MVREvaporator Overview:
The MVR evaporator is a new, highly efficient, and energy-saving vacuum evaporation equipment widely used in the treatment of emulsified wastewater, cutting fluid wastewater, machining wastewater, electroplating wastewater, waste cutting fluid, battery wastewater, and surface treatment wastewater. The MVR wastewater treatment system boasts prominent advantages in energy saving and efficiency in the industrial wastewater treatment equipment industry. The use of MVR for treating industrial wastewater has become an increasingly important method in wastewater treatment processes. Shenzhen Lanshi Environmental Protection Technology Co., Ltd., as a technical leader in MVR evaporator manufacturing, has achieved excellent wastewater treatment results in cases such as Jiangsu wastewater treatment equipment, Guangdong industrial wastewater treatment, Jiangsu industrial wastewater treatment, Shenyang industrial wastewater treatment, Tianjin industrial wastewater treatment, and Shenzhen industrial wastewater treatment.
Technical Specifications:
Model: NOVA 50
Processing Capacity: 50L/h (per hour) | 300m³/y (per year)
Unit Energy Consumption: 80 kWh/m³
Dimensions (L*B*H): 1840*930*1700 (Unit: mm)
Installation Area: 20 sq. m.
Product Features:
Stability and reliability form the foundation of the MVR evaporator's entire technology. The clean purification technology of this wastewater treatment system boasts advantages despite the significant differences in wastewater from various industries and the fluctuating composition changes. The application range and performance of this industrial wastewater treatment equipment achieve adaptive and self-optimizing capabilities for wastewater. The equipment offers the advantage of 24/7 full automation. This technology demonstrates excellent application effects in emulsion wastewater treatment, cutting fluid wastewater treatment, and machining wastewater treatment.
Ion exchange and biological methods are only suitable for treating wastewater with specific salt concentrations, which has a narrow range of application and is not thoroughly treated. They can only remove part of the solutes, and the remaining wastewater cannot be discharged directly, requiring further treatment by other methods.
Membrane technology boasts mature technology, good water quality output, compact equipment, small land area, and the ability to recover valuable salts. However, it requires strict pretreatment of wastewater, and there are constraints such as concentration polarization and membrane fouling. Frequent replacement of expensive membrane modules also leads to high operating costs. Particularly for wastewater with high salt concentration, the low concentration ratio and low purity water recovery rate due to the limited pressure-bearing capacity of the membrane make it unsuitable for treatment using this method.
The MVR evaporator-based wastewater treatment system has a wide range of applications for industrial wastewater treatment, offering excellent purification effects. It can effectively remove most pollutants from the wastewater and recover valuable components. The multi-effect evaporation process, by utilizing the heat of the secondary steam sequentially, improves energy efficiency to some extent and has a certain energy-saving effect. Therefore, for treating high-concentration organic wastewater, this MVR evaporator-based industrial wastewater treatment method is superior to other methods.
