New generation of inline carbonation for wine refreshing
Description
Specifications
Documents
Carbon dioxide is known as one of the major refreshing and taste impacting ingredients of wine (beer or soft drinks). Effective adjustment of the carbonation level (carbonation for white and rose wines, or CO2 reduction for red wines) is an important process step in the adjustment andproduction of the optimal wine quality.
Quality improvement in white and rosé wines The unique incorporation of fine carbon dioxide bubbles lends freshness and lightness to the flavour and body of wines. Even with dense and voluminous wines, it imparts aromas. The subtle carbon dioxide bubbles make white and rosé wines fresher, livelier and aromatic.
De-carbonation and CO2 adjustment in red wines Excess and disturbing carbon dioxide can be removed from red wines. Instead of charging with carbon dioxide, plain nitrogen is used. The new designed ICS 210 carbonator makes it easy to adjust the optimal content of carbon dioxide in wines. The wine is simply passed through the system and conveyed unpressurized into the tank. The device works purely pneumatically and doesn’t need any electric energy supply. The desired carbon dioxide concentration is set directly at the device itself. If the product flow drops below a minimum flow rate, the device is automatically deactivated. When the product flow increases, carbonation is activated again.
Operation: A feed pump (not included) presses the beverage through a built-in Venturi injector, where the desired amount of CO2 is added. The CO2 bubbles dissolve in the downstream mixing stage.
Product details | Specifications |
Einsatz | Inline-Karbonisierung |
Measurement category | carbonic acid concentration |
Property | Soft drinks, beer, wine and cider |
Features | Compact design, low maintenance, adjustable, mobile use |
System | Yes |
Level of automation | Fully-automatic |
Flow rate: 700 – 12.500 l/h (depending on injector size (185 – 3302 gal/h)
CO2 concentration: 0-6.0 g/l / 0-3.0 vol (continuously variable, temperature-dependent)
Required feed pump pressure: 2-3 bar / 29-44 PSI
Maximum operating pressure: 6 bar / 87 PSI
CO2 supply pressure: 7 bar / 102 PSI
Dimensions (LxHxD) in mm: 270 x 190 x 160 inch 10.6 x 7.5 x 6.3
Pressure loss: approx. 0.7–2.0 bar (10 – 29 psi)
Flow rate: 700 – 12.500 l/h (depending on injector size (185 – 3302 gal/h)
CO2 concentration: 0-6.0 g/l / 0-3.0 vol (continuously variable, temperature-dependent)
Required feed pump pressure: 2-3 bar / 29-44 PSI
Maximum operating pressure: 6 bar / 87 PSI
CO2 supply pressure: 7 bar / 102 PSI
Dimensions (LxHxD) in mm: 270 x 190 x 160 inch 10.6 x 7.5 x 6.3
Pressure loss: approx. 0.7–2.0 bar (10 – 29 psi)
Quick return of investment
Low maintenance requirements
Easy exchangeable service module on board
Accuracy and consistency of product quality
Easy installation and operation
Wide range of flow rates covered with one system
High efficiency
CIP compatible