Zhangjiagang Mic Machinery specializes in manufacturing high-efficiency falling film evaporator systems, designed to deliver exceptional performance in concentration and evaporation applications across various industries. As leading falling film evaporator manufacturers, we combine advanced engineering with practical design to create equipment that maximizes productivity while minimizing operational costs.
Key Features and Benefits
Our falling film evaporator systems incorporate innovative technology to ensure optimal performance:
High Efficiency Design: Achieves superior heat transfer coefficients through uniform liquid distribution
Energy Saving Operation: Utilizes gravity-fed film technology to minimize energy consumption
Gentle Processing: Maintains product quality through low-temperature evaporation
Versatile Applications: Suitable for heat-sensitive products including fruit juices, dairy, and pharmaceuticals
Automated Control: Integrated PLC systems for precise process monitoring and adjustment
Understanding the Falling Film Evaporator Working Principle
The falling film evaporator principle relies on liquid distribution over vertical heat exchange surfaces:
Liquid Distribution: Pre-heated liquid is evenly distributed across the top tube sheet
Gravity Flow: Liquid flows downward as a thin film under gravity's influence
Heat Transfer: Steam or hot fluid in the shell side transfers heat through tube walls
Vapor Separation: Concentrated liquid and vapor are separated at the bottom
The evaporator falling film design ensures minimal product residence time, making it ideal for heat-sensitive materials.
Applications and Industries
Our falling film evaporator for sale serves multiple sectors:
Food and Beverage
Fruit juice concentration
Dairy product processing
Sugar solution evaporation
Pharmaceutical
API concentration
Solvent recovery
Herbal extract processing
Chemical Industry
Wastewater treatment
Chemical recovery
Desalination applications
Comparative Advantage: Rising Falling Film Evaporator
For applications requiring enhanced flexibility, we offer rising falling film evaporator configurations that combine both technologies for optimal performance in varying feed conditions and concentration requirements.
Falling Film Evaporator Working Principal Advantages:
Short contact time prevents thermal degradation
High heat transfer coefficients improve efficiency
Handles high concentration ratios effectively
Suitable for viscous and foaming liquids
CE certification compliance
ASME standards adherence
ISO 9001 quality management
Custom engineering capabilities
Model | Double-effect | Triple-effect | Four-effect | Five-effect |
Water evaporating capacity (Kg/h) | 1200-4000 | 3600-15000 | 8000-50000 | 10000-65000 |
Feed material density (%) | According to material | |||
Discharge material density (%) | According to material | |||
Steam pressure (Mpa) | 0.5-0.8 | |||
Steam consumption Kg/kg evaporation amount (with heat pressure pump) |
0.38 | 0.28 | 0.23 | 0.19 |
Evaporating temperature (℃) | 45-90 | |||
Sterilizing temperature (℃) | 90-110 | |||
Cooling water cost T/T evaporation amount (inputting water 20℃, outputting water 40℃) |
11 | 8 | 7 | 6 |