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    MVR蒸發系統（mechanical vapor recompression）的簡稱，蒸發器產生的二次蒸汽經過壓縮后再利用的新型蒸發器。只需開車啟動將物料加熱到蒸發溫度即可蒸發，正常運轉時基本無需外界能源，蒸發濃縮領域中的能耗節約的新技術。早在60年代，徳國和法國已經開始的將該技術應用于化工、制藥、造紙、污水處理、海水淡化等行業。
       本MVR蒸發系統采用蒸汽或電熱裝置進行啟動加熱；PLC自動控制；隨時開機、停機，自動化程度高。
It is Short for MVR evaporator (mechanical vapor recompression). It is a new kind of evaporator which may reuse secondary steam (after compression after compression) produced by the evaporator after compression. You only need to start up the equipment and heat the material to evaporation temperature. Almost no external energy source is needed for normal operation. This is a new kind of technology which requires least energy in evaporation and concentration area. Since 1960s, Germany and France have begun to apply this technology in chemical, pharmaceutical, paper-making, sewage treatment, seawater desalination and other industries.
This MVR evaporation starts and heats by steam or electric heating device; it is of automatic control by PLC; it can start and stop at any time with high automation degree.


MVR的技術特點/The technical features of MVR
1）低能耗、低運行費用；
1) Low energy consumption and low operation cost;
2）占地面積小；
2) Small floor area;
3）公用工程配套少；
3) Fewer supporting utilities;
4）運行平穩，白動化程度高；
4) Smooth operation, high automation degree;
5）無需原生蒸汽；
5) No need for primary steam;
6）采用單效蒸發，物料蒸發的停留時間短；
6) Adopts the principle of single effect evaporation with short evaporation residence time;
7）工藝簡單，實用性強，負荷運轉特性好；
7) Simple process, strong adaptability, excellent load operation feature;
8）基本無需冷卻水供給；
8) Almost no need for cooling water supply;
9）無需真空保持運行。
9) Need no vacuum to keep running.

MVR的技術參數/Technical parameter of MVR
1）蒸發一噸水耗電45-70度電，無其它能耗；
1) Evaporation of a ton of water needs electricity up to 45-70 kilowatt-hour, no other energy consumption is needed;
2）可以實現40℃的低溫蒸發；
2) It can realize low temperature evaporation (40℃)

MVR的應用推廣范圍/Application and promotion scope of MVR
1）蒸發濃縮               1) evaporation and concentrationn
2）蒸發結品               2) evaporation and crystallization
3）低溫蒸發               3) low temperature evaporation