Why invest in New Foods: the voice of the market
People's needs and daily eating habits are changing, driving a shift towards vegetable protein products.
Alongside vegetarian and vegan diets, the "flexitarian diet" or semi-vegetarianism is also gaining traction, which means that more consumers are seeking alternative foods to meat or fish with the intention of reducing or eliminating their consumption, driven by several reasons from the ethical to the healthy one. This trend is supported by official statistics: a market that was worth $29.4 billion in 2020, reached $44.2 billion in 2022, and is estimated to reach $161.9 billion in 2030.
New Food is based on precise principles such as: feeding more people using fewer resources, reducing the carbon footprint, increasing animal welfare, limiting water consumption and the environmental impact in terms of pollution.
GEA is responding to this strong market and social demand through the technological development of innovative machinery and plants, working on the entire production chain of plant-based meat alternatives, from raw material to finished product.
Why Texturized Vegetable Proteins
2. Evolution of the food world: People, increasingly open to new forms of food, are leading the change. At the same time, the catering industry itself is starting to include the use of alternative proteins in its gastronomic offerings.
3. Uniformity, safety and hygienestandards: The use of textured vegetable protein (TVP) reduces the possibility of contamination because, as the product is sterile, it prevents the development of pathogens.
Research
Trend deep dive.
GEA and TVP’s texturization
Texturization is a process by which vegetable proteins, such as those of peas, lupins, lentils, broad beans and wheat, are deconstructed from their globular structure and realigned into fibers, in order to obtain products that mimic the texture of meat or fish.
These proteins can be long or short fiber, and have different characteristics depending on the source, protein content, granule shape and system used. This feature is used as indicator of which type is best suited to reproduce the appearance and texture of the desired meat alternative.
GEA, with its tried and tested extrusion technology, creates solutions that texturize dry proteins using a twin-screw extruder, but is also able to offer alternatives for wet proteins. The difference between the two (dry and wet proteins) lies in the degree of moisture absorbed, leading to different fields of application.
Dry TVP.
Wet TVP.
Realizable Texturized Vegetable Proteins
Process steps for TVP
The production is driven by balanced and determined steps
Dispositif dans lequel différentes farines et matières premières sèches sont mélangées et brassées ensemble de manière homogène.
Le dosage gravimétrique est calibré de manière à gérer les particules d’une granulométrie spécifique des différentes farines utilisées telles que les isolats de protéines.
Mélangeur à grande vitesse qui homogénéise la distribution de l’eau dans le flux de farine, ce qui crée une pâte homogène.
Bassine prête à être utilisée avec la vapeur parfois nécessaire pour les farines de légumineuses.
GEA xTru Twin est une solution sur mesure qui permet une configuration de vis polyvalente, spécialement conçue pour les protéines texturées. Chaque installation est adaptée à la matière première choisie et au produit alimentaire que vous voulez créer.
Le produit prend la forme désirée avant d’être coupé.
Cette étape n’est pas obligatoire, mais dépend du produit alimentaire visé.
Le produit atteint la température de conditionnement qui empêche tout développement indésirable de condensation dans le produit.
Why choose GEA XTru Twin
Utilizing GEA extruders for vegetable protein texturization offers tangible benefits to manufacturers by enabling control over variable thermo-hygrometric conditions and high process temperatures, facilitating protein denaturation and the transformation of protein bodies into a homogeneous, fibrous matrix with reduced solubility and dispersion in water.
GEA xTru Twin
A single partner for the entire production cycle.
Food processors can profit from this growing demand for plant-based alternative foods by identifying the right technological partner.
GEA covers the entire meat analogues production chain thanks to two Technology Centers in constant cooperation between them: Food Extrusion and Food Applications and Solutions. The first division deals with the texturization of wet and dry vegetable proteins that, through extrusion, give rise to TVP granules that can be marketed as finished products, or be processed with the technologies developed by the Food Applications and Solutions business unit to become food products such as burgers, nuggets and many others.
The technological approach, combined with its proven knowledge in food industrialization, plant-based products and extrusion processes, ensure a production of textured plant proteins designed to meet this new challenge, by:
1. Turning ideas into reality thanks to the use of pilot plants, in which the customer can exclusively test the products manufactured on GEA machinery to obtain the desired product quality;
2. Characterizing the raw material through its own laboratory;
3. Analize and develop new products with the GEA Research and Development department, also collaborating with external bodies such as universities;
4. Ensuring tried and tested extrusion technologies from a comprehensive knowledge of industrial extrusion process.
The future of meat alternatives: plant-based extruded products
Discover how GEA can guide you through all the steps for the production of meat-alternatives, thanks to an advanced knowledge in the plant-based food extrusion process.
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L'équation de l'eau
Partout en Europe, la sécheresse est une réalité récurrente, qui ne se limite plus au sud. Si l'eau influence de plus en plus le choix de la localisation des industries, sa valeur est déterminée par le contexte local. Il existe de nombreuses voies technologiques pour optimiser les usages de l'eau dans les processus industriels, mais la localisation, les besoins énergétiques et d'autres facteurs jouent également un rôle essentiel.
