Dough Treatment TRIZ Cases

Replacing rice flour with whipped egg albumen and pea protein isolate reduces digestible carbohydrates below 1% while maintaining product structure.

Applying concentrated natural aromatic compositions to dough crusts reduces ingredient dosage while avoiding synthetic flavors.

Offset rotating grippers twist dough strips during conveyance, resolving the contradiction between manual labor costs and continuous throughput requirements.

A granular de-dusting material reduces dust in enzyme preparations using potato starch and vegetable oil.

Adding a specific bacterial gamma glutamyl transpeptidase improves dough extensibility without degrading texture or volume.

Pre-gelatinized starch creates a cohesive dough matrix that increases break force and elasticity in gluten-free biscuits.

Denatured whey protein mediates water binding between viscous fibers and dough, resolving the contradiction between nutritional content and processability.

Cyclodextrin complexes with fats to replace proteins, restoring emulsion stability and texture in allergen-free baked goods.

Lipophilic sunflower pith fibers replace chemical additives to improve binding capacity and elasticity while ensuring health safety.

Two-stage extrusion creates shelf-stable dairy protein pellets, minimizing Maillard browning to preserve snack texture and nutritional quality.

Medium-chain triglycerides and vegetable fibers in this food formulation resolve digestibility issues while maintaining intestinal health.

Replacing traditional fats with microalgae flour reduces caloric load by up to fifty-five percent without compromising the taste and texture of fried goods.