Resumo
O Tetra Pak® Evaporador de Filme Descendente de MVR (recompressão mecânica de vapor) fornece um sistema de evaporação totalmente automático e contínuo. O evaporador é adequado para a produção da gama completa de produtos lácteos. O sistema foi projetado especificamente para os clientes e, portanto, está disponível para uma ampla variedade de composições de produto e capacidades.
Capacidade
As taxas de evaporação variam de 1 a 100 toneladas por hora, dependendo do tipo e da composição do produto.
Low-energy evaporation system for dairy products
- 20-hour production runs without mesophilic or thermophilic spore growth
- Low energy cost due to reduced steam and electricity consumption
- Highest condensate quality thanks to cyclone-type separators
Características
Optimal total cost of ownership (TCO).
Cyclone-type separators extend run times and minimise product losses
Cyclone-type separators offer a better and more efficient flow pattern compared to integrated separators. The improved flow avoids dead ends or dead spots, reducing the risk of product build-up and bacterial growth. We guarantee 20 hours of production without bacterial growth for most dairy products, as well as lower product losses. Our cyclone-type separators also produce superior condensate quality to integrated separators.
Minimal floor space requirement
Smart design for small factory footprint
Cyclone-type separators allow us to install all evaporator components (calandria, separator, MVR fan) close to each other, reducing floor space requirements.
Opções
High heat system
Additional indirect and/or direct heaters
When high preheat temperatures (100°-125°C) are required, the evaporator preheat system can be extended with additional indirect and/or direct heaters
Additional evaporator system
24/7 spray dryer feeding
An additional evaporator system enables 24/7 spray dryer feeding while maintaining effective cleaning-in-place cycles
Steamless evaporator system
Designed for all-electric operation
The evaporator can be designed for all-electric operation to eliminate the use of steam generated from gas or oil. The steamless evaporator system relies solely on electricity as its energy source, using either MVR fan technology and/or heat pump technology and/or electric heaters.
