Alcoholic Beverage Preparation TRIZ Cases

Vacuum distillation extracts volatile flavor compounds from organic materials using low-temperature ethanol boiling and two-stage condensation.

Centrifugal separation isolates solid carbon dioxide from gas mixtures in a dosing apparatus, resolving precision bottlenecks in beverage oxygen displacement.

Adding 0.1 to 5 ppm chitosan reduces alcohol pungency while preserving clean aroma in packaged drinks.

Continuous in-line addition of potato patina stabilizes red wines and prevents membrane clogging.

An absorbent resin element extracts unwanted taste components from drinks without adding foreign substances.

A liquid smoke infusion system introduces pre-dosed smoke elements directly into beverages to impart smoky flavor.

A beverage formulation uses specific steviol glycosides and preservatives to create a natural taste profile.

A method replicates bourbon taste by combining specific volatile organic compounds like 4-ethyl phenol and linalool to create consistent flavor profiles.

A beer-like effervescent beverage adjusts the linalool to sugar content ratio to enhance richness.

An elastic plastic film jacket adheres to wood barrels to block ethanol evaporation while maintaining oxygen permeability for proper beverage ageing.

Roasted wooden medallions in sealed containers reduce evaporation loss and oxidation while accelerating chemical reactions.

Saccharomyces Cerevisiae Galactose converts cherry sugars to alcohol while preserving antioxidants through precise temperature and pH management.

A method extracts humic and fulvic acids from black water using sequential filtration, ultrafiltration, sterilization, and UV treatment steps.

Yeast-derived glucan particles prevent calcium tartrate precipitation, reducing stabilization time and filtration complexity.

A gas transfer system executes cyclic pressurization to accelerate alcoholic beverage aging within a wooden-walled housing.

Compressed oak wood pieces release compounds into wine through controlled disintegration, eliminating dust generation and hygiene risks.

Adding cannabis concentration to agave must during fermentation integrates flavoring with distillation controls to ensure safety and regulatory compliance.

N-acyl amino acid derivatives mask off-tastes in edible compositions, resolving the trade-off between reduced sugar content and temporal flavor balance.

Segmented hydrophobic aroma droplets preserve volatile compounds against evaporation, maintaining consistent flavor intensity throughout shelf life.

Nanofiltration paired with electrodialysis removes weak acids from wine.

Electrolyte enhanced spirits combine distilled liquor with sodium and potassium salts to prevent dehydration while maintaining palatable taste profiles.

Blowing water vapor into the rice mixture at 90-150°C reduces soluble protein below 200 μg/ml while maintaining high sugar concentration.

A stainless steel aging container uses wooden panels with cross-grain cuts to accelerate liquid infusion.

Granulated alcohol dissolves in hot water to create a beverage with sensory effects mimicking higher alcohol content.

Staining a wooden cask with methylene blue transfers color to whiskey without darkening the distillate.

A concentrated flavor system replicates beverage taste using precise compound ratios.

Polyoxyethylene sorbitan fatty acid esters reduce surface tension to suppress foam formation during beverage filling operations.

A variable capacity tank anchors at the container base to compensate for liquid volume changes without obstructing access.

Products use controlled deuterium oxide concentrations to enhance health benefits while avoiding hypotensive effects.

Mechanically compressed vapour heats fermented wash in a stripping column, reducing steam energy consumption during ethanol production.

A device transmits ultrasonic energy through a transfer liquid to accelerate chemical reactions in alcoholic beverages.

An ultrasonic vibration device transmits energy through a container side surface to foam beverages without direct contact.

Fermented beverage components unlock diverse hop aromas through yeast biotransformation of S-conjugate precursors.

Polyglutamate and polyaspartate bind metal ions to prevent tartaric precipitation, eliminating toxic cyanide treatments and energy-intensive cold storage.

Ethanol and propylene glycol mediate 1-deoxynojirimycin in beverages, suppressing the harsh aftertaste while maintaining blood glucose suppression efficacy.

Deep eutectic solvents break the ethanol-water azeotrope to enable atmospheric distillation of agave spirits.

A closed chamber applies antimicrobial agents to meat trimmings before grinding.

Alternating pressure and vacuum forces spirit through wood staves, achieving traditional flavor profiles in 90 days instead of years.

A metal-supported zeolite removes unwanted components from alcoholic beverages while preserving their natural flavor and aroma.

Allulose-containing saccharides reduce perceived alcohol bitterness and smell, avoiding the delayed sweetness of steviol glycoside.

Dynamic railcar transit exposes aging spirits to temperature and airflow variations, reducing evaporation while improving flavor consistency.

A flavor system mixes specific compounds with water to create beverage profiles.

Adjusting lower fatty acid to higher alcohol ratios in acetic acid beverages suppresses stuffy odor without adding sugar or sweeteners.

Segmented Peltier cooling and an intermediary aluminum block rapidly chill beer without large electric current or bulky compressors.

Fermenting high gravity wort with malt extract and sugar using alcohol-tolerant yeast produces a neutral base without post-fermentation processing.

Sinusoidal frequency modulation of mechanical waves lowers protein aggregation, reducing diatomaceous earth consumption by 20% and extending filter lifespan.

Adding 0.1-10% water during extrusion improves grindability without affecting morphology.

A food processing apparatus fills a reaction tube with dry nitrogen gas to maintain low humidity and prevent condensation on the photocatalyst surface.

A shipping container maturation system uses light reflective coatings to induce convective air flow around racking columns for spirit aging.