Quan Kun QKDW Series Waste Water Low Temperature Evaporator, Compact Heating Structure, High Concentration Rate
Product Overview:
The primary function of low-temperature distillation equipment is wastewater treatment. The difference in water quality before and after treatment is evident. There is no need to establish additional separation equipment such as stacking or filtering. Low-temperature distillation equipment can separate suspended matter, colloidal substances, microbial flora discarded by biological units, and purified water from wastewater. The treated water is safe, and the equipment occupies minimal space.
The selected biological touch oxidation treatment process for equipment features, is smaller in volume than the activated sludge pond, with strong adaptability to water quality, good resistance to shock load, stable effluent water quality, and no sludge expansion. It has a high removal rate of organic matter in rural domestic wastewater, is stable and reliable, and does not require the addition of chemicals, saving subsequent costs and reducing operating expenses.
Step-by-step instructions for low-temperature distillation concentration equipment:
First, draw the waste liquid from the waste liquid drum. Simultaneously, heat the tank to create a vacuum. Under low temperature and pressure, the waste liquid evaporates to produce steam. If bubbles form, add defoamer during the heating process to prevent foam from affecting parameters. The steam rises and flows into the cooling system, becoming recycled water. This recycled water is then stored in the machine's cold water trough and transferred to an external recycled water drum. This entire process operates fully automatically, requiring no manual intervention. The water treated by the low-temperature evaporator can be reused, reducing energy consumption.
Application Range:
Emulsification wastewater, cleaning wastewater, garbage leachate wastewater, printing wastewater, paint spraying wastewater, electroplating wastewater, membrane concentration wastewater
