Milk Substitutes TRIZ Cases

Calcium citrate tetrahydrate and selected buffers help plant-based milk foam well in coffee without flocculation, gums, or synthetic emulsifiers.

Specific mineral salts such as sodium lactate and copper gluconate reduce off-notes in plant-based dairy alternatives and improve dairy-like taste.

Enzymatic treatment and spray drying help a pea-oat protein powder keep high protein and fiber while dispersing cleanly in coffee without sediment.

A clean-label creamer balances protein, fat, and viscosity to create stable shake-formed foam without synthetic emulsifiers.

Enzymatic hydrolysis of starch and protein creates soluble rice flour with maltodextrin-like viscosity for clean-label food products.

Off-ground harvesting and fine grinding of undried whole nuts reduces contamination while preserving fresh bioactive compounds in beverages.

Standardizing coconut fat to 15-25% achieves yoghurt-like structure without excess saturated fat or stabilizers.

Nitrogen purging prevents oxidation during processing, while cavitation pulverizes whole soybeans into a homogeneous slurry without enzyme additives.

Incubating transglutaminase and amylase with plant proteins prevents gelatinization during heat treatment, maintaining drinkable consistency.

Dual enzyme extraction recovers protein-rich liquid from solid oat fractions, increasing constituent yield while managing process complexity.

Combining high-pressure homogenization with enzymatic hydrolysis eliminates solid residue generation, reducing environmental waste while increasing yield.

Adding ascorbic acid to non-dairy suspensions reduces sliminess and stickiness caused by high beta-glucan content.

Controlled dry heat processing minimizes flavor compounds in almond paste, enabling neutral beverages that resemble semi-skimmed dairy milk.

A hazelnut yoghurt production method uses chickpea ferments to create a vegan product without animal inputs.

Whey protein formulations prevent curdling in acidic environments by removing inorganic phosphates and using mild spray-drying conditions.

High-pressure homogenization liquefies plant seed feedstock to resolve rough mouthfeel while retaining nutritional components.

Jet milling oily plant seeds below 100 microns prevents sedimentation and enhances aroma release in high-concentration beverages.

Fermenting before heat treatment stabilizes the matrix, preventing protein aggregation and grainy texture during high-temperature processing.

An electric heating element and filter resolve blender limitations by enabling precise temperature control and pulp removal for single serving nut milk.

Hydrolyzed rice syrup converts pea off-flavors into roasted notes via Maillard reaction while raising protein content above cow's milk levels.

A plant-based fermented drink process uses controlled heat treatment and fermentation to achieve shelf stability.