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Low Temperature Evaporator V-HP-SF-5000 - 216 L/h, 34.50 kW - China Suppliers & Factory
In the field of application, this low-temperature evaporator has been widely used in the concentration process of industrial hazardous waste treatment. It can treat a wide variety of waste liquid, including cutting fluid wastewater, printing wastewater, cleaning wastewater, electroplating wastewater, high-salt wastewater, spray paint wastewater, landfill leachate wastewater, three-effect evaporation MVR mother liquid, high COD wastewater, membrane concentration wastewater, medical wastewater and food wastewater. In this way, the waste water evaporates between 35 and 37 °C, becomes steam and enters the condenser, forming condensate and then exits. The pollutants in the waste water are separated in the distillation tank to form a concentrated liquid, which is automatically discharged by the sewage pipe. This process realizes the purpose of evaporation, concentration reduction, recycling and cost saving of wastewater.
Liquid Handling
Atomized liquids to achieve maximum evaporation efficiency. This equipment gets rid of the traditional high temperature distillation and normal temperature distillation mode.
Vacuum Distillation
The international mainstream method of low-temperature vacuum distillation is used to treat the waste liquid. The waste liquid evaporates and boils at 35 degrees under the vacuum state of -97kpa, avoiding the occurrence of chemical homoboiling at high temperature.
To ensure the quality of recycled water standards and stability. Compared with traditional normal temperature and high temperature distillation, industrial wastewater is separated and concentrated after low temperature vacuum distillation and condensation treatment. The remaining viscous waste liquid is discharged to the storage tank for centralized treatment. Because of its environmental protection, low energy consumption, high efficiency, fully automated intelligent operation (no personnel on duty, automatic continuous work), low temperature distillation method has been widely used in the treatment of difficult waste liquid around the world. For example, oily wastewater, high-salt wastewater, heavy metal wastewater, printing wastewater, pharmaceutical wastewater, landfill leachate concentrated water, machining and surface treatment wastewater treatment. The use of this equipment can greatly reduce the waste liquid discharge of enterprises, save the cost of waste liquid recovery of enterprises, and achieve green industrial manufacturing.
Frequently Asked Questions
Q: What kinds of industrial wastewater can this low-temperature evaporator treat?
It is widely used to treat a variety of industrial waste liquids, including cutting fluid, printing, cleaning, electroplating, high-salt, spray paint, landfill leachate, three-effect MVR mother liquid, high COD, membrane concentration, medical, and food wastewater.
Q: How does the low-temperature vacuum distillation process work?
Under a vacuum state of -97kpa, the waste liquid evaporates and boils at a low temperature of 35 to 37 °C. The evaporated water becomes steam, enters the condenser to form condensate, and exits. The remaining pollutants are separated in the distillation tank to form a concentrated liquid.
Q: What makes low-temperature distillation better than traditional methods?
Traditional high-temperature distillation can cause chemical homoboiling. Low-temperature vacuum distillation avoids this by boiling liquid at only 35 °C. It offers environmental protection, low energy consumption, high efficiency, and stable recycled water standards.
Q: Does the equipment require manual operation?
No, the system features fully automated intelligent operation. It supports automatic continuous work with no personnel required on duty.
Q: How does this system help enterprises save costs?
By separating and concentrating the wastewater, it greatly reduces the total volume of waste liquid discharge. This saves waste liquid recovery and disposal costs for enterprises while achieving green industrial manufacturing.
Q: Where does the remaining concentrated waste liquid go?
The viscous waste liquid left after distillation is automatically discharged through a sewage pipe into a storage tank for centralized treatment.