ADM partnered with Every to begin commercial production of OvoPro, an animal-free egg protein ingredient made through precision fermentation, at ADM’s Clinton, Iowa, facility. The vegan, cholesterol-free ingredient is designed to replicate key egg functions while delivering a PDCAAS score of 1.0, indicating high protein quality.
OvoPro provides binding, gelling, foaming and whipping functionality across applications including frozen foods, baked goods, pasta and beverages. ADM will use its fermentation capabilities to expand supply as Every increases production, offering food manufacturers another option amid volatility in egg and whey markets.
For food makers, the scale-up provides a more stable source of high-quality protein without sacrificing important formulation performance. The partnership reflects growing interest in precision-fermented ingredients that can supplement conventional protein supplies and support reformulation across mainstream food categories.
Image Credit: Every
Key Themes Behind This Trend
- Precision-fermented Proteins
- Microbe-derived proteins are creating new formulation pathways for brands seeking animal-free ingredients with conventional performance characteristics.
- Egg-function Alternatives
- Replicated binding, foaming, gelling and whipping capabilities are expanding the role of alternative proteins beyond simple nutrition claims.
- Supply-stable Reformulation
- Ingredient platforms with scalable production are reducing exposure to commodity volatility while supporting consistency across packaged food portfolios.
Where This Applies
- Food Ingredients
- Advanced fermentation capacity is reshaping ingredient sourcing by making high-quality specialty proteins available at commercial scale.
- Plant-based Foods
- Animal-free functional proteins are broadening product development potential in vegan baked goods, frozen meals, pasta and beverages.
- Biomanufacturing
- Industrial fermentation infrastructure is becoming a strategic backbone for producing next-generation food inputs with improved scalability and reliability.
