​Whiskey is a complex mixture of thousands of different compounds, many of which are formed during the maturation process. The respective reactions take place at various rates and can be influenced by the concentration of starting materials and temperature.


​Reaction rates are temperature dependent. An increase in temperature will increase reaction rates and vice versa. Empirically, a temperature increase of 10 deg Celsius will double the reaction rate.

Using Oak Barrels to Age Whiskey


Carefully selected seasoned, toasted and charred oak imparts a wide a range of flavors to the maturing spirit, including vanillins, lactones, spice characters and tannins. The larger the surface area of the oak to the volume of the spirit, the more of these flavors are released.

Transforming a raw distilled spirit into a matured whiskey is a concert of PHYSICS, CHEMISTRY, BIOLOGY and GEOMETRY. Here are the instruments we have chosen to create our SYMPHONIES OF SPIRITS​.


Barrels are semi-permeable containers allowing volatile components to escape and air to enter. Oxygen from the head space dissolves in the distillate and reacts with compounds extracted from the oak or originating from the distilled spirit, creating novel flavors.



​Because barrels are semi-permeable, about 8% of its content is lost during the first year and about 3% in the following years. Besides allowing more air to enter the barrel, components with lower boiling points and higher vapor pressure leave the barrel which further improves the final product.