Vacuum Technology
Product Driven Steam Jet Vacuum Systems are based on proven jet pump technology and often used if the product vapor is used as the motive medium for the jet pumps or if it is essential that no water enters the system.

Jet vacuum systems are used to create and maintain the vacuum in production plants for Polyester and Nylon.
Jet vacuum pumps are generally driven by water vapor. Water vapor is easily obtained in industry and has proved itself as a good motive medium. When the motive steam in the jet vacuum pump condenses, condensate is produced which in some cases must be regarded as waste.
This can be avoided if the product vapor which is produced during the process, is used as the motive medium for the jet pumps. The motive steam condensate is then either put to further use in the process or is re-evaporated and is used again as the motive medium. Product vapor driven jet pumps are also used if it is essential that no water enters the system.
Product vapor driven jet vacuum pumps do not differ in their functioning from water vapor driven jet vacuum pumps and therefore offer the same fundamental advantages. In addition, the energy requirement is in part substantially lower than is the case with water vapor driven jet vacuum pumps because of the low evaporation heat of organic vapors.

Multi-stage steam jet vacuum pumps in graphite for corrosive applications.

Variable - Flow Ejectors are based on proven GEA jet pump technology and often used for heat recovery.

Steam jet ventilators are based on proven jet pump technology and often used to convey air, gases and vapors.

Steam jet compressors type bv1 are based on proven jet pump technology and often used used in evaporating, distillation, cooling, crystallization, deodorization, degassing and drying under vacuum.

The new GEA Application and Technology Center (ATC) in Sarstedt, south of Hannover, is neither a showroom nor a substitute for a lab. It is a place for testing, data collection and early decisions. This is where it becomes clear whether a biological concept can become a robust industrial process. That step is bigger than it may seem.

Thermoforming has long played a central role in food packaging. Now it is facing a major shift. As regulations tighten, materials evolve and costs rise, form fill seal lines must do more than run reliably – they now shape how food stays fresh, affordable and recyclable. Take a look at the key thermoforming trends informing the food packaging and delivery landscape.