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Fermentation is the final option to exert a major influence on beer quality and taste. Choosing flush-mounted, simple and safe- to- clean equipment is essential to make sure that only the own yeast tribe is active. Smart integration concepts like the Baumer Hygienic Connection help to reach this target successfully
Convection ensured by temperature control ensures consistent quality of the green beer maturing. The hygienic design supports successful, simple and quick cleaning of the tanks. Though the processes are slow, they require accurate control and documentation.
The fermentation equipment has specific requirements on hygienic design. The growth of wanted yeast or lactic acid bacteria must be ensured while any unwanted ones must be successfully cleaned out. This requires careful handling and operation. Process speed is quite slow, but yet requires pinpoint control to be successful.
Fermentation
The fermentation equipment has specific requirements on hygienic design. The growth of wanted yeast or lactic acid bacteria must be ensured while any unwanted ones must be successfully cleaned out. This requires careful handling and operation. Process speed is quite slow, but yet requires pinpoint control to be successful.
Conductivity sensor CombiLyz® AFI4 is the solution for quick and accurate phase detection and separation of beer and water. Beside the handover process, the sensor will detect any unwanted media penetrating the beer, like CIP agents.
Measuring head-pressure in tanks is done with the compact and condensate resistant pressure sensors PP20H. Flush integration using a BHC adapter enables very easy cleaning.
Each cooling zone in the fermentation tank requires individual monitoring with temperature sensors TE2. The ingression depth shall be chosen not to pick the cold temperature at the tank wall. To support cleaning, the sensors will be installed at a slightly downwards pointing angle.
Each cooling zone in the fermentation tank requires individual monitoring with temperature sensors TE2. The ingression depth shall be chosen not to pick the cold temperature at the tank wall. To support cleaning, the sensors will be installed at a slightly downwards pointing angle.
Each cooling zone in the fermentation tank requires individual monitoring with temperature sensors TE2. The ingression depth shall be chosen not to pick the cold temperature at the tank wall. To support cleaning, the sensors will be installed at a slightly downwards pointing angle.
Challenging conditions with lots of foam particularly in the turbulent fermentation phases require hydrostatic level measurement using pressure sensor PBMH. Appearing head pressure needs to be compensated. Decreasing density in the process must be considered to obtain best results. Yeast will settle on the sensor at the end of fermentation and impair the measured results.
Foam is the main challenge in limit detection. CleverLevel® PL20H can be used for both, liquid and foam and even detect one after the other. This way, the sensor ensures overfill protection and prevents foam from reaching the tank-dome and later CO2 recovery. In addition, the sensor makes sure no gas will be sucked into the system and protects the pump against running dry when emptying the tank.
Foam is the main challenge in limit detection. CleverLevel® PL20H can be used for both, liquid and foam and even detect one after the other. This way, the sensor ensures overfill protection and prevents foam from reaching the tank-dome and later CO2 recovery. In addition, the sensor makes sure no gas will be sucked into the system and protects the pump against running dry when emptying the tank.
Convection ensured by temperature control ensures consistent quality of the green beer maturing. The hygienic design supports successful, simple and quick cleaning of the tanks. Though the processes are slow, they require accurate control and documentation.
Precisely monitoring losses along the process from wort via the green to the finished beer is perfectly done with electromagnetic Flow meter CombiFlow® PF75H at 0.2% accuracy.
Carbonisation is controlled by head pressure, usually created either by imposing weight or spring load. Or alternatively by a control valve operating on the measured values supplied by pressure sensor PP20H which can also displayed in the controller.
Flow and feed temperature of glycol- based refrigerants can be perfectly measured in-line with calorimetric flow sensor PF20H. Compact, easy to integrate and featuring compensation by backflow temperature the sensor is a very smart energy monitoring solution.
Flow and feed temperature of glycol- based refrigerants can be perfectly measured in-line with calorimetric flow sensor PF20H. Compact, easy to integrate and featuring compensation by backflow temperature the sensor is a very smart energy monitoring solution.
At the filling stage but also providing Kräusen information during later foam-building, top limit switch PL20H alerts early to prevent foam penetrating into the tank dome which would spoil gas exhaust and valve system. Also overfill by the green beer is safely prevented.
Each cooling zones in maturation tanks is controlled by a separate temperature sensor. The sensor’s ingress length can be adapted to the tank design to prevent measurements in the cold downstream zone at the tank wall. For eased cleaning, the sensors are installed at a slightly downward pointing angle.
Each cooling zones in maturation tanks is controlled by a separate temperature sensor. The sensor’s ingress length can be adapted to the tank design to prevent measurements in the cold downstream zone at the tank wall. For eased cleaning, the sensors are installed at a slightly downward pointing angle.
Each cooling zones in maturation tanks is controlled by a separate temperature sensor. The sensor’s ingress length can be adapted to the tank design to prevent measurements in the cold downstream zone at the tank wall. For eased cleaning, the sensors are installed at a slightly downward pointing angle.
Unaffected by foam of any density, low limit switch CleverLevel® PL20H will reliably detect the beer having fully drained out of the tank. Smooth handover between two tanks protect the filter against pressure variation and supply interrupts.
Precise hydrostatic pressure sensor PBMH ensures safe level control. Tight against condensation, the sensor supplies reliable level information for planned filter operation. Flush installation at the tank wall enables fast and easy cleaning. The signal is compensated by the head pressure.