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Alcohol Distillation in the Beverage Industry
Distillation is the second key step in spirits production, used to remove non-alcoholic components such as water, proteins and carbohydrates as well as lesser volatile alcohols like esters and aldehydes from fermented liquids like wine or beer, such as congeners which contribute flavor profiles.
This process relies on basic science. Alcohol has a lower boiling point than water, making its vapor more easily evaporate into the atmosphere. As this vapor rises it passes over several cooled plates where heavier molecules condense onto them before falling back down through another series of cooling plates and condensing into an alcoholic beverage – known as the heart of distillation.
At the conclusion of a still run, any leftover water and proteins are collected as byproducts called the “heads” or ‘faints”, with very unpleasant odours and potential health risks for humans. Any residual ethanol is called “tails”, which can either be recycled in future still runs or used to make paint or fertiliser products.
An initial base product for spirits production depends on the style of spirit being created; this could include wine, beer or any fermented fruit/grain drink. A distiller then uses appropriate tools such as pot or column stills with distillation methods such as continuous flow to craft their desired spirit.
Prestige Turbo Yeast and Desserts
Turbo Yeast is an advanced yeast culture capable of producing exceptionally clean and strong alcohol bases quickly, without needing special fermentation sugars like fructose, glucose or dextrin. Instead it works well when mixed with ordinary white household or castor sugar to produce an exceptionally pure base that can quickly be mixed with your favorite essences to produce your dream beverage.
Turbo Yeasts contain an abundance of vitamins and minerals and are designed to convert sugar to alcohol with minimal off flavors, odours or aromas. Furthermore, their design reduces or even prevents Acetaldehyde production – known to cause headaches – which often forms during longer fermentations with traditional distillers yeasts.
Turbo yeast stands out from other yeasts by not needing to be soaked beforehand – unlike its competitors which must first be inoculated with water before mixing directly into sugar solutions as its formulation makes it osmo-tolerant and allows direct addition. This also avoids depletion due to using soaks since these can lead to cell death from pressure differential between inside the cell and outside due to their use compared with direct incorporation into sugar solutions.
Osmo-tolerant yeast also means less heat generation during fermentation, making it ideal for use in hot climates or where cooling resources are limited. It is essential that your wash or mash has fully cooled before pitching yeast so as to keep its temperature under the critical point at which yeast dies; otherwise sluggish fermentations could occur as a result of pitching it early or not maintaining an appropriate fermentation temperature during this period.