Fatty Acids Production/Refining TRIZ Cases
- Biodegradable Lubricant Base With Hydrolysis-Resistant Ester Structure
A biosourced ester lubricant base uses selective esterification and neutralization to deliver biodegradability with stable lubrication and hydrolysis resistance.
- Biodiesel Feedstock Refining with Glycerolysis and FFA Stripping
Glycerolysis plus FFA stripping and recycle lowers free fatty acids and monoglycerides, enabling consistent biodiesel from low-cost feedstocks.
- Cetoleic Acid Composition via Lipase Separation and Distillation
Lipase transesterification and distillation isolate cetoleic acid from EPA and DHA, yielding enriched LCMUFA compositions with low DHA.
- Vegetable Fat Composition With High sn2-Palmitate Yield
A circular lipase-based transesterification process boosts sn2 palmitic acid yield, cuts palm oil waste, and better matches human milk fat.
- PFAD Fractionation for Rumen-Bypass Fatty Acid Feed
Fractionating palm fatty acid distillate creates palmitic-rich and salt-form fatty acid feeds that raise cattle energy intake without rumen disruption.
- Low-Glycidol Monoglyceride Composition via Controlled Thermal Treatment
Controlled heating at 90-210°C and solid acid contact cut glycidol and glycidyl esters while preserving monoglyceride content.
- Microalgae Oil Purification Using Triglyceride-Carried Impurity Separation
Triglyceride-assisted separation removes chlorophyll and other impurities from microalgae oil, enabling edible high-EPA oil with reduced pigment content.
- Phosphorus-Tocopherol Oligomers for Low-Migration Polymer Stabilization
Renewable phosphorus-tocopherol oligomers stabilize plastics and rubbers at high temperature while reducing antioxidant migration and volatility.