MVR Evaporation System

MVR Evaporation System

MVR Evaporation System Overview / MVR Evaporator Overview

MVR Evaporation System (mechanical vapor recompression), a type of novel evaporator that utilizes secondary steam produced by the evaporator after compression. It can evaporate the material simply by heating it to the evaporation temperature with the system running. It requires minimal external energy during normal operation, representing a new technology for energy conservation in the evaporation concentration field. As early as the 1960s, Germany and France began applying this technology to industries such as chemical engineering, papermaking, wastewater treatment, and seawater desalination.

This MVR evaporation system is initiated and heated using steam or electric heating equipment; PLC automatic control; can be started or stopped at any time, with a high degree of automation.

       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.

Technical Features of MVR

       1) Low energy consumption and operating costs;

       1) Low energy consumption and low operation cost;

       2) Compact land area.

       2) Small floor area;

       3) Limited public works support

       3) Fewer supporting utilities;

       4) Smooth operation, high level of automation;

       4) Smooth operation, high automation degree;

       5) No native steam required.

       5) No need for primary steam;

       6) Single-effect evaporation is employed, resulting in a shorter residence time for the material during evaporation.

       6) Adopts the principle of single effect evaporation with short evaporation residence time;

       7) Simple in design, highly practical, and boasts excellent load operation characteristics.

       7) Simple process, strong adaptability, excellent load operation feature;

       8) Basic cooling water supply not required.

       8) Almost no need for cooling water supply;

       9) No vacuum maintenance required for operation.

       9) Need no vacuum to keep running.

Technical Parameters of MVR

       1) Evaporating one ton of water consumes 45-70 kWh of electricity, with no other energy consumption.

       1) Evaporation of a ton of water needs electricity up to 45-70 kilowatt-hour, no other energy consumption is needed;

       2) Achieves low-temperature evaporation at 40℃.

       2) It can realize low temperature evaporation (40℃)

Application and Promotion Scope of MVR

       1) Evaporation and Concentration

       2) Evaporation and Crystallization

       3) Low-Temperature Evaporation

Comparison of investment and operation for various evaporation systems

All kinds of evaporators(working ability: 1t/h)Investment Check List