After sales service hotline:0755-88856178

Plate type forced circulation MVR evaporator

Product features

◆ High heat conduction efficiency. The special corrugated plate type generates high-intensity turbulence, and its heat transfer coefficient is improved compared to traditional shell and tube evaporators (the heat transfer coefficient is almost 2-3 times that of tube evaporators). Plate evaporators are particularly effective at high concentrations and high viscosity, and can operate at a temperature difference of only 3-5 ℃.

Less scaling and convenient maintenance. The high-intensity turbulence within the entire plate reduces scaling and makes chemical cleaning more effective. The flexible design of the plate evaporator means that the heat conduction surface is easy to inspect and can be easily cleaned by mechanical methods, simply remove the fastening bolts and loosen the pressure plate.

Easy to expand. To increase or decrease capacity, simply add or remove panel groups on the existing framework. Save space and installation costs. Compared with traditional shell and tube types, plate evaporators and condensers can greatly save installation costs and space.

Product Description
Working principle:

1. When the compressor starts, negative pressure forms in the tank, and sewage is automatically sucked into the evaporator;

2. Electric heating starts, the compressor operates at low frequencies, and the system enters heating mode;

3. Due to a negative pressure of 500mbar inside the tank, the sewage begins to boil when it is heated to 85 ℃, producing a large amount of water vapor;

4.85 ℃ steam is sucked in by the compressor and compressed into 100 ℃ steam;

Immediately heating the sewage inside the heat exchange plate with water vapor at a temperature of 5.100 ℃, it liquefies into condensate and is discharged in this cycle;

6. Due to the continuous discharge of condensate, the concentration of sewage inside the tank gradually increases and is ultimately discharged outside the tank.

1.jpg


Equipment processing capacity and size power:

Processing capacity kg/h

Installed power/kW

External dimensions (mm) length * width * height

Weight (Kg)

Energy consumption per ton of water kW. h

1000

110

3798 * 2068 * 3499

7500

50-80

1200

160

4151 * 2130 * 3491

7000

50-80

1500

185

4772 * 2130 * 3873

8500

50-80

1800

265

4800 * 2230 * 3910

9000

50-80

3000

360

5985 * 2600 * 4620

13000

50-80

3600

310

7900 * 2350 * 4800

14000

50-80

5000

445

10000 * 2800 * 6000

22000

50-80

7000

605

10230 * 2830 * 6120

23500

50-80

10000

615

14903 * 3000 * 9843

50000

50-80