Récapitulatif: Découvrez l'équipement avancé d'évaporateur MVR à effets multiples à film tombant pour un traitement efficace des effluents. Ce système combine un compresseur de vapeur, un échangeur de chaleur et un cristalliseur pour minimiser la consommation d'énergie et maximiser les performances. Idéal pour les liquides à haute viscosité et les solutions faciles à incruster, il offre une automatisation complète et une conception compacte.
Caractéristiques Du Produit Connexes:
Longer operating cycle with minimized scaling due to evaporation in the separator.
Optimized heat transfer surface with flow rate controlled by a circulating pump.
Suitable for easy-to-encrust and high-viscosity liquids.
Operable as a crystallizing evaporator for salt solutions.
Most energy-saving technology with 10-40kwh power consumption.
Full automatic operation with continuous evaporation.
Compact design with small floor space requirements.
Close-loop circulation system powered by electricity, no steam pipe network needed.
Les questions:
What is the principle of the MVR forced circulation crystallization system?
The system uses a vapor compressor, heat exchanger, crystallizer, and forced circulation pump to move the solution via the circulation pipe into the heating chamber, achieving high circulation rates and efficient heat exchange.
What are the advantages of the Falling Film MVR Evaporator?
Advantages include longer operating cycles, optimized heat transfer, suitability for high-viscosity liquids, and energy efficiency with full automation and compact design.
How does the MVR evaporator compare to other evaporators in terms of energy consumption?
The MVR evaporator is the most energy-saving technology, consuming only 10-40kwh of power, unlike single or multi-effect evaporators that require steam and power with higher energy consumption.