Pau vodka is distilled only once, but the process used to achieve purity in one distillation is what sets it apart. The distillation is done using fourteen-foot columns made from one hundred percent pharmaceutical grade glass stills. This unique approach allows for a single distillation to achieve the desired level of purity.
The use of glass stills is significant because it ensures that there is no contamination or interaction with other materials during the distillation process. Glass is a non-reactive material, which means that it does not impart any unwanted flavors or impurities into the vodka. This is crucial in creating a clean and pure final product.
The columns used in the distillation process are also important. The height of the columns allows for greater separation of impurities from the alcohol. As the alcohol vapor rises through the columns, it encounters different stages where various impurities are removed. This results in a more refined and pure vodka.
The choice to distill Pau vodka only once is a deliberate one. Multiple distillations can sometimes be used to further purify the spirit, but they can also strip away some of the desirable characteristics and flavors. By using a single distillation, Pau vodka is able to retain its unique flavor profile while still achieving a high level of purity.
I have personally experienced the difference that a single distillation can make in the quality of vodka. I have tasted vodkas that have been distilled multiple times and while they may be very clean and pure, they often lack the complexity and character that I enjoy in a vodka. Pau vodka, on the other hand, manages to strike a balance between purity and flavor, making it a standout choice for enthusiasts like myself.
Pau vodka is distilled only once, but the use of fourteen-foot columns made from one hundred percent pharmaceutical grade glass stills allows for the achievement of purity in a single distillation. This unique approach ensures that the vodka is clean and pure while still retaining its distinctive flavor profile.