy. This is based on physical principles: the same amount of material transitioning from a liquid to a gaseous state requires the quantitative absorption of heat energy.
3. The material can be changed from gaseous to liquid, releasing 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.
Forced circulation evaporation crystallizer adopts a forced circulation process for the evaporating crystallization of materials. When evaporating crystallization, the forced circulation pump is used, and the heated or cooled materials re-enter the crystallization chamber. Consequently, the cycle is continuous, belonging to the slurry circulation type. It can be operated continuously or intermittently.
The internal structure of the forced circulation evaporative crystallizer enables the effective and rapid separation of the crystal and the clear liquid. The whole process consists of evaporation under vacuum conditions, where 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
It operates under vacuum negative pressure to lower the boiling point, enabling the liquid to boil and evaporate at temperatures above 30 degrees Celsius after heating.
Depending on the specific gravity of the water, the concentration reduction rate of the water can reach up to 95%.
By using steam recompression or refrigeration heat pump technology to achieve thermal cycle and balance, it can introduce 80% of the electrical energy compared to standard electric heating systems.
It uses a forced circulation pump to continuously cycle heated or cooled materials back into the crystallization chamber. This slurry circulation process can run continuously or intermittently.
Evaporation under vacuum conditions maintains a relatively low temperature, ensures fast evaporation speeds, lowers overall energy consumption, and achieves high evaporation concentration.