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Main Features
● The internal stirring scraper increases the heat transfer efficiency;
● The interior of the tank wall is not fouling. The thermal efficiency will not decrease;
● The interior of the tank wall is not fouling,which saves manual/chemical cleaning expenses;
● The evaporation of the remaining kettle residual water content is very low;
● No chemical consumables and operation cost is low;
● Push blade design, solid or viscous liquid automatic discharge;
● Suitable for different wastewater and long-term adaptation to different working conditions;
● Simple structure, automatic operation, easy to operate.
Main Features
● The internal stirring scraper increases the heat transfer efficiency;
● The interior of the tank wall is not fouling. The thermal efficiency will not decrease;
● The interior of the tank wall is not fouling,which saves manual/chemical cleaning expenses;
● The evaporation of the remaining kettle residual water content is very low;
● No chemical consumables and operation cost is low;
● Push blade design, solid or viscous liquid automatic discharge;
● Suitable for different wastewater and long-term adaptation to different working conditions;
● Simple structure, automatic operation, easy to operate.
Working Principle Description:
Double module structure. The heat source is steam. The vacuum pump will vacuumize the air in the boiling chamber to reach pressure to -0.098 Mpa. Then the boiling temperature of the wastewater will be very low, like 30~40℃. The scraper in the boiling chamber continues to stir the wall of the tank to prevent scaling on the tank wall. With continuous evaporation, the wastewater will be dried up and finally scrapped off by the scraper. This is actually to minimize the disposal of hazardous waste liquids.
Working Principle Description:
Double module structure. The heat source is steam. The vacuum pump will vacuumize the air in the boiling chamber to reach pressure to -0.098 Mpa. Then the boiling temperature of the wastewater will be very low, like 30~40℃. The scraper in the boiling chamber continues to stir the wall of the tank to prevent scaling on the tank wall. With continuous evaporation, the wastewater will be dried up and finally scrapped off by the scraper. This is actually to minimize the disposal of hazardous waste liquids.
S-ME Model | Hourly Capacity | Dimension | Energy Consumption Per Ton |
S-ME 8000 | 333.33 | 3600 x 3000 x 3000 | 1~1.2 |
S-ME 10000 | 416.67 | 4200 x 3100 x 3500 | 1~1.2 |
S-ME 15000 | 625.00 | 3600 x 3000 x 3000 | 1~1.2 |
S-ME 18000 | 750.00 | 4200 x 3100 x 3500 | 1~1.2 |
S-ME 20000 | 833.33 | 5030 x 3100 x 4100 | 1~1.2 |
* Other specifications and sizes can be customized for customers |
S-ME Model | Hourly Capacity | Dimension | Energy Consumption Per Ton |
S-ME 8000 | 333.33 | 3600 x 3000 x 3000 | 1~1.2 |
S-ME 10000 | 416.67 | 4200 x 3100 x 3500 | 1~1.2 |
S-ME 15000 | 625.00 | 3600 x 3000 x 3000 | 1~1.2 |
S-ME 18000 | 750.00 | 4200 x 3100 x 3500 | 1~1.2 |
S-ME 20000 | 833.33 | 5030 x 3100 x 4100 | 1~1.2 |
* Other specifications and sizes can be customized for customers |