|Place of Origin:||Shanghai, China|
|Minimum Order Quantity:||1set|
|Price:||$10000 to $100000|
|Packaging Details:||safety export packing|
|Supply Ability:||50sets /year|
|Application:||Industrial Waste Water||Material:||SS316|
|Capacity:||1ton To 200ton||Condition:||New|
Industrial Waste Water Mechanical Vapor Recompression (MVR) Evaporator
MVR evaporator is the abbreviation of mechanical vapor recompression. It is a technology that reuses the energy of the secondary steam it produces, thereby reducing the need for external energy.
The equipment uses low-temperature and low-pressure steaming technology and clean energy to generate steam for energy, and separates the water in the medium. It is an internationally advanced evaporation technology and is an upgraded product that replaces the traditional evaporator.
Widely used in chlor-alkali, petroleum, chemical, electric power, electronics, medicine, steel, food, beverage, textile printing and dyeing, water reuse, wastewater treatment, precious metal recovery, concentration separation, biochemical extraction and other fields.
The secondary steam of a certain effect of the evaporator cannot be directly used as the heat source of the effect, and can only be used as a heat source of secondary or secondary effect. If it is used as an effective heat source, it must be additionally energized to increase its temperature (pressure). The steam jet pump can only compress part of the secondary steam, while the mvr evaporator compresses all secondary steam in the evaporator. The working process of the MVR evaporator is that the low temperature steam is compressed by the compressor, the temperature and pressure are increased, the heat enthalpy is increased, and then the heat exchanger is condensed to fully utilize the latent heat of the steam. Except for starting the car, there is no need to generate steam during the entire evaporation process.
|1. Core equipment: steam compressor|
|2. Main equipment: heater, separation (crystallization)|
|3. Operation equipment: steam compressor and various pumps and centrifuges (for crystallization system)|
|4. Other equipment and accessories: tank, operating platform, PLC control cabinet, frequency conversion cabinet and control cabinet, instrument, valve and pipeline|
|¨ Low energy consumption and low operating costs;|
|¨ Small footprint;|
|¨ Less public facilities, less total investment in the project,|
|¨ Smooth operation and high degree of automation;|
|¨ No need for native steam;|
|¨ Short product residence time due to common single effects|
|¨ Simple process, strong practicability, excellent partial load operation|
|¨ Low operating cost, can be evaporated below 40 ° C without refrigeration equipment, especially suitable for heat sensitive materials.|