Save up to 80% of energy costs in comparison with conventional systems
Save up to 80% of energy costs in comparison with conventional systems
To avoid affecting the quality through oxidation, the product undergoes vacuum-deaeration. Foam formation is effectively averted unwanted flavoring and odorant substances are reduced. Removing gas also greatly enhances product stability.
The combined, integrated one-stage aroma retrieval process minimizes aroma loss during deaeration. Fluid aroma substances are condensed in an external stainless steel tubular heat exchanger and returned to the product.
A new product path in the beverage deaerator with a product oriented temperature and vacuum profile enables significant energy savings and prevents unnecessary loss of flavors.
The essential difference to the deaeration techniques commonly used in the market is that flashes are not firmly set, but are optimally adjusted to the vacuum required for the product in accordance with the inlet temperature.
This process essentially optimizes the balance between final oxygen content and loss of flavor and leads to savings with regard to cooling water, steam and flavor.
Our facilities are designed in accordance with your floor space, whereby all parts are easily accessible for service and cleaning operations.
Technical Information | |
Product flow rate | 10 - 1000 hl/h |
Residual oxygen content | 0.05 - 0.5 mg/l, depending on type |
Water pressure | |
- Inlet | 3 bar |
- Outlet | 3 bar |
CIp Temperature | 90° C |
Materials: | |
- product contact parts | AISI 304 / 316 |
- seals | NBR / EPDM |
Overall height | 2000-2800 mm |
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