Steam jet chilling plants and cooling systems
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Körting steam jet chilling plants can be ideally utilised whenever large chilling capacities have to be easily realised. Vacuum cooling plants operate according to the principal of flash evaporation. The cooling of liquids to generate chilled water at temperature ranges down to the freezing point is particularly economical and cost-effective, when preferably unused exhaust, residual or excess steam is available.
Körting steam jet chilling plants provide:
- an environment-friendly operation by means of water as refrigerant
- high operational safety
- minimum maintenance
- an easy assembly, as well as a good handling since the plants basically do not require rotating and moving components
Körting steam jet chilling plants take advantage of the principle of flash evaporation. The liquid to be chilled is being passed through a flash evaporator. The pressure in the evaporator is below the steam pressure of the liquid.
As a result of the flash evaporation process, part of the liquid evaporates (flash steam); evaporation heat is deducted from the heat capacity of the liquid. This causes the liquid to cool down to the boiling point of the respective evaporation pressure (vacuum). The application is only limited by the freezing point of the liquid to be cooled.
The resulting flash steam will be sucked off by a Körting steam jet vacuum ejector, then compressed and finally condensed in a downstream condenser. The pressure level of the condenser is defined by the temperature of the used cooling medium. This condenser has to be vented until atmospheric pressure is reached. For this process Körting steam jet vacuum ejectors or liquid ring vacuum pumps have proven to be ideal.
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