Fatty Acid Hydrogenation TRIZ Cases
- Deep Eutectic Solvent Extraction of Algal Bio-oil
Deep eutectic solvents extract bio-oil from algae, removing phospholipids that deactivate hydrogenation catalysts.
- Egg-shell Catalyst Selective Hydrogenation
Supported metal catalyst with egg-shell active phase distribution enables selective fatty acid conversion.
- Polyunsaturated Fatty Acid-Calcium Preparation via Water-Soluble Calcium
Replacing insoluble calcium oxides with soluble salts enables mild-temperature reactions, preventing oxidation and polymerization while boosting yield.
- Promoted Nickel Catalyst for Fatty Acid Hydrogenation
Copper and magnesium promoters form stable alloy crystallites that resist dissolution, extending catalyst lifetime in fatty acid hydrogenation.
- Hydrolytic Cracking of Fatty Acid Esters for Hydrocarbon Production
Hydrolytic cracking splits fatty acid esters into glycerol and free fatty acids before selective hydrogenation.
- Integrated Hydrotreatment and Steam Cracking for Renewable Chemicals
An integrated process converts renewable organic material into high-value chemicals using hydrotreatment, thermal cracking, and fractionation.
- Water-Resistant Catalyst Carrier for Hydrogenated Biodiesel Stability
Zirconia or titania carriers prevent leaching in hydrotreating reactions, ensuring long-term stability against water deactivation.
- Metathesized Polyol Esters for Stable Skin Softening
Metathesized unsaturated polyol esters replace silicones to prevent oxidation and off odors while maintaining stability.
- Biofuel Feed Pre-treatment via High-Pressure Hydrolysis
High-pressure hydrolysis removes impurities from lipid feeds, protecting hydrotreating catalysts and reducing propane by-products.
- Partial Deoxygenation of Biomass Pyrolysis Oil
Partial deoxygenation of biomass pyrolysis oil reduces production costs while maintaining sufficient energy density for burner applications.
- Iridium Catalyst for Fatty Acid Aromatization
Chloro-1,5-cyclooctadiene iridium dimer converts unsaturated fatty acids into bio-based fuels with controlled aromatic content.
- Fat Composition Heat Resistance Melting Profile
A fat composition with controlled lauric, palmitic, and stearic acid ratios delivers specific solid fat content profiles.
- Renewable Fuel Intermediate Composition via Ketopyrolysis
A renewable fuel intermediate composition forms through ketopyrolysis of lipid feedstocks using a metal oxide catalyst.
- Graphene-Supported Ni-Pd-Ru Catalyst for Selective Oil Hydrogenation
A graphene-supported catalyst with nickel, palladium, and ruthenium enhances reaction kinetics.
- Bio-Based Material Hydrogenation Reactor Temperature Control
Internal cooling substance injection regulates reactor temperature during bio-based material hydrogenation.
- Renewable Hydrocarbon Fuel Composition
Hydroprocessing biological feedstock yields a renewable hydrocarbon fuel that reduces polycyclic aromatic hydrocarbons while maintaining petrodiesel density.