How Can Feed-Grade Lecithin Transform Non-Grain Feed Ingredients?
Mar 06, 2026
Unlocking the Value of Non-Grain Feed Ingredients
As global agriculture moves toward resource recycling and optimized feed nutrition, the use of non-grain feed ingredients—such as agro-industrial by-products and food processing residues—has become a key strategy for producing high-value feed. Converting these non-grain materials into nutrient-rich feed additives helps reduce dependency on traditional grain-based feed while supporting more sustainable and cost-effective feed production.
What Are Non-Grain Feed Ingredients?
Non-grain feed ingredients, in this context, refer to oilseed processing by-products—such as oil refining residues—that are not used as primary feed materials but can be upgraded into high-value functional feed additives like lecithin. By incorporating non-grain ingredients, feed producers can lower production costs, reduce reliance on traditional grains, and formulate more sustainable feeds.
Myande Group, a leader in oil equipment, specializes in the valorization of oil refining by-products. Through its feed-grade lecithin equipment, Myande transforms low-value residues into high-activity nutritional feed additives, helping the feed industry achieve higher efficiency, sustainability, and profitability.
Core Technology Advantages
Producing feed-grade lecithin requires effective extraction and stabilization of phospholipids from oil refining residues. Myande offers feed-grade lecithin production lines with capacities from 3 to 150 t/d, with significant advantages in key processing steps.
- Multi-blade scraping design accelerates water evaporation and improves drying efficiency.
- High-strength, wear-resistant materials and precision engineering ensure long-term stability.
- Double mechanical seals and vacuum control maintain optimal drying conditions.
- Innovative lubrication systems protect bearings under demanding operational conditions.
This ensures that the final feed-grade lecithin consistently meets or exceeds GB/T 23878-2009 standards, guaranteeing high efficiency and product quality.
Smart Manufacturing & Comprehensive Service
Myande’s strength extends beyond equipment technology to full lifecycle project delivery:
• Advanced R&D platforms: National-level postdoctoral stations, Jiangsu Oil & Starch Process Equipment Engineering Center, and collaborations with industry experts.
• State-of-the-art manufacturing: Laser cutting, robotic welding, plasma welding, and precision assembly guarantee every unit meets strict quality standards.
• Turnkey project solutions: Consultation → Process design → Equipment manufacturing → Installation & commissioning → Training → After-sales support.
• Automation & intelligent control: Myande’s RES system enables high-precision monitoring and smart process management, reducing energy consumption while maintaining stable production.
This combination ensures customers receive efficient, reliable, and low-maintenance lecithin production lines.
From Oil Refining Residues to High-Value Feed Additives
Feed-grade lecithin is rich in phosphatidylcholine (PC), phosphatidylethanolamine (PE), and triglycerides, providing key nutritional benefits:
• Improves feed palatability
• Enhances fat and fat-soluble vitamin absorption in young livestock and aquaculture
• Boosts immunity and growth performance
By converting oil refining residues into high-value lecithin feed additives, Myande helps feed producers:
• Reduce reliance on traditional protein sources like soybean meal
• Align with national strategies promoting non-grain feed resource utilization
• Improve economic returns and resource efficiency for oil-processing enterprises
Global Reach & Impact
With a service network spanning Southeast Asia, South America, the Middle East, Africa, and over 80 countries, Myande has delivered over 1,200 successful projects worldwide. This expertise is helping the global feed industry move toward higher efficiency, greener operations, and greater product value.
Planning to Turn Oil Refining Residues into High-Value Feed Solutions?
Myande’s feed-grade lecithin equipment makes it easy to transform non-grain raw materials into nutrient-rich, high-value feed additives. By combining smart technology, precision manufacturing, and full lifecycle support, we help feed producers cut costs, improve feed quality, and operate more sustainably. With these solutions, companies can unlock the potential of previously underutilized materials—building a more efficient, responsible, and resilient feed industry for the future.
Frequently Asked Questions (FAQs)
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1. How is feed-grade lecithin manufactured? Feed-grade lecithin is typically extracted from oilseed processing by-products, such as soybean or sunflower oil refining residues. The process involves degumming, drying, and sometimes refining or fractionation to concentrate phospholipids while preserving their nutritional value for animal feed. |
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2. Is lecithin approved by the FDA? Yes, lecithin is generally recognized as safe (GRAS) by the FDA for use in food and feed applications. Feed-grade lecithin meets specific quality standards to ensure it is safe and effective for livestock and aquaculture nutrition. |
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3. What benefits does feed-grade lecithin provide to livestock? Feed-grade lecithin improves feed digestibility and nutrient absorption, especially fats and fat-soluble vitamins. It can enhance growth performance, immune function, and feed palatability in livestock, poultry, and aquaculture species. |
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4. Why is non-grain feed lecithin important for feed producers? Using non-grain feed ingredients like oil refining residues allows feed producers to reduce reliance on traditional grains, lower raw material costs, and create high-value, nutrient-rich feed additives—supporting sustainability and resilience in feed production. |
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5. What kinds of lecithin solutions does Myande provide? Myande offers a full range of lecithin solutions for feed and food applications: feed-grade, food-grade, transparent, and powder lecithin. Each type is produced using specific processes tailored to its application, ensuring high quality, stability, and suitability for the intended industry. |
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6. Can existing oilseed processing equipment be adapted for lecithin production? Yes, many oilseed refining and by-product processing systems can be adapted to produce feed-grade lecithin. However, specialized equipment for precision drying, fractionation, and handling of non-grain raw materials ensures optimal quality and efficiency. |
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7. How does lecithin drying equipment work? Specialized lecithin dryers, such as vacuum or low-temperature dryers, remove water and residual solvents while preserving active phospholipids. Advanced designs use scrapers, high vacuum, and precise temperature control to maintain product stability. |
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8. What equipment is needed to produce feed-grade lecithin? A complete feed-grade lecithin production line typically includes degumming units, dryers, fractionation systems, and optional refining equipment, along with conveyors and automation controls. These ensure high efficiency, product quality, and consistent nutrient content. |
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