| dbo:abstract
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- Die Brüdenkompression, auch Brüdenverdichtung oder Thermokompression, ist ein Verfahren zur Beheizung und Kühlung einer Destillationskolonne, wie sie in Erdölraffinerien Verwendung finden, oder eines Verdampfers. (de)
- Vapor-compression evaporation is the evaporation method by which a blower, compressor or jet ejector is used to compress, and thus, increase the pressure of the vapor produced. Since the pressure increase of the vapor also generates an increase in the condensation temperature, the same vapor can serve as the heating medium for its "mother" liquid or solution being concentrated, from which the vapor was generated to begin with. If no compression was provided, the vapor would be at the same temperature as the boiling liquid/solution, and no heat transfer could take place. It is also sometimes called vapor compression distillation (VCD). If compression is performed by a mechanically driven compressor or blower, this evaporation process is usually referred to as MVR (mechanical vapor recompression). In case of compression performed by high pressure motive steam ejectors, the process is usually called thermocompression, steam compression or ejectocompression. (en)
- Дистилляция термокомпрессионная — способ дистилляции (перегонки), использующий принцип теплового насоса. (ru)
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| rdfs:comment
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- Die Brüdenkompression, auch Brüdenverdichtung oder Thermokompression, ist ein Verfahren zur Beheizung und Kühlung einer Destillationskolonne, wie sie in Erdölraffinerien Verwendung finden, oder eines Verdampfers. (de)
- Дистилляция термокомпрессионная — способ дистилляции (перегонки), использующий принцип теплового насоса. (ru)
- Vapor-compression evaporation is the evaporation method by which a blower, compressor or jet ejector is used to compress, and thus, increase the pressure of the vapor produced. Since the pressure increase of the vapor also generates an increase in the condensation temperature, the same vapor can serve as the heating medium for its "mother" liquid or solution being concentrated, from which the vapor was generated to begin with. If no compression was provided, the vapor would be at the same temperature as the boiling liquid/solution, and no heat transfer could take place. (en)
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