Milk Preparation TRIZ Cases

Electronic control unit replaces manual telephone calls by transmitting real-time machine parameters to remote processors, reducing downtime.

DSM 33676 strain generates exopolysaccharides to improve yoghurt texture without added thickeners, reducing production costs.

Adjusting pH to 2.0-3.4 maintains whey protein solubility in carbonated beverages without thermal processing.

Streptococcus thermophilus cultures increase Faecalibacterium prausnitzii populations, replacing unstable riboflavin supplements.

Extruded whey protein isolate mixed with inulin prevents whey separation, improving water retention and bacterial viability in fermented milk.

Cocoa butter matrix protects probiotic microorganisms from premature activation during manufacturing, maintaining viability for stable pet food supplements.

Model analyzes fermentation data and bacteriophage counts to issue control instructions, preventing economic losses from inhibited fermentation.

Parallel centrifugal separators boost fat extraction yield by 5-10% while reducing capital costs associated with larger single units.

Ultrafiltration and heating skimmed milk retentate to form a creamy-solid texture without hydrocolloid additives.

Novel Streptococcus thermophilus strains ferment galactose to excrete glucose, creating natural sweetness in fermented dairy products.

Mutating the -10 region of the GalK promoter increases EPS production and shear stress without plasmid transformation complexity.

Integrates reverse osmosis with low-temperature ice crystal separation to cut processing time by 70% while maintaining product quality.

Lactococcus lactis strain with cell wall-enveloped proteinase PrtP degrades milk proteins to provide nutrients for Bifidobacterium growth.

Hydrocolloid intermediaries stabilize low-fat aerated dairy foam, preventing syneresis and extending shelf life.

Acidified milk creates curds with natural stretchability, eliminating complex processing equipment and reducing manufacturing waste.

Combining rosemary extract with thyme or basil extracts stabilizes EPA and DHA in fat compositions while suppressing degradation odors during cooking.

Genetic mutations in galK and ABC transporter operons boost exopolysaccharide secretion, eliminating thickening agents and simplifying yoghurt labels.

High-pressure reverse osmosis membranes concentrate human milk oligosaccharides to 40 wt% without thermal evaporation, reducing product loss.

Microwave heating develops instant heat resistance in chocolate, eliminating weeks of storage delay.

Neutral pH formulation prevents gel formation while preserving high protein concentration and moderate energy density.

Crude yeast cell wall hydrolysate promotes interleukin-6 and interleukin-10 production, resolving the trade-off between purity and immune modulation potency.

Emulsifier-coated metal salt fine particles prevent secondary aggregation and maintain food homogeneity without altering taste.

Regular ingestion of living Lactobacillus casei cells lowers breast cancer development odds by regulating estrogen levels and inhibiting carcinogenesis.

Starch thickeners create a thixotropic liquid feed that flows easily during administration, preventing splashing and spillage from high water content.

A particulate food component uses a flowable filling inside a firm coating to create unique sensory texture.

Ultrasonic vibration joins particles into compact tablets, preventing deterioration while eliminating complex containment structures.

Deflectable flange segments conform to rounded food shapes, increasing surface contact area to resolve uneven heating and insufficient browning in microwaves.

Adjusting citrate concentration compensates for lost buffering capacity during fermentation, preserving rich yoghurt flavor despite significant sugar reduction.

Adding Paenibacillus metalloprotease during fermentation adjusts hardness while maintaining smooth texture.

Nanofiltration extracts bitter substances from milk while lactase converts lactose to glucose and galactose, eliminating the need for added sugar.

Sequential calcium hydroxide and iron chloride treatments remove bitter impurities from Stevia extracts, achieving over 98% purity for food applications.

A C-terminally truncated lactase hydrolyzes lactose in milk while maintaining catalytic activity across a broad pH range.

A single machine integrates pasteurization, fermentation, and cooling to produce liquid fermented milk products efficiently.

Kimchi-derived Lactobacillus strains degrade ethanol and acetaldehyde, preventing liver damage from toxic metabolite accumulation.

Optimizing pH during heat preservation stabilizes casein micelles to prevent sedimentation while avoiding cooked off-flavors in the beverage.

A low protein infant formula uses beta-casein enriched casein hydrolysate and free amino acids to maintain essential nutrient levels.

Exopolysaccharide-producing bacterial strains compensate for reduced fat content to restore thickness and mouthfeel in low-fat yogurt.

Lactobacillus pentosus TUA4337L strain blocks fat absorption in small intestines by proliferating where conventional bacteria fail.

Carboxylic acid-amino acid conjugates enhance flavor harmony without spicy sensations by modifying sensory parameters.

Combining hydroxypropyl phosphate crosslinked starch with white dextrin replaces fat in dairy products.

Ultrafiltration separates bitter proteins from skimmed milk while lactose enrichment restores flavor balance in the final quark matrix.

A Paenibacillus wynnii beta-galactosidase catalyzes lactose hydrolysis and transgalactosylation.

Nanofiltration reduces sugar content in the permeate, preserving minerals for a full-bodied mouthfeel without additives.