Brewery plants with quality made in germany.

Sugar dissolving system: ContiBrix

ContiBrix

Unmatched low heat requirement and no recrystallisation!

This type of system is characterised by its unbeatably low heat demand. This is not the only reason why our ContiBrix is the best sugar dissolving system you can purchase. The only precondition is that you have a reasonably evenly sugar demand and that the concentration of the sugar syrup must not exceed 70 Brix. This type of plant is extremely suitable for beverage manufacturers. Cold crystal sugar is mixed with cold water, so that no vapours are generated that might lead to a closing of the dosing equipment for granulated sugar. Nonetheless, hot dissolving takes place within the system. Finally the hot sugar syrup is cooled to the desired syrup temperature by the water-sugar suspension in the countercurrent heat exchanger.

Sugar dissolved with this plant system will remain free from any recrystallisation for a very long time. The reason for this is the complete hot dissolving in continuous flow mode. No recrystallisation germs (e.g. undissolved sugar from tank walls, etc.) can pass through the system.

Max: 70 Brix
Capacities from 2,000 kg/h up to 20,000 kg/h

ContiBrix: Zuckerlöseanlage mit einem unübertroffen geringen Wärmebedarf.

 Conventional sugar dissolving
ContiBrix sugar dissolving

Sugar dissolving location

within the dissolving tank, the dissolving result is irregular, incompletely dissolved areas act as recrystallisation germs

within the heat exchanger, complete dissolving, free from recrystallisation for a long time

Heating media

often possible directly with steam, caramelisation

done by means of a hot water circuit, the temperature of the hot water is only approx. 10°C higher than the temperature of the sugar syrup at any point on the heat exchanger, caramelisation impossible

Dissolving temperature

a) up to 50°C
- no pasteurisation
- no fine filtration
- no degassing
- poor dissolving result
- functional risk in winter operation (cold sugar is around 70% of the mixture)

b) over 70°C
- high heat radiation (high energy consumption)
- vapours (blockage of the rotary star feeder for crystal sugar)

70-80°C
+ low heat radiation
+ no vapour build-up
+ low energy consumption
+ perfect dissolving result
+ pasteurisation
+ filtration
+ low oxygen content


 

 

 

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