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Myande Multi Effect, Falling Film Evaporator for Industrial Wastewater Treatment
| Price | Negotiable |
|---|---|
| Min Order | 1 Piece |
| Availability | In Stock |
| Shipping From | Jiangsu, China |
| Popularity | 431 people viewed |
Model NO.:
MZFJ
Brand:
Myande
Capacity:
10000-100000kg/H
Heat Source:
0.6-1.0
Concentration of in-Feed Material:
6-7%
Concentration of Discharged Material:
42-45%
Delivery Time:
2 Months
Installation Time:
2 Months
Warranty Period:
One Year
More Information:
Design by Customer's Requirments
Trademark:
Myande
Transport Package:
Container
Specification:
ISO
Origin:
Yangzhou, Jiangsu
Product Description
Myande Multi Effect, Falling Film Evaporator for Industrial Wastewater Treatment
Brief Introduction
Myande MZFJ Range Multi-effect Film Falling Evaporators are widely used in evaporation and concentration of starch syrup, zymotic liquid, starch steeping solution, dairy products, beverage, high concentration organic wastewater, and chemical products. Major technical features include high energy efficiency, short heating time and high concentration proportion. With high flexibility, MZFJ Multi-effect Film Falling Evaporators are capable of being combined into bi-effect, triple-effect, quadruple-effect and corn steeping solution evaporation systems according to process requirements. Both live steam and exhaust waste hot steam can be used as heat source. As material falls from top to the bottom in the form of helical film, it conducts heat exchange directly with steam outside of tubes. Temperature difference is consistent and secondary steam is recycled to reduce steam consumption.
Description of Product
1. Major technical features include high energy efficiency, short heating time and high concentration proportion
2. With high flexibility, MZFJ Multi-effect Film Falling Evaporators are capable of being combined into bi-effect, triple-effect, quadruple-effect and corn steeping solution evaporation systems according to process requirements.
3. Both live steam and exhaust waste hot steam can be used as heat source.
4. As material falls from top to the bottom in the form of helical film, it conducts heat exchange directly with steam outside of tubes.
5. Temperature difference is consistent and secondary steam is recycled to reduce steam consumption.
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