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MVR Evaporator for Wastewater Treatment

MVR Evaporator for Wastewater Treatment photo-1
MVR Evaporator for Wastewater Treatment photo-2
MVR Evaporator for Wastewater Treatment photo-3
MVR Evaporator for Wastewater Treatment photo-4
MVR Evaporator for Wastewater Treatment photo-5
US$ 150,000 - 800,000 MOQ: 1 Set
Key Specifications
Get Latest Price
Condition:
New
Application:
Desalinization
Power Source:
Electric
Payment & Shipping
Payment Methods:
Port of Shipment:
Shanghai
Delivery Detail:
Delivery time depends on order quantity.
Condition New
Application Desalinization
Power Source Electric
Process Vacuum Distillation
Place of Origin Shanghai, China
Brand Name ZONTEN
Model Number ZT-2000
Voltage 380V,440V,220V,110V
Power(W) 90kw or depends
Dimension(L*W*H) skid-mounted, easy for transporation
Weight depends on finish capacity
Certification ISO9001 2008
Warranty 1 Year
After-sales Service Provided Engineers available to service machinery overseas
Product Description

MVR for Wastewater Treatment (Mechanical Vapor Recompression Evaporators)

Increasing energy costs have justified the increased use of mechanical recompression evaporators. 

The principle is simple. Vapor from an evaporator is compressed (with a positive-displacement, centrifugal or axial-flow compressor) to a higher pressure so that it can be condensed in the evaporator heat exchanger. Various combinations are possible, including single-effect recompression, multiple-effect recompression, multiple-stage recompression, and single-effect recompression combined with a multiple-effect evaporator.

Based upon a 75% isentropic (adiabatic, reversible) compressor efficiency and a combined electric drive motor and gear reducer efficiency of 92%, the energy required to compress a single pound of vapor from 14.1 to 22.8 psia is only 49.3 BTU. To produce the equivalent steam from one pound of 234 oF evaporator condensate requires 999 BTU. The energy savings possible through the use of a recompression evaporator are significant. In some cases multiple-effect evaporators have been converted to MVR to take advantage of changes in the relative cost of electric power and steam.

The compression ratio required is comprised of three components which are:
The boiling-point rise, i.e., the temperature of the boiling liquor minus the temperature of boiling water at the same pressure.
The Delta-T required for heat transfer.
The pressure drop in the vapor pipe to and from the compressor.

Vapor bodies use the ZONTEN vertical-inlet baffle design, which has proven to be effective in minimizing short circuiting. Vapor from the body is compressed with either a single-stage centrifugal compressor, a multiple stage fan or a turbine and condensed in the heat exchanger. Condensate is sprayed into the vapor discharged from the compressor to control super-heat. Depending on the application a small amount of make-up steam may be required.

Most submerged-inlet evaporators short circuit. That is, some of the heated liquor which enters the vapor body short circuits to the outlet instead of rising to the boiling surface. The boiling temperature of the liquor is increased above the equilibrium value (denoted as degrees of short circuiting), which decreases the, Delta-T available for heat transfer. It is particularly important to minimize short circuiting in recompression evaporators because this reduces the available temperature difference to drive the system. Overcoming this requires a higher compression ratio which increases power consumption.

Mechanical recompression is not limited to single-effect evaporation. It is sometimes economical to compress vapor from the last effect of a double- or triple-effect evaporator so that the vapor can be condensed in the first-effect heat exchanger.


ZONTEN can design and supply many different types of equipment to achieve processing requirements.
Our specialty is designing and installing innovative systems to convert liquid solutions into dry solids using evaporation, crystallization and drying.


Pls let us know below information, so that our engineers team will help you design an exellent solution for you!

Feeding Material:
Juice / Wastewater / Alcohol / Liquid / Juice
PH value of material:
1~12
Feeding Capacity:
?  kgs/h
Feeding Concentration:
? % or  density (kg/m3)
Feeding Temp:
?
Discharge Capacity:
? kgs/h
Discharge Concentration:
? % or density (kg/m3)
Evaporating Capacity:
? kgs/h
Material Max Heating Temp:
?
Equipment Material:
304/316L/2205/Ti or customized
Fresh Steam:
Yes/No. If Yes, pressure steam: ? MPa(g), ? ℃; 
Steam Price:
 ? usd/kgs
Power Supply:
380V,440V,220V,110V
Electric Price:
? usd/kw
Company Profile

        Shanghai ZONTEN Environmental Protection Technology Co., Ltd is a New Hi-tech Enterprises, specialized in developing, designing, manufacturing, installing & commissioning MVR Evaporator with 10,000 square meter working plant.

        We are a perfect organization, ISO9001-2008, ISO14001, OHSA18001, OHSAS18001:2007 past, Evaporation & Crystallization Member of CPCIF (the China Petroleum and chemical industry association). We warmly welcome you visit us. 

Exhibition
Our Advantages

Strict Operation Standard

We carry out strict operation standard in produce every parts of the system with hiqh quality.

Quality guarantee

Our factory is ISO9001-2008, ISO14001, OHSA18001, OHSAS18001:2007 past.

24-hour service

Engineers available to service machinery overseas.

Certifications
Packing & Delivery

Custom packaging

Full container package, easy for transporation.

Package

Packing in 20" or 40" based on equipment size.

Loading and delivery

We can delivery by FOB Shanghai or C&F, CIF customized port.

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Business Type
Manufacturer
Year Established
2014
Factory Size
5,000-10,000 square meters
Total Employees
51 - 100 People

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