Distillation Technology
Multiple Effect Distillation Plants reduce the amount of live steam to the minimum demand.
GEA Distillation is recognized for the high thermodynamic efficiencies, high product yield and high distillate purities achieved.
Multiple-effect distillation permits the repeated use of the energy supplied to a system. Energy consumption is effectively reduced by a factor about equal to the number of effects. Since a temperature difference is required for heat transfer within the reboiler, there are practical limitations to the number of effects that can be used. Maximum and minimum temperatures are, as a rule, determined by the product, or the heating steam pressure and the cooling water temperature.
Where product purities superior to feasible concentrations through rectification are required, one of these technologies come to operation: Molecular Sieve Technology, Distillation with Entrainer, and Pervaporation through Hydrophilic Membranes.
GEA uses different types of reboilers for the energy input to the distillation columns. The choice of the suitable type depends on surrounding process and product parameters.
The thermal vapor recompression applies steam jets to raise the temperature level of vapor flows in the plant. Condensation of these boosted flows is then used for the heating or evaporating of lower temperature process flows. Thereby the steam consumption is minimized.
Production lines with optimized integrated process steps.
With the GEA kytero 10, researchers and developers in the biopharmaceutical, food and new food industries now have the latest generation of a powerful accelerator at their disposal.
Michele Schneider's life took an unexpected turn when she married her husband Virlei, an aspiring dairy farmer, and the two started dairy farm Fazenda Inovação Schneider Milk in Brazil. Being a newcomer in dairy farming, Michele saw her passion for the animals and the farm grow quickly. And so did her workload.
GEA helps customers test and scale alternative egg products and ingredients made with precision fermentation.