Plate surface condenser for vapour under vacuum

Experience high-efficiency condensation in space-constrained environments with the innovative design of this vacuum condenser, perfect for recovering condensates and reducing energy use in continuous production processes.

Condenses Vapors and Separates Non-Condensables

The AlfaCond Vacuum Plate Condenser from Alfa Laval revolutionizes the way vapors are condensed under vacuum conditions in bioethanol plants, sugar refineries, and small power plants. By utilizing a unique porthole configuration and asymmetric channel gaps, it minimizes pressure drops and maximizes heat transfer efficiency, handling a variety of vapors with precision. This condenser is compact yet capable of high throughput, fitting seamlessly into space-constrained environments. It integrates smoothly into your existing operations, removing non-condensable gases via an efficient vacuum system. AlfaCond’s design is optimized for energy efficiency and effective condensate recovery, offering optional subcooling to meet specific processing needs. Maintenance is simplified with a CIP system and robust gasket technology that ensures reliability under rigorous cleaning regimes. With options to configure materials for enhanced chemical compatibility, AlfaCond adapts to a diverse range of industrial applications while providing robust engineering support to tailor solutions to your operation’s requirements.

Benefits

  • Optimizes space utilization in compact facilities with its compact design.
  • Enhances production efficiency by minimizing pressure drops and maximizing heat transfer.
  • Simplifies maintenance and reduces downtime with its Cleaning-in-Place system.
  • Increases energy savings through efficient condensate recovery under vacuum.
  • Adaptable to diverse applications with configurable material options for chemical compatibility.

General


Applications
Condensate recovery,Sugar,Bioethanol,Evaporation systems,Power plants
End products
Concentrated solution,Ethanol fuel,Purified condensate,Refined sugar,Electricity
Steps before
Vapour generation,Evaporation
Steps after
Condensate recovery,Non-condensable gas removal
Input ingredients
vapour,cooling water
Output ingredients
condensate,non-condensable gases,cooling water
Market info
Alfa Laval is renowned for its expertise in heat transfer, separation, and fluid handling technologies, providing innovative, energy-efficient engineered-to-order solutions for various industries including food, marine, and energy.

Technical Specifications


Design Type
Plate-and-frame heat exchanger
Condensing Use
Vapour under vacuum
Compact Design
Highly compact
Cleaning Method
CIP / Mechanical
Configuration Options
With or without subcooling
Non-condensables Removal
Condensate outlet pipe
Porthole Configuration
For vacuum condensation
Channel Gap Size
Asymmetric
Pressure Drop
Very low on vapour side
Heat Transfer Efficiency
Maximized

Operating Characteristics


Automation level
Manual / PLC / SCADA
Batch vs. continuous operation
Batch / Inline Continuous
CIP/SIP
CIP
Cleaning method
CIP / Mechanical
Energy efficiency
High / Compact design
Changeover time
Quick / Easy

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Machine footprint
Compact
Discharge method
Non-condensables removed from outlet pipe
Shape and Size
Plate design
Condensation method
Vapour condenses in welded channel
Porthole configuration
Unique for vacuum condensation
Channel gap size
Asymmetric,larger on vapour side

Custom Options


Subcooling of condensate
Optional
Configuration Options
With or without subcooling
Size
Compact
Cleaning Method
CIP or mechanical