Waste Water MVR Evaporator
Classification of the type:
Key words:
Attractive steam engine MVR
The details of the product
Product introduction


Zero Liquid Discharge
Evaporation & Crystallization System
Zero liquid evaporation and crystallization systems are used to concentrate various solutions in the chemical, oil refining, energy, food industries as well as in wastewater treatment, where such pollutants are inorganic salts, acids, bases, organic solvents, etc. Evaporators can reduce the amount of waste discharged.
Depending on the specific application, we offer a variety of evaporation equipment technologies, including:
MVR evaporator
Low-temperature evaporator
Multiple-effect evaporator
Forced circulation evaporator
Standardized
Vertical & Horizontal
evaporator
Customization
Support OEM & OEM
customized evaporator

ZLD evaporation system costing
How much does a zero liquid discharge evaporation system cost? In order to calculate the cost accurately, we recommend that you fill out a questionnaire and then we will be able to prepare a commercial offer, taking into account all the features of your project. We are always ready to provide you with detailed information about the different models, their technical characteristics, performance. We offer a full range of services, from advice and assistance in selecting equipment to its supply, installation and configuration. Our goal is to provide you with the necessary equipment to effectively solve the water treatment problem in your specific situation.
So, you need to email us at info@wteya.com
Our manager will prepare an excellent quote for you
What can it bring?
Zero liquid discharge system helps industry achieve its financial, production and environmental goals by providing highly efficient and fully integrated evaporation and crystallization processes that recover valuable products and by-products, reuse/recycle valuable water resources, and reduce effluent volumes through unique process designs.

Recycle and reuse of
valuable water resources.

Fully automatic operation,
large evaporation capacity.

Minimize waste volume
and reduce sewage volume.

Recovering of valuable
products and by-products.
Where is it used?
WTEYA Group experts have extensive experience in the calculation, design and commissioning of vacuum evaporation and crystallization equipment for the concentration of liquid products and the treatment of wastewater concentrates. We have successfully implemented many zero liquid discharge projects in different industries and have a large database of proven technical solutions.
Water
Reuse
Industrial Wastewater
Treatment
Zero Liquid
Discharge (ZLD)
Resource
Recycling
What does it consist of?
From R&D, engineering design to project execution of equipment supply, commissioning, startup and performance testing, WTEYA is a reliable project development partner, supporting OEM & ODM customization, providing high-quality evaporation and crystallization systems for all industrial markets.
Condensate preheater
Heat exchanger, recover system heat
energy and reduce energy consumption.
Advanced
treatment equipment
vertical heaters or horizontal heaters.
Separator
Separator The separator separates
gas from liquid.
Steam compressor
Air flotation machine, mechanical
screen desludging machine
Intelligent control systems
Intelligent control systems,
remote monitoring systems
Other
auxiliary devices
Blower device, dosing station device, etc.
How it works
The zero liquid discharge system uses evaporation crystallization technology. MVR steam mechanical recompression technology is the abbreviation of mechanical vapor recompression technology. MVR evaporator is an energy-saving technology that reuses the energy of the secondary steam it produces, thereby reducing the demand for external energy.
MVR evaporator uses a mechanical compressor to recompress the evaporated secondary steam to increase its enthalpy value. The secondary steam with increased temperature and pressure is sent to the heating chamber again as a heat source to heat the feed, and its own heat release phase changes into condensed water and is discharged. The heated material is discharged from the system as the final product after vaporization and concentration.

