Hydrothermal gelatinization and moisture stabilization: NestleRecent Research Landscape
Inconsistent rehydration and texture degradation in instant noodles lead to poor consumer experience and high waste. These processes control the thermal and moisture gradients during drying to ensure structural integrity and rapid rehydration.
What technical problems is Nestle addressing in Hydrothermal gelatinization and moisture stabilization?
Inadequate starch rehydration speed
(5)evidences
Standard dried noodle matrices exhibit slow water penetration and uneven gelatinization during preparation. Improving rehydration kinetics ensures rapid transition to an edible state without requiring deep-frying for porosity.
Structural instability during liquid immersion
(4)evidences
Standard food matrices suffer from structural disintegration and moisture migration over time. Establishing a stable cohesive structure prevents product crumbling and texture degradation.
Rapid microbial food spoilage
(3)evidences
Instant and moist plant-based food products suffer from loss of texture and palatability over time due to starch recrystallization. Preventing this degradation ensures long-term shelf stability and consistent sensory quality.