Efficient, hygienic vapour condensation for dealcoholisation; designed for aroma recovery, energy savings, and compact operation.
- In the production of low- and no-alcohol beverages, vapour streams from stripping or membrane dealcoholisation often contain ethanol, aroma compounds, steam, and noncondensable gases.
- Inefficient condensation leads to lost aroma, wasted alcohol recovery potential, higher utility costs, and excessive maintenance. Traditional shell-and-tube condensers are large, difficult to clean, and often perform poorly under vacuum or fluctuating loads.
- Producers require compact, hygienic condensation systems engineered for vacuum duty, efficient heat transfer, aroma recovery, and minimal footprint; all while maintaining compliance with food and beverage standards.
Our Solution:
- 4B Automation & 4B Systems provides Vapour Condensation Modules using Alfa Laval’s AlfaCond® plate condenser technology, developed specifically for vacuum condensation, alcohol recovery, and aroma preservation in beverage applications.
- These systems combine efficient heat transfer with compact design, low hold-up volume, and CIP-friendly construction. Each condenser module is engineered for your specific vapour load, temperature range, and recovery goals; optimised for hygienic performance and operational efficiency.
- With integration expertise in automation, monitoring, and service, 4B Automation & 4B Systems ensures seamless installation, configuration, and lifecycle support for every Alfa Laval condenser system supplied.
Key Features / Capabilities
Vacuum-Ready Design:Â
AlfaCond plate condensers engineered to condense vapour efficiently under vacuum with low pressure drop.
Compact & Space-Saving:
Plate-based design delivers high performance with a fraction of the footprint of shell-and-tube condensers.
 High Thermal Efficiency:
Turbulent plate flow patterns enhance condensation and heat recovery with minimal surface area.
 Hygienic, CIP-Compatible Construction:
Stainless steel, low hold-up design for easy cleaning and compliance with beverage hygiene standards.
Modular Capacity Scaling:
Capacity can be expanded by adding plates or modules as production grows.
Condensate & Alcohol Recovery:
Enables efficient capture of alcohol and aroma vapours, improving yield and sustainability.
Energy Recovery Options:Â
Utilise recovered heat from condensation to preheat incoming streams and reduce utility costs.
Real-Time Monitoring:
 Continuous data logging for performance, fouling, and vacuum stability.
Fouling Resistance:Â
Self-cleaning turbulence minimises scaling or build-up in alcohol- or sugar-rich vapours.
Local Engineering & Service:Â
Full installation, training, and lifecycle support provided by 4B Automation & 4B Systems.
