Milk Preparation TRIZ Cases

Whey-based mineral additives substitute sodium chloride in ripened cheese manufacturing, resolving taste defects caused by low-salt formulations.

Controlled microfiltration and ultrafiltration fractionate animal skim milk to match human milk composition, eliminating costly demineralization steps.

A sintering method uses differential glass transition temperatures to bind powder mixtures while preserving the physical structure of heat-sensitive components.

UV irradiation with vortical flow reduces microbial loads by 5 Log10 units while preserving bioactive components like lactoferrin.

Segmented microwave packaging uses susceptor materials to heat diverse food items simultaneously, resolving uneven cooking caused by varying thermal responses.

Adding lactase during fermentation reduces exopolysaccharides production, preventing centrifuge clogging while maintaining high protein recovery rates.

CO2 infusion suppresses bacterial growth in a preservative-free skim milk beverage, avoiding chemical additives while maintaining nutrient stability.

Microwave expansion in a restraining mold creates varied snack shapes while controlling product properties.

Returning separated light phase to the centrifugal separator feed dilutes incoming solids, reducing fouling and extending continuous operation time.

Spray drying hydrolyzed oat flour into agglomerated particles creates a powder that dissolves smoothly in liquids without clumping.

Lactose hydrolysis enables selective membrane filtration that removes residual lactose while retaining protein and calcium content.

Screening models identify strains that improve transit time and treat irritable bowel syndrome by modulating vaso-active intestinal peptide expression.

Fermented dairy and egg composition with specific microbial strains delivers targeted antimicrobial activity.

A three-compartment electrodialyser substitutes cations with hydrogen ions to produce demineralised milk protein compositions.

Mild heat treatment preserves native whey protein structure to reduce gastric coagulation and improve gastrointestinal tolerance in preterm infants.

Nanofiltration membranes remove perchlorate contaminants from milk while lowering energy consumption compared to thermal decontamination methods.

Extended heating of buttermilk and cream concentrates flavor compounds to restore creamy taste in low-fat products without burning.

Membrane separation extracts lactose from whey to reduce sugar content while retaining essential nutrients and original flavor.

Combining 2'-fucosyllactose, 3'-galactosyllactose, and butyric acid replicates human milk effects to improve infant pathogen defense.

Enzymatic starch hydrolysis produces low-viscosity reduced-sugar syrup with controlled oligosaccharide distribution.

Lactobacillus oris and gasseri strains decompose intestinal purines to suppress serum uric acid accumulation without gas production.

Modified sweet whey protein removes caseino-glyco-macropeptide to prevent myelination disruption and support infant brain maturation.

Live cell constructs use polarized mammary cells to replicate natural milk molecular profiles, overcoming fermentation limitations.

A denatured whey protein composition containing insoluble microparticles and caseinomacropeptide to achieve high protein content.

Blending yogurt and whip emulsion at low temperatures prevents protein curdling while maintaining microflora for a frozen, whippable topping.

A shaped pulsed laser beam cyclically deflects to illuminate spatial sectors, encoding radial and angular coordinates within a single period.

Replacing thermal extrusion with ultrasonic vibration preserves nutritional integrity while reducing energy consumption in snack production.

Single-unit yogurt machine merges pasteurization, fermentation, and storage to reduce labor costs and installation space.

Using calcium receptor activators like gamma-Glu-Val-Gly restores sensory properties in low-fat dairy without increasing production complexity.

Disrupting lactic acid bacteria releases intracellular enzymes that react with milk raw materials to produce cheese flavor.

Waxy cassava ASDA stabilizes yogurt viscosity over six weeks, preventing fruit preserve separation and ensuring consistent layer distribution.

Instant cereal with human milk oligosaccharides modulates gut microbiome to reduce infection risks while meeting energy requirements.

Acidic dairy smoothie with fruit preparation resolves poor compliance and tube feeding needs in malnourished children.

Precise calcium parameter control in casein micelles prevents excessive curd formation, facilitating stomach emptying and preventing constipation in infants.

Thermophilic recombinant beta-hexosyl-transferase reduces lactose requirements and simplifies purification by leveraging thermal stability.

Replacing cow milk protein eliminates allergic reactions while beta-palmitate lipid mixture ensures adequate energy and bone mineralization for preterm infants.

Sequential weak and strong acid cation and anion resin columns demineralize whey to purify 3'-sialyl lactose without additional clean-up steps.

Selected Lactobacillus plantarum strains maintain high viable cell counts in grape juice, avoiding post-acidification defects.

Acacia gum shields bifidobacteria from lactic acid competition, maintaining population levels throughout storage.

A flaked fish analog uses controlled emulsion freezing to create a realistic texture without fibrous additives.

An oily interface layer prevents calcium ion penetration and shape deformation, enabling stable liquid-filled spheres up to 50 mm.

Engineered Streptococcus thermophilus strains produce exopolysaccharides to thicken fermented milk products without additives.

Ultrafiltered ass milk composition delivers essential nutrients while reducing allergy risks in premature infants.

Using sporulation-negative Bacillus strains during fermentation improves dairy texture by increasing gel stiffness without spore formation.

Sequential membrane and centrifugal separation isolates milk fractions to create customizable dairy compositions without extraneous stabilizers.

Glucose-fructose oxidoreductase converts sugars to gluconic acid and sorbitol during fermentation.

Acid-gellable whey protein aggregates and chloride salts create a thickened dairy liquid that eliminates carbohydrate stabilizers while maintaining viscosity.

Engineered polypeptides convert lactose into galacto-oligosaccharides at low concentrations, resolving the need for excess substrate in dairy applications.

Selected Lactobacillus strains resist cariogenic and periodontal bacteria, overcoming transient effects from saliva washout.

Lactobacillus sp. BB1 promotes neural signal transmission and glyceryl phosphatide metabolism to enhance long-term memory ability.