Milk Preparation TRIZ Cases

Varying edge levels position containers at distinct distances from the heat source, reducing temperature differences during yogurt fermentation.

Merging transglutaminase crosslinking with exopolysaccharide production resolves the trade-off between gel firmness and ropy texture in drinkable yoghurt.

Starch prevents separating device clogging by modifying solid phase viscosity, ensuring continuous centrifugation and stable texture.

Kappa-carrageenan prevents whey separation in fermented camel milk, enabling probiotic enrichment without thermal instability.

Microwave treatment of finely divided hard cheese creates an expanded structure that eliminates finger greasiness while maintaining organoleptic properties.

An automated robotic unit processes raw milk into dairy products directly on the farm.

Hydrolyzed lactose lowers water activity below 0.85, eliminating moisture barriers between yogurt and grain components.

Basic peptides react with volatile oxidation products to form stable imine compounds in polyunsaturated fat compositions.

A mineral-protein complex binds iron to milk proteins via coordination bonds, maintaining solubility at physiological pH levels.

Heat treating casein before direct mixing with acid whey prevents coagulum formation during acidification.

Microfiltration separates germs from skimmed milk before controlled thermal treatment preserves whey proteins in the final powder.

Spray-dried fermented milk powder delivers live probiotics that shift gut metabolism toward saccharolytic pathways, reducing harmful branched-chain fatty acids.

Novel protein asparaginase catalyzes specific deamidation of asparagine residues in proteins.

A cheese production method uses lipolytic yeast and ethanol-producing microbes to generate distinct sheep or goat flavor profiles.

Thermo-calcium treatment and membrane filtration concentrate polar lipids in dairy ingredients without solvent extraction or proteolysis.

Terpene and carbonyl protein binders increase free flavorant concentration, resolving flavor fade caused by volatile compound absorption into plant proteins.

A gluten-free cracker composition combines cheese, starch, and flour to create a baked dough product.

Low-color caramelized carbohydrates absorb harmful UV frequencies while transmitting visible light, preventing off-flavors in transparent packaging.

Glucosyltransferase enzymes modify steviol glycosides to produce alpha-glucans in situ.

A feed additive combines acid-neutralizing salts with varying pKa values and active probiotic yeast to manage rumen acidity.

Bifidobacterium breve MCC1274 lowers blood creatinine while avoiding synthetic compound side effects.

Lactococcus lactis strains support Bifidobacterium longum growth, maintaining high viable counts during storage without external additives.

Segmenting protein-rich and sugar-rich milk fractions for independent UHT sterilization prevents Maillard reactions that cause brown color and off-tastes.

A refrigerated oat milk composition uses high pressure pasteurization to achieve firm texture and shelf stability.

Inoculating pasteurized dairy with lactose-deficient bacteria maintains viable cultures and pH levels during ambient storage.

High-pressure homogenization reduces fat globule size to improve structural stability while preventing syneresis in low-fat sour milk products.

Specific amino acid substitutions in a Candida lipase release short-chain fatty acids, resolving soap-like odor issues while maintaining kosher compliance.

Non-lactose carbohydrates fuel probiotic strains while lactose-deficient starter cultures acidify the milk base, maintaining viable cell counts beyond 60 days.