Other Dairy Technology TRIZ Cases

See how a fixed conical extruder with adjustable clearance enables consistent whipping of skim

See how a tapered, angled upper orifice creates a jet stream that dispenses foaming liquid crea

See how buffer salts, dairy proteins, and stabilizers enable reproducible foam formation in aer

See how a mechanical flow meter in the milk conveying line replaces pump-time metering to elimi

See how a mixed-gas cartridge with 5-50% nitrous oxide plus nitrogen or CO2 reduces greenhouse

See how an agitator and high-pressure argon or nitrogen gas overcome low solubility to produce

See how automated wand positioning and container manipulation with sensor feedback achieve cons

See how a manually adjustable steam lance with discrete and continuous positions prevents milk

See how a wand manipulation assembly with segmented components and automated rinsing resolves t

See how a flow meter with water-system calibration compensates for pump performance drift and m

See how a manually operable control element with detent positions enables variable steam releas

See how an annular collar with internal channels dispenses cleaning fluid down the full length

See how composite gas mixtures with less than 50% nitrous oxide maintain whipped cream aeration

See how a dual-zone cleaning module separates fresh water and cleaning agent to reduce cleaning

See how a steam-fed milk frother uses pressure-driven valve opening to discharge residual milk

See how motorized wand positioning and automated cleaning replace manual steam insertion to ach

A steam-pressure-controlled passage vents air to empty milk lines automatically, improving cleaning and avoiding extra discharge valves.

A dual-zone cleaning module separates detergent and fresh-water rinsing to cut milk system cleaning time, water use, and contamination risk.

Adding a free-amino-acid-rich protein hydrolyzate helps plant-based fermented milk keep stable flavor and suppress odor across bacteria and equipment.

High-amylose starch and lower moisture help vegan hard cheese solidify faster while preserving melt stretchability and limiting oil separation.

Using prolamin with dried microalga or yeast cell bodies, this case improves plant-based cheese melt, stretch, protein content, and fat profile.

Heat treatment and high-pressure homogenization turn whey into a uniform protein mass for milk products with more whey protein and less casein.

Thin printed dehydrated milk sheets improve storage and transport while enabling fast, uniform reconstitution into liquid milk.

Rapid pressure cycling with dissolved inert gas deactivates pathogens in blood plasma while preserving protein activity and avoiding steam.

Warm shearing of micellar casein-rich milk fat concentrates forms spreadable butter-like products without buttermilk, reducing time and energy use.

Combining low- and high-C/P-ratio coagulants increases cheese yield by limiting fat and curd loss while preserving proteolysis.

Controlled smoking, freezing, and vacuum drying reduce active water in cheese portions, while oxygen absorbers help extend storage life.

Rapid tube freezing forms a self-lubricating frozen extrusion that limits solute concentration and mechanical damage during aqueous material processing.

Light-driven riboflavin breakdown removes yellow color from lactose solutions without space-intensive carbon filtration.

Pressed plant-part lumps above 1 mm, followed by drying and tablet formation, preserve nutrients while supporting water distribution.

A multi-emulsifier blend and two-step homogenization help low-fat dairy cream achieve stable, high overrun and creamy mouthfeel.

A high-pressure homogenizer forces vegan protein mixtures through permeable openings to achieve stable particle distribution.

Controlling the cooling rate prevents ice crystal growth, maintaining whipped cream quality after thawing without emulsifying agents.

Freezing dairy below -2C before aeration maintains Stevens firmness above 20, preventing structural collapse during refrigerated storage.

A creamer formulation uses allulose to promote vegetable lipid excretion.

Fermented low fat milk base undergoes ultrafiltration to concentrate solids and retain whey proteins for high fat cream cheese production.

Decouples flavoring and texture matrix production to enable rapid assembly of cheese-based food products with diverse organoleptic properties.

Concentrating yogurt serum to 35% solids prevents hygroscopic caking during spray drying, preserving flavor.

Heating rBLG at 65 to 95°C induces structural changes that enable gel formation below 70°C, solving the lack of cold-gelation in whey proteins.

Botanical Sorbus extract replaces synthetic preservatives to inhibit microbial growth and prevent caking in high-moisture cheese.

Nisin and exopolysaccharide from Lactococcus lactis inhibit pathogens while improving melt and firmness without artificial preservatives.

Repeated high pressure and heating cycles modify whey protein structure, preventing gelation during sterilization.

Inline high shear mixer reduces oil droplets to 15 micrometers, solving texture gaps in dairy-free cheese alternatives.

Fermentation of whey protein with lactic acid bacteria and yeast reduces lactose content while increasing tryptophan bioavailability for better sleep.

Level switch stops priming flow in aseptic tanks, preventing product waste and contamination risks.