Alcoholic Beverage Preparation TRIZ Cases

A container assembly uses a retainer rack to secure flavor inserts during liquid aging processes.

Steep coffee beans in wood-extracted spirit to absorb complex flavor compounds, eliminating rancid oil carriers that degrade during storage.

Sealed earthen pit roasting with stone layers and butterfly pea flowers eliminates bitterness and additives while creating unique color profiles.

Cross-linked molecularly imprinted polymers form complementary cavities to extract target molecules from wine.

Segmented extraction stages with food-grade alcohol intermediaries reduce contamination risks while maintaining consistent cannabinoid potency.

Replaces years of traditional aging with controlled extraction and oxidation to produce consistent spirits quickly.

Edible organic acids suppress perceived salty taste in electrolyte beverages through taste mixture suppression mechanisms.

Adding pyroglutamic acid enhances mouthfeel and creaminess while reducing bitterness in beverages.

A rotating conductive ball apparatus cuts magnetic field lines to induce electromagnetic effects that alter material quantum force.

A malt carrier absorbs liquid flavors to create a shelf-stable powder for consistent dosing.

A fruit-containing alcohol snack composition maintains flowable consistency at sub-zero temperatures using a eutectic mixture of sugars and thickener.

Fractional distillation removes ethanol from agave spirits while preserving the MAO inhibitor ratio.