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PROC-007: Evaluating Deodorization Distillates for Enzymatic Fatty Amine Synthesis

PROC-007: Evaluating Deodorization Distillates for Enzymatic Fatty Amine Synthesis

The FLEXIZYME project (CBE-JU EU No. 101157528) proposes a novel chemo-enzymatic platform for converting fat- and protein-rich residues into fatty amines—key compounds in cosmetics, detergents, and agrochemicals. Fatty amines are traditionally synthesized through...
PROC-008: Electrochemical Valorization of Soapstock Using Membrane Cell

PROC-008: Electrochemical Valorization of Soapstock Using Membrane Cell

Soap stock, a major byproduct of vegetable oil alkali refining, contains large amounts of fatty acid salts and has conventionally been treated as industrial waste due to its high water and inorganic content. We have previously reported that fatty acid salts can be...
PROC-009: Effect of Nickel Content in NiMo/Al2O3 Catalyst on Yield and Reaction Pathways during the Hydrotreating of High-oleic Sunflower Oil

PROC-009: Effect of Nickel Content in NiMo/Al2O3 Catalyst on Yield and Reaction Pathways during the Hydrotreating of High-oleic Sunflower Oil

Catalytic hydrotreating of vegetable oils is a promising and convenient alternative for producing renewable biofuels. The process enables the direct conversion of triglycerides (TAG) under high-pressure hydrogen conditions into hydrocarbons (HC) structurally analogous...
PROC-010: Effect of Sequential Freeze-thaw and Enzymatic Pre-treatment on Flaxseed Oil Yield and Quality: A Thermo-kinetic Approach

PROC-010: Effect of Sequential Freeze-thaw and Enzymatic Pre-treatment on Flaxseed Oil Yield and Quality: A Thermo-kinetic Approach

Aim: The growing demand for polyunsaturated fatty acid (PUFA) rich edible oils needs efficient extraction techniques and advanced pre-treatments to meet consumer and industrial demand. This need is critical for oils rich in polyunsaturated fatty acids (PUFAs), which...
PROC-011: Co-Extraction of Bioactives from Rosa canina Flowers for Oleolite Production Using Supercritical CO₂: Focus on Oxidative Stability Enhancement

PROC-011: Co-Extraction of Bioactives from Rosa canina Flowers for Oleolite Production Using Supercritical CO₂: Focus on Oxidative Stability Enhancement

The growing demand for natural antioxidants and clean-label lipid formulations has prompted the development of eco-friendly extraction technologies. In this study, we investigated the co-extraction of bioactive compounds from Rosa canina flowers into sunflower oil...
PROC-012: The Impact of Sustainable Processing on the Quality of Rapeseed Proteins and Rapeseed Oils

PROC-012: The Impact of Sustainable Processing on the Quality of Rapeseed Proteins and Rapeseed Oils

Growing concerns regarding to climate change drive a green transition of EU economy including the food industry. The substitution of conventional chemicals and fossil-based systems is particularly required for the successful transformation of food processing sector in...
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