Milk Preparation TRIZ Cases

Calcium hydroxide and iron chloride treatment removes bitter impurities from Stevia extracts, achieving 98% purity for commercial sweeteners.

Sequential alcohol precipitation purifies Rebaudioside D from Stevia extracts, resolving low yield and impurity bottlenecks in commercial production.

Pulsed xenon lamp irradiation converts ergosterol to Vitamin D2 in mushrooms using broad-spectrum light pulses.

Specific mono- and diglycerides mask acidity perception while maintaining viscosity without gelatin or starch.

Selective filtration recovers retentates and permeates to maintain original taste while reducing milk loss below 10 percent.

Ultra-high pressure homogenization at 500 bar improves cream cheese micro-structure and firmness without extra processing steps.

Protein glutaminase modifies milk proteins to interact with starch, suppressing syneresis in low-fat yogurt.

Selective zinc precipitation removes MFGM lipids before ultrafiltration, preventing membrane fouling and maintaining protein quality.

Controlled mutagenesis creates Lactobacillus strains with low post-acidification and high texturing power, eliminating thickening agents in fermented dairy.

Low-concentration alkamides reduce astringent taste impressions without altering product stability or rheological properties.

A fermented non-dairy composition blends oat and faba proteins with vegetable oil to deliver a creamy texture.

Specific XXX-type triglycerides thicken hydrophobic liquids without safety risks from conventional food additive thickeners.

Encapsulating liquid fat cores within a solid carrier matrix prevents agglomeration while maintaining high nutrient density.

Electrodialysis removes minerals from milk permeate before standardization, reducing ash content below 7.5% while maintaining protein and lactose targets.

Agmatine formulations resolve safety-effectiveness trade-offs by establishing precise daily dosage ranges for long-term cytoprotective health benefits.

Pulsed electric field treatment modifies starter culture physiology to enhance dairy product texture and fermentation performance.

Segmented warming of fat and solvent prevents gelling agent degradation while ensuring uniform particle distribution.

Oil emulsified phospholipids prevent precipitation and unpleasant taste in water-based dairy products.

Isolated beta-galactosidase from Bacillus circulans resolves unclear protein correlations to enable effective production of low-lactose milk and supplements.

Periodic sonication resolves the contradiction between Greek-style firmness and product volume by controlling whey separation without excessive draining.

Recycles partially desugarized permeate into lactose evaporation using ion exchange to remove accumulated minerals.

A process uses milk with 0.6 to 1.6 weight percent lactose to produce low sugar acidified products.

Removing beta-lactoglobulin via filtration prevents scorching during heating.

Integrating the heating unit into a cap structure eliminates separate fermentation vessels, reducing storage space and heat loss during yogurt production.

Blending microcrystalline cellulose with specific carboxymethyl cellulose degrees of substitution prevents gelation in low solids aqueous systems.

Sedimentation-based selection creates phage-resistant Streptococcus thermophilus, avoiding CRISPR instability.

Electrodialysis extracts sodium ions from dairy protein concentrates to eliminate bitter taste and acid whey by-products in quark production.

Fe(III)-phytic acid-amino compound complexes stabilize iron in foods, preventing organoleptic changes while maintaining bioavailability.

Glucanase and endoprotease break down yeast cell walls to create a flavour composition that provides creamy mouthfeel without adding savory notes.

Mixing a slurry with a cheese precursor retains ingredients lost during heating and stretching.

Extracted Lactobacillus paracasei CBA L74 supernatant modulates inflammatory markers to treat gastrointestinal disorders in immature immune systems.

Spiral paddles and scraper blades rotate in a freezing cylinder to distribute ingredients uniformly while preventing frosting buildup on the inner walls.

Isolated Lactobacillus sakei WIKIM0109 reduces IgG and TNF-alpha levels, addressing side effects of conventional arthritis treatments.

Transgenic soybean oil reduces linolenic acid to prevent oxidation, delivering stable omega-3 fatty acids without hydrogenation.

A yogurt maker uses a liquid bath to heat milk preparations rapidly within thirty minutes.

Cultivated truffle mycelium produces natural aroma volatiles through metabolic induction using specific amino acid precursors.

Polydextrose and specific glucides prevent protein aggregation in acid milk beverages, eliminating the need for thickening stabilizers.

Ultrafiltration removes small molecules to reduce resin capacity demands, enabling high-purity immunoglobulin enrichment for infant formula.

Combining D-psicose with sugar alcohols and high intensity sweeteners mitigates heavy taste and slow sweetness start while maintaining low calorie content.

Novel Stevia rebaudiana cultivars produce predominantly single steviol glycoside families.

A cold infusion process fortifies coffee beans with nutrients at low temperatures.

Scavengers deplete manganese below 0.006 ppm, bypassing bacteriocin degradation and phage resistance issues.

A bilayer fermented milk product maintains a sharp interface between layers using low methoxyl pectin in the food layer.

Adding 2.0 to 10 mM free calcium during heat treatment creates 5 to 50 micron protein agglomerates, resolving gelation instability while improving texture.

Integrated membrane processing extracts balanced dairy salts from whey.

Microfiltration-derived ideal whey protein solution boosts yield and texture while maintaining processability.

Beta-galactosidase treatment of bovine colostrum enhances macrophage activity for cancer and infectious disease therapy.

This approach decouples flux from retention using charge-based selectivity, enabling six-fold higher throughput without protein loss in whey processing.

Administering galacto-oligosaccharides to lactating mothers programs the infant immune system, resolving limited long-term allergy prevention.