An Easy Guide to Industrial Vacuum Degassing Systems
When producing liquid foods or beverages, trapped air and dissolved oxygen can ruin product quality by causing browning, destroying vital vitamins (like Vitamin C), creating foam during filling, and accelerating spoilage. A dedicated deaeration system was created to solve this by pulling a controlled vacuum on the liquid as it enters the unit, extracting trapped gases instantly and ensuring absolute product stability.
A Deaerator removes dissolved and trapped air from liquid products to improve product quality, stability, and processing performance.
Product Inlet
Liquid enters the deaerator at a controlled flow rate.
Pre-Heating
The product is heated to help release dissolved air and gases.
Vacuum Deaeration
A vacuum reduces the pressure, causing dissolved and trapped air to separate from the product.
Air Removal
Separated air and gases are continuously removed from the system.
Product Outlet
The deaerated product is transferred to the next processing stage.
Extended Shelf Life
Eliminating dissolved oxygen prevents oxidation, preserving the natural color, fresh taste, and vitamin content of juices and drinks over time.
Flawless Packaging Quality
Removes air bubbles that cause foaming, ensuring accurate filling volumes and clean seals in bottles, cans, or cartons.
Improved Product Density and Texture
Creates a smooth, uniform mouthfeel by removing trapped air pockets from viscous or blended liquids.
Protected Downstream Equipment
Reduces cavitation and wear in pumps and homogenizers caused by air pockets in the liquid stream.