Edible oleogels as fat alternatives for chocolate and confectionery
Innovative multicomponent oleogels offer a healthier fat alternative for chocolates and confectionery, replacing traditional fats while maintaining desired texture and mouthfeel.
Overview
Edible oleogels present a groundbreaking approach to reducing unhealthy fats in chocolate and confectionery products. By using a novel multicomponent system of oleogelators, this solution effectively mimics the desirable properties of traditional fats such as cocoa butter. This technology addresses key challenges such as mouthfeel, texture, and sensory acceptance, making it a promising alternative for health-conscious consumers and manufacturers aiming to create low-fat, high-quality products.
Technical specifications
The proposed oleogels utilize a combination of readily available oleogelators including lecithin, hardfat, monoglycerides, phytosterols, and vegetable waxes. These components are strategically selected to simulate the physical and sensory properties of cocoa butter and other confectionary fats. Key features include:
- 100% replacement of commercial fats in sandwich cookie fillings and chocolate spreads
- Excellent oil binding capacity, adhesiveness, and hardness
- Cost-effective production with enhanced sensory acceptance
- Customizable formulations for various confectionery applications
Technology readiness level
This technology is currently at Technology Readiness Level (TRL) 3, indicating that it has been experimentally validated in a laboratory setting. Future development steps include refining multicomponent oleogelator systems for specific applications in chocolate and spreads, followed by evaluation of technological and sensory properties in real-world product scenarios.
About Universidade Federal de Lavras
Universidade Federal de Lavras is a comprehensive federal public university in Minas Gerais with a strong applied research culture and a history of industry partnership. Companies engage through on‑campus labs, greenhouses, and field experimental areas that enable rigorous testing and validation under real production conditions. Extension programs and collaborations with regional cooperatives and producers provide fast feedback loops and access to diverse trial sites across the state. Research is supported by competitive federal and state funding from CNPq, CAPES, FINEP, and FAPEMIG, alongside industry‑sponsored projects. A dedicated technology transfer office manages IP, licensing, sponsored research agreements, and supports startup formation.
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