Product Parameters
|
ZLD system parameter table |
|||||
|
Evaporation(t/h) |
Evaporative way to make |
Total energy (kW/h) |
Steam consumption (t/h) |
Reuse water consumption (t/h) |
Area(LWH/m) |
|
0.5 |
MVR, forced circulation |
70 |
0-0.03 |
10 |
6*3*5 |
|
1 |
MVR, forced circulation |
110 |
0-0.05 |
10 |
9*8*6 |
|
1.5 |
MVR, forced circulation |
180 |
0-0.05 |
20 |
12*7.5*9 |
|
2 |
MVR, forced circulation |
213.5 |
0-0.1 |
30 |
12*8*10 |
|
3 |
MVR, forced circulation |
275 |
0-0.1 |
50 |
15*8*15 |
|
5 |
MVR, forced circulation |
425 |
0-0.2 |
50 |
15*10*15 |
|
7.5 |
MVR, forced circulation |
580 |
0-0.3 |
70 |
15*12*15 |
|
10 |
MVR, forced circulation |
815 |
0-0.3 |
100 |
12*6*18 |
|
Heater parameter table |
||||
|
Evaporation(t/h) |
Heat exchanger type |
Specifications |
Material |
Quantity |
|
0.5 |
Horizontal double-pass, forced circulation |
S=50m²,∅500×6000×5mm |
TA2 / 316 / 2205 |
1 |
|
1 |
Horizontal double-pass, forced circulation |
S=100m²,∅650×6000×5mm |
TA2 / 316 / 2205 |
1 |
|
1.5 |
Horizontal double-pass, forced circulation |
S=150m²,∅800×6000×5mm |
TA2 / 316 / 2205 |
1 |
|
2 |
Horizontal double-pass, forced circulation |
S=200m²,∅800×6000×5mm |
TA2 / 316 / 2205 |
1 |
|
3 |
Horizontal double-pass, forced circulation |
S=260m²,∅1000×6000×5mm |
TA2 / 316 / 2205 |
1 |
|
5 |
Horizontal double-pass, forced circulation |
S=450m²,∅1300×6000×6mm |
TA2 / 316 / 2205 |
1 |
|
7.5 |
Horizontal double-pass, forced circulation |
S=650m²,∅1500×6000×6mm |
TA2 / 316 / 2205 |
1 |
|
10 |
Horizontal double-pass, forced circulation |
S=880m²,∅1800×6000×8mm |
TA2 / 316 / 2205 |
1 |
Project & Implementation
The company "WTEYA" is engaged in the design and manufacture of a range of evaporation equipment.
With the help of evaporation equipment, the problem of wastewater treatment by dehydration can be effectively solved.
Introducing evaporation equipment into production helps to save resources and reduce costs: clean distilled water returns to production,
and less funds are required for waste treatment. Various models of evaporation equipment, if you need, we can customize it.
What advantages does it have
We offer a full range of services, from advice and assistance in selecting equipment to its supply, installation and configuration.
Our aim is to provide you with the necessary equipment to effectively solve the water treatment problems in your specific situation.
Recycling
Achieve zero liquid discharge and recover useful resources. Improve utilization.
High efficiency
Low operating cost, energy saving, environmental protection and pollution-free.
Modular design
Small footprint, continuous operation, easy maintenance and expansion.
Automation
PLC control system, fully automatic operation, easy to operate. High processing efficiency.
| S/N | Single effect evaporator | Multi effect evaporator | TVR evaporator | MVR evaporator |
|---|---|---|---|---|
| Energy source | Using steam heating Steam pipe network Need boiler |
Using steam heating Steam pipe network Need boiler |
Need high pressure steam to drive, Need boiler |
Using electric power, no need steam pipe network close loop circulation system |
| Energy consumption | 1 tons steam for 1ton water evaporation | 0.3~1tons steam for 1ton water evaporation | Based on traditional multi effect, one more effect is used with high pressure steam drive | The most energy saving technology at present |
| Operation cost | Much higher | More energy saving | Lower | Lowest |
| Footprint | smaller | bigger | bigger | smaller |
| Product quality | Short residence time, Bigger temp. difference lead to easy scale. product quality not stable |
Longer residence time, Bigger temp. difference lead to easy scale. product quality not stable |
Short residence time, Smaller influence on product quality |
Short residence time, Low temp. evaporation, Minimum impact on product quality |
| Control type | Semi-automatic | Full automatic Uninterrupted evaporation |
Full automatic Uninterrupted evaporation |
Full automatic Uninterrupted evaporation |
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