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Last updated January 31, 2026
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Chelated micronutrient stabilization system: UnileverRecent Research Landscape

Oxidative degradation of vitamins causes off-colors and nutrient loss in dry mixes, which is mitigated through controlled encapsulation and pigment integration. This ensures visual consistency and shelf-life stability for premium fortified products.

What technical problems is Unilever addressing in Chelated micronutrient stabilization system?

Iron induced sensory degradation

(4)evidences

Nutrient fortification often triggers undesirable chemical reactions that alter the visual appearance of powdered drinks. Maintaining aesthetic fidelity ensures consumer acceptance of functional products.

Volatile aromatic compound loss

(1)evidences

Nutrient precipitation and chemical degradation in botanical extracts reduce biological efficacy. Preventing these losses ensures consistent therapeutic or nutritional potency.

Nutrient degradation in aqueous solutions

(1)evidences

Tea polyphenols are highly unstable and prone to oxidation and precipitation in liquid formulations. Preventing this chemical breakdown maintains the beverage's nutritional profile and sensory quality over time.