GEA Video
Chemical
MVR-heated Evaporation Plants Working Principle
Evaporation plants heated by mechanical vapor recompressors (MVR) require particularly low amount of energy.
Forced Circulation Evaporator Working Principle
Working principle of a falling film evaporator: a horizontal or vertical shell-and-tube heat exchanger or plate heat exchanger as the calandria, with flash vessel/separator arranged above the...
Falling Film Evaporator Working Principle
Working principle of a falling film evaporator: a vertical shell-and-tube heat exchanger, with a laterally or concentrically arranged centrifugal separator.
Plant Design Example for Evaporators
Example of a plant design: In case of multiple-effect evaporation plants, the exhaust vapors from the product are used to heat the downstream-arranged evaporation effect so that the steam...
GEA PerformancePlus
With GEA PerformancePlus GEA is offering its customers service level options that extend way beyond routine preventive maintenance and complement customer Industry 4.0 strategic efforts....
GEA lab for homogenization – PandaPLUS with nanoemulsion
The GEA laboratory in Parma (Italy) is a precious customer’s support to test the homogenization effects and to make the product process ready for the industrial scale.
Industrial homogenizers - Ariete Series
Ariete Series homogenizers are suitable for food, beverage, dairy, chemical and pharma applications
GEA Chemical - Homogenization process
The homogenization process inside the high pressure homogenizer equipped with a standard valve
GEA Chemical - IceCon® Melt Crystallization
The IceCon® melt crystallization technology for chemical and food applications is demonstrated and explained.