New food
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A growing middle class combined with a world population that is expected to reach 10 billion by 2050 will increase global demand for nutrition dramatically, particularly meat and other protein-rich foods. However, science tells us we cannot expand existing agricultural production capacities without severe environmental and societal consequences.
In parallel, food preferences are changing quickly among consumers, many of whom are looking to follow a healthier, low-impact diet that places more attention on animal welfare.
New Food embraces the basic principle and goal of feeding more people using fewer resources. As a category, the primary focus is protein rich foods and components and other nutritious compounds, produced through traditional processing methods, precision fermentation or tissue engineering, or a combination of these methods:
The development of hybrid products, like those that combine soy heme produced via precision fermentation with plant-based foods, means there are numerous product possibilities. Combining components and ingredients also contributes to healthier and tastier foods which are important factors for establishing customer loyalty.
GEA supports start-ups, ingredient suppliers and food processors to develop, scale-up and produce the nutritious new foods consumers are looking for.
Our customers in the alternative-protein space benefit from GEA’s deep food and beverage expertise, as well as our brewery and pharma know-how, which is particularly relevant in the demanding and rapidly expanding area of precision fermentation.
GEA test centers enable customers to test processes, machines, ingredients and recipes with support from our experienced food scientists and technicians. These sessions – which can include machine training – are available on-site or conducted remotely and are important for getting high quality products to market more quickly.
Producing more sustainable food requires an examination of the production processes themselves, which often require large amounts of energy and water. Thanks to our holistic engineering know-how and integrated heating & refrigeration solutions, customers can significantly lower their energy usage and carbon emissions. Likewise, we can help customers minimize their freshwater withdrawals and reuse process water.
Whether your project is greenfield or an upgrade, it is important to involve GEA engineers early in the process to ensure you are taking advantage of every possible lever to increase the efficiency of your process or plant and thereby reduce operating costs. Not sure where to start? Just contact us, as we are happy to support you throughout the entire process.
Plant-based proteins
Report: New Food Frontiers
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Aseptic valves face exceptionally high demands within UltraClean and Aseptic processes. You can be assured that they all provide highest quality in terms of hygienic design and sustainability.
Our range of multi-wall bag/sack fillers is designed to pack powdered products at rates of less than 1 tonne/h up to more than 12 tonnes/h with an accuracy better than 10 g (0.35 oz). Our extensive experience with a wide range of powdered products and packaging types means that we can provide a solution to meet the most demanding powder filling r...
The choice of packaging format is often driven by a consumers needs. GEA understands the requirement for a flexible system to handle a wide range of packaging types. To meet this need, we have developed a range of solutions to handle flexible bags, boxes and drums for powder filling applications.
GEA Hygienic Butterfly Valves offers the benefits of good hygienic design, higher ease of assembly, shorter assembly and maintenance times and thus higher production uptimes.
The New Food Application and Technology Center of Excellence (ATC) has been established as a central hub to support innovation in the emerging field of cellular agriculture.
On tomorrow’s menu: Dairy products made from fermented milk cells. Chicken breast filet produced in a bioreactor. Or food that is sourced literally out of thin air.
Biotechnology customer Novozymes chooses GEA technology for a new functional protein plant in Nebraska, USA.
On behalf of Aker BioMarine, GEA is to design and deliver the world’s first pilot plant for hydrolyzing krill protein.
The alternative protein market is diversifying and growing quickly, given massive consumer and industrial demand.
Casual vegetarianism, known as the flexitarian diet, has exploded as a lifestyle.
GEA has been working with an Australian start-up to explore the potential of sustainable protein for animal feed.
Behind the scenes of release event of GEA New Food report
GEA Enhanced Forward Flow Flush animation
GEA Homogenization technology and applications
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