Extraction technology
• Subcritical extraction: Low temperatures (40-60°C) preserve the unique fatty acids and active ingredients (such as antimicrobial peptides and choline) in insect oils.
• Enzyme-assisted extraction: Targeted hydrolysis increases oil yield (≥90%) while preserving protein integrity.
• Supercritical CO₂ technology: Produces high-purity (99.5%+) food-grade oils free of solvent residues.
application
1. Functional Foods and Health Products
• Brain Health Supplements: Insect oils are rich in omega-3s (DHA/EPA precursors) and are suitable for infant formula and those experiencing cognitive decline.
• Sports Nutrition: Medium-chain fatty acids (MCTs) provide quick energy, replacing MCTs from coconut and palm oils.
2. Specialty Feeds and Aquaculture
• Aquafeed: Black soldier fly oil replaces fish oil, reducing reliance on the fishing industry (experiments have shown it can increase salmon disease resistance by 20%).
• Pet Food: Natural antimicrobial properties reduce the need for preservatives and extend shelf life.
3. Cosmetics and Pharmaceutical Carriers
• Skin Repair: Sphingolipids promote stratum corneum barrier repair (suitable for eczema and dermatitis formulations).
• Liposomal Carriers: Small molecule fatty acids enhance transdermal absorption of active ingredients.
Edible insect oil is not only a strategic option for addressing resource crises, but also the key to unlocking high-value-added health products. With environmental and economic advantages, as well as support from technological innovation, the insect oil market will achieve significant growth in the coming years.