Milk Preparation TRIZ Cases

Controlled synthetic broth with defined amino acid levels eliminates seasonal ingredient variability to ensure consistent ammonia nitrogen concentration.

Enzymatic lactose removal and controlled fermentation create a safe, palatable dairy product that prevents gas and diarrhea in lactose-intolerant dogs.

Elastomeric seals and capillary action control liquid flow to prevent ingredient wash-off and eliminate drips during dairy filling.

A solid dairy ingredient produced by cross-linking caseins with transglutaminase to improve texture and firmness.

Decalcifying the high-protein base material weakens casein micelle aggregation, preventing hard texture and nutrient loss during fermentation.

Integrating casein dust into lactose permeate concentrate boosts protein content to 7-12%, transforming waste streams into valuable nutritional ingredients.

Emulsifiers maintain physical stability in aerated dairy products while preserving hardness and dissolvability.

Server system calculates donor contributions to infant feeds using lot identifiers and optical scanning.

Free fatty acids from lipase bind calcium, reducing inhibition and boosting phytase activity for better phosphorus availability.

Microfiltration removes whey proteins prior to acidification, preventing acid whey waste generation during French-type goat cheese production.

Adding dairy minerals and gum arabic to liquid concentrates prevents gelation and browning during thermal processing.

Intermediate temperature cooling redistributes moisture in large cheese blocks, eliminating center-to-edge gradients and improving texture uniformity.

Metabolic carbohydrate depletion terminates fermentation, eliminating post-acidification and preserving texture without rapid cooling.

Supercritical carbon dioxide dehydration prevents vinyl flavor formation and browning during thermal treatment of granular starch.

Surface-bound ion chelators sequester catalytic metal ions without migrating into products, preserving natural composition while inhibiting lipid oxidation.

Removing arylsulfatase from lactase preparations prevents off-flavor development during lactose hydrolysis in dairy products.

Rhodotorula DL-XSY01 degrades ethyl carbamate into ethanol, ammonia, and carbon dioxide via enzymatic hydrolysis to reduce toxicity in fermented foods.

Adding pectin before fermentation prevents phase separation and viscosity issues in acidified milk drinks.

Optimized xerogel particle parameters resolve the contradiction between high stability and poor filterability in beer clarification.

Segmented nanofiltration and anion exchange steps reduce phosphorus, sodium, and potassium in whey without excessive loss of essential calcium and magnesium.

Vegetable lipid composition with 2 to 12 micrometer globules addresses inadequate long-term neurological development in standard infant formulas.

High pressure jet processing at 400 MPa modifies casein micelles to improve milk foaming and emulsifying properties without chemical additives.

A spray nozzle integrates a self-powered temperature sensor to monitor drying conditions directly at the source.

Using activated carbon as a disposable catalyst eliminates residue from saccharide polycondensation, preventing unwanted flavors and colors in food products.

Combining steviol glycosides with starch degradation products and phenolic aroma substances masks bitter aftertaste and improves solubility.

Lactic acid bacteria cultures reduce visceral fat accumulation, addressing metabolic syndrome risks without drug side effects.

Protein deamidating enzyme modifies milk proteins to suppress acidic and bitter tastes while improving curd yields.

A milk freezing device uses a stationary temperature control element for rapid thermal processing.

Multi-strain starter cultures and rotor-stator mixing enhance quark creaminess while preventing fruit juice waterlogging.

Adding stabilizers under shear prevents protein coagulation during heat processing, ensuring commercial sterility without graininess.

A bioprotective leaven comprising over 99% Lactococcus lactis reduces pathogenic flora in raw milk through spontaneous fermentation.

Microwave heating replaces water baths to retain solids and reduce processing time.

Segmenting high-pressure homogenization into decreasing pressure steps preserves natural coating composition and reduces energy input.

Lactobacillus plantarum Tensia DSM 21380 suppresses non-starter lactobacilli and enteric pathogens while lowering systolic and diastolic blood pressure.

Segmenting kefir grains into discrete bacterial and yeast strains resolves the contradiction between microbial diversity and commercial production scalability.

Co-culturing Pichia kluyveri and lactic acid bacteria suppresses beany off-flavors and alcohol accumulation in plant-based dairy analogues.

Centrifugal separation extracts rendered fat from ground meat in a heated tube, eliminating cold storage expenses.

A yogurt maker uses a sensor and microprocessor to adjust heating phases based on ambient temperature.

Composite gas mixtures enable foam products to dissolve and disperse into beverages, resolving the trade-off between surface stability and automatic mixing.

Identifying the epsF gene resolves time-consuming selection bottlenecks for lactic acid bacteria producing high immunostimulatory exopolysaccharides.

Mixing resistant starch and hydrocolloids forms stable complexes that resist alpha-amylase digestion while improving emulsion stability.

Phospholipase A hydrolyzes milk phospholipids during fermentation to improve texture without expensive additives or high-pressure homogenization.

Carrageenan, pectin, maltodextrin, tapioca, and modified corn starch synergize to enhance texture while maintaining shelf stability.

Streptococcus thermophilus JB010 accelerates growth in iron-rich environments to outcompete pathogens.

Nanofiltration separates skimmed milk to adjust calcium levels, preventing creaming in condensed milk without altering taste.

Soluble inulin buffers acidity to maintain bifidobacteria survival rates while avoiding gritty textures from insoluble fibers.

Nitrogen flushing prevents lipid oxidation during processing, enabling stable powder formulations that combine hydrophobic lipids with hydrophilic vitamins.

Thermally welded center portions enhance temperature uniformity by 25-45% while self-healing ports enable sterile sampling without contamination.

Precise free calcium levels prevent gelation while forming protein aggregates that improve viscosity in low-fat dairy products.

A milk composition with specific fatty acid ratios achieved through targeted animal feed formulation.