适用范围Scope of application：
制药工业（中药提取液浓缩）；
Pharmaceutical industry (concentration of traditional Chinese medicine extract);
饮料工业（牛奶、果汁、乳清等蒸发浓缩）；
Beverage industry (evaporation and concentration of milk, juice, whey, etc.);
食品、添加剂工业（味精、大豆、蛋白质乳液的蒸发）；
Food, additive industry (monosodium glutamate, soy, protein emulsion evaporation);
化工行业（原料液蒸发、洁净、提纯、浓缩）；
Chemical industry (raw material liquid evaporation, cleaning, purification, concentration);
废水处理（含盐废水、含重金属废水处理等）。
Wastewater treatment (salt wastewater, heavy metal wastewater treatment, etc.).
设备组成Equipment composition：
预热器、加热器、分离器、MVR主机、真空系统、管道系统、清洗系统、控制系统。
Preheater, heater, separator, MVR unit, vacuum system, piping system, cleaning system and control system.
产品优势Product advantages:
1 热效率高、节省能源、单位功耗低。蒸发一吨水的能耗只相当于传统蒸发器的10%~15%，节能效果十分显著；
High heat efficiency, energy save and low unit power consumption. The energy consumption of evaporating one ton of water is only 10%-15% of that of the traditional evaporator, and the energy-saving effect is very remarkable;
2 清洁能源电能，不产生任何污染；
Clean energy, without any pollution;
3 蒸汽冷凝水的COD和BOD值以及氨氮含量远低于传统蒸发器的指标，符合标准；
COD and BOD values and ammonia nitrogen content of steam condensed water are far lower than those of traditional evaporators, which meet the standards.
4 适合热敏性物料，采用低温负压蒸发（50-80℃），防止物料的高温变性；
Suitable for heat-sensitive materials. Low-temperature (50-80℃) negative pressure evaporation is used to prevent denaturation of materials caused by high temperature;
5 采用强制布液技术，换热管液流螺旋成膜，换热效率高；
The forced liquid distribution technology is adopted, and the liquid flow of the heat exchange tube is spirally formed into a film, so that the heat exchange efficiency is high;
6 多效浓缩，浓缩梯度依次提高，提高浓缩浓度；
Multi-effect concentration, the concentration gradient is increased in turn, and the concentration is increased;
7 自动化程度高，采用PLC控制系统以及变频技术；
High degree of automation, PLC control system and frequency conversion technology;
8 相对体积小，结构紧凑，占地面积在小，便于安装、调试。
Relatively small size, compact structure, small floor space, easy to install and commissioning.
