Machine designed to dry the product surface and remove humidity to lower water activity and increase product shelf life.
It is usually placed after the pasteurizer to dry the product with hot air, with a customizable percentage of humidity. It is constituted of a single treatment belt that feeds the product while the two ventilation systems dry it superficially. Once the product exits the pasteurizer it is humid on the surface and the Predryer allows to dry it and prevent that the products stick to one another.
The ventilation system is composed of abattery functioning with steam and ventilators controlled by inverter for the heating of water used during the treatment. Humid air extraction system managed via PLC.
The treatment plans are independently controlled each by their own inverter, in order to have a more flexible regulation.
In order to ease the washing process, the machine features a stainless-steel structure and rinsing ramps to reduce machine washing time. The bottom panel is inclined on the sides to drain washing water. Openable lateral panels hinged for accessibility.
Machine features:
The world's population is growing and with it demand for milk. Dairy is an essential component of many global diets. However, its production can be resource-intensive and impact the environment. GEA’s Christian Müller, Senior Director Sustainability Farm Technologies, sheds light on how technological innovations powered by GEA make milk production more efficient and profitable.
Every safe beverage and bite of food is a victory against invisible microbial threats – a battle shaped by a century of hygienic process design. With more than 100 years of engineering and hygienic design know-how, GEA sets the industry standard for processing equipment that protects food and saves lives.
Engineering innovation often takes the form of incremental gains. Once in a while, it takes a leap. Case in point: The washing machine. Launched in September 2022, two new GEA software solutions are upending convention and delivering similarly dramatic efficiency gains in the resource-intensive process of membrane filtration.