Light and added carbon dioxide help agave cell cultures produce sugars, cutting tequila production from twelve years to 24 weeks.
Micro-oxygenation, peroxide, pH adjustment, and binding agents reduce sulfur dioxide, limiting H2S and flavor loss in aluminum packages.
Catalytic materials and controlled heating accelerate spirit maturation, target congener levels, and reduce time and evaporation losses.
Nitrogen-CO2 ratios help non-alcoholic wine mimic alcoholic wine mouthfeel.
Separate fermentation vessels and final blending produce 3–7% ABV kombucha while balancing alcohol content with probiotic retention.
This case combines preprocessed traditional medicines with Baijiu fermentation and ultrasonic extraction for functional health wine.
Low-energy shock waves increase beverage absorption while preserving taste and appearance.
This cross-linked polymer chelates iron and calcium in wine, reducing oxidation and crystal formation while preserving aroma.
A narrow, extended adsorption path uses sorbents and controlled temperature to enrich polar and non-polar flavorings without thermal aroma loss.