We offer three different types of UHT Plants for Aseptic Product Treatment
GEA markets three different types of UHT Plant - depending on the product to be treated, the product quality and efficiency:
These product treatment plant work according to the indirect heating principle. Their great benefit: Using this method, the UHT Plant Type I provides very high production safety. This process technology has proved successful for many years. The UHT Plant have optimized flow conditions which produce good product quality and high efficiency with a heat recovery of up to 90%.
Similar to the indirect UHT Plant Type I, the UHT Plant Type P is widely based on identical process technology.
The difference is that the tubular heat exchanger type P is used here – indirect heat transfer between the product to be heated and that to be cooled is not applied. The advantage is that this plant type achieves an even higher efficiency and improved product quality without the need to expand the heat exchange surface.
The direct heating method used in these UHT Plant offers the advantage of very high product quality. The integral steam injector and a flash cooler provide very short dwelling times in the temperature intensive zones.
Quando o fabricante de alimentos sul-coreano Pulmuone trouxe à GEA o desafio de desenvolver uma versão moderna do tradicional noodle frio elástico (naengmyeon), os especialistas em P&D da GEA estiveram à altura do desafio. Eles ajudaram a desenvolver o que hoje é um sucesso comercial produzido com menos água e eletricidade do que os métodos já existentes. O resultado também é fiel às origens tradicionais do prato, bem como às bases de saúde, bem-estar e sustentabilidade da Pulmuone.
O processo inovador da GEA representa um marco no pré-tratamento de biocombustíveis, como óleo vegetal hidrotratado e combustível de aviação sustentável. Eliminando o processo de clareamento, os fabricantes se beneficiam de um potencial de economia significativo: custos operacionais mais de 50% menores e até 12% menos emissões de CO2.