New food
The emerging ‘new foods’ sector is creating alternatives to traditional agriculture that can produce environmentally more sustainable, healthy, safe and affordable sources of nutrition for billions of people around the world. Potential types of new foods include insect-derived proteins, plant-based meat alternatives, cultivated meats, and cell-derived enzymes, proteins, fats and other nutrients and functional molecules.
At its foundation, new food embraces the basic principle and goal of feeding more people using fewer resources. One key focus is on reducing reliance on livestock-based agriculture, reducing waste, and reducing other stresses on the environment by harnessing new sources and production methods for generating plant-based dairy alternatives, alongside proteins, protein-rich foods, and other key nutrients.
Here are some examples of 'new food' types:
Our customers in the alternative-protein space benefit from GEA’s expertise in just about every type of food and beverage process, from dairy to brewery. We also have parallel knowhow and experience in the pharma processing sector, which we can leverage alongside our broad fermentation and engineering expertise to support developments in the rapidly expanding field of precision fermentation and recombinant proteins.
At the dedicated GEA New Food Application and Technology Center of Excellence (ATC), and other GEA technology test centers around the world our expertise can assist with process design and configuration, and scale up. We’ll sit down with you and take the time to understand your project and goals, and then work with you to create and test equipment, systems and potentially complete process lines for products as diverse as insect proteins, cell-based milk or recombinant enzymes.
Our expertise in fermentation extends beyond just physical bioreactors and equipment. We use the latest computational fluid dynamics-based digital tools and to help understand and predict cell behavior and yield under different bioreactor conditions, and provide engineering expertise for scale-up. We can help you optimize your process with a view to generating industrial processes for generating exciting, healthy and tasty new foods that can be accessible to populations around the world.
Here at GEA we’re striving to develop components, systems and digital tools that can help our customers reduce energy and resource use, recycle, and reduce waste and carbon footprint. So we’ll always suggest options and upgrades that could help you to achieve your own sustainability goals, and secure reliable, robust and high quality processing, 24/7.
Not sure where to start? Just contact us, and let’s get talking.
Como apoyo a la innovación en el campo emergente de la agricultura celular, GEA ha desarrollado una plataforma de fermentador/biorreactor modular altamente flexible, denominada GEA Mobile Test Center o ‘centro de pruebas móvil’.
El cliente de biotecnología Novozymes elige la tecnología de GEA para una nueva planta de proteínas funcionales en Nebraska, EE.UU.
En nombre de Aker BioMarine, GEA va a diseñar y entregar la primera planta piloto del mundo para hidrolizar proteína de krill.
On behalf of Aker BioMarine, GEA is to design and deliver the world’s first pilot plant for hydrolyzing krill protein.
El mercado de proteínas alternativas se diversifica y crece rápidamente debido a la masiva demanda industrial y de consumo.
El vegetarianismo casual, también llamado dieta flexitariana, ha surgido como nuevo estilo de vida.
GEA trabaja con una empresa australiana de nueva creación para explorar el potencial de las proteínas sostenibles para alimentación animal.
Behind the scenes of release event of GEA New Food report
GEA Enhanced Forward Flow Flush animation
GEA Homogenization technology and applications
In a dairy herd, every cow has her own story – and modern herd management tools help tell it. By tracking health, habits and needs, these smart systems let farmers care better, work smarter and keep milk flowing. It's the secret behind happy herds and successful, more sustainable dairy farming.
La reducción de residuos es importante para nosotros en GEA, y aprovechando el poder de la tecnología de liofilización, podemos transformar los excedentes de alimentos en productos valiosos y duraderos, ayudando a reducir sus residuos, prolongar la duración de almacenamiento y crear un suministro de alimentos más resistente para las generaciones venideras.
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Como integradores de sistemas, unimos nuestro conocimiento sobre la tecnología de procesos y el diseño de plantas a los productos de software de los líderes del mercado.
Los cabezales de compresión de GEA son el elemento central del homogeneizador puesto que bombean el producto a alta presión hasta que fluye por el interior de la válvula de homogeneización y de esta forma activan el proceso de homogeneización.
GEA Hilge ofrece una gama versátil de bombas centrífugas y de desplazamiento positivo para una amplia variedad de aplicaciones sensibles en las industrias de bebidas, alimentaria y farmacéutica.
Una línea piloto de cultivo celular y fermentación para acelerar las innovaciones desde el laboratorio hasta la fabricación a escala comercial.