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Steam Mvr Evaporation System Roots Type Compressor

Steam Mvr Evaporation System Roots Type Compressor

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    mvr evaporation system roots type compressor

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    steam roots type compressor

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    mvr evaporation system steam roots compressor

  • Key Words
    Roots Steam Compressor
  • Medium
    Steam
  • After Warranty Service
    7*24 Online Technical Support
  • Core Components
    Bearing, PLC, Motor, Pump
  • Voltage
    220V-480V, 50/60HZ, 3P
  • Application
    Compression Steam
  • Place of Origin
    Jiangsu province,China
  • Brand Name
    HANPU
  • Certification
    CE,ISO9001
  • Model Number
    HP-MVR
  • Minimum Order Quantity
    1 set
  • Price
    200,000USD~1,500,000USD/SET
  • Packaging Details
    Bulk with stronge packing
  • Delivery Time
    90 days
  • Payment Terms
    T/T, L/C, D/A, D/P, Western Union
  • Supply Ability
    1 set/month

Steam Mvr Evaporation System Roots Type Compressor

Roots steam compressor used in MVR evaporation system

 

Description

Roots steam compressor is mainly composed of master-slave rotor set, shell, mechanical seal, bearing, synchronous gear and coupling. It is suitable for purification of organic working medium, desalination of seawater, steam compression and transportation, concentration and crystallization in chemical industry, pharmaceutical industry, metallurgy industry and food industry, and treatment of industrial waste liquid. It is the main body of secondary steam recompression in MVR system.

 

MVR evaporator components:

 

Evaporator:

The liquid material inside the evaporator heated by steam for evaporation. Choose different type evaporator according to different liquid material features.

Separator(crystallizer):

use to separate vapor and liquid, according to different liquid features choose different type separator(crystallizer), such as normal separator, gravity separator, special design separator (crystallizer ).

Vacuum system:

Use to keep the whole system vacuum degree, pump some air, fixed gas, liquid entrainment of gas from the evaporator, so as to obtain the whole system stable evaporation process.

Pump:

Use to transfer liquid and concentrated liquid. According to different liquid features choose different pumps, such as centrifugal pump, displacement pump,screw pump.

Compressor:

Use to compress secondary vapor to supply heating source, improve secondary vapor enthalpy. According to different flow and compression ratio choose different compressor, in the case of pressure rise increase, multistage compressor can be used in series.

Control system:

MVR Evaporation system control center, by regular motor speed, control valve,flow meter, temperature and pressure, to realize automatic evaporation, cleaning, stop operations and so on. Automatic alarm, automatic protection system is not damaged, keep dynamic balance.

Cleaning system:

Different liquid after period of evaporator, there maybe scaling phenomenon, general speaking, 99% of the scale can be removed by adding chemical solvent, and can use CIP clean in situ or disassemble to clean.

Scope of application:

Mechanical vapor compression(MVR) evaporator, suitable for milk, glucose, organic acid, VC, xylose, pharmaceutical, chemical and biological engineering, environmental engineering, waste recycling, paper making, salt industry for low temperature concentration.

 

Best possible energy efficiency 
Compared to multiple-effect evaporators, MVR evaporators consume considerably less energy.
Non-foaming design
Low vapor velocities inside the evaporator, low shear rates, and the free flow falling film construction are advantages of the design in minimizing foam creation. This is especially important in MVR evaporators, not only to maximize the production of clean condensate, but also for protection of the compressor or fan.
Non-plugging design
Uniform liquor distribution of the liquor over the lamellas, and the continuous redistribution of the liquor created by the dimpled shape of the lamella surface, ensure a completely wetted heating surface and eliminate local scaling or over-concentration of liquor. The lamella heating surface ensures that water-soluble scaling can be washed away by a simple dilution wash, eliminating the need for time-consuming and costly outages for cleaning.
Cleanest condensates
Highly efficient condensate segregation in the evaporator ducts and lamellas, plus the integrated stripping of foul condensate fractions, produce clean and re-usable water.

 

Name Pillow plate series Shell and tube heat exchanger Detachable plate heat exchanger Spiral plate heat exchanger
Operating temperature range <800℃ <800℃ <170℃ <350℃
Maximum pressure <60 bar <200 bar <32 bar <25 bar
Heat transfer coefficient to water[W/m2·℃] 3500 2700 5600 2000
Application of air and water heat exchange fit fit not fit Partial fit
Immersion in tank or water fit Partial fit not fit not fit
Welding of tank and reactor Applicable not applicable not applicable not applicable
Install into the existing reactor and other equipment Flexible application Partial applicable not applicable not applicable
All welded construction Applicable Applicable not applicable not applicable
Heavily contaminated liquids and other applications Applicable Applicable Partial Applicable Applicable
Weight per unit area low high low high
Falling film, condenser and evaporator fit fit Partial fit Partial fit

 

 

